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What Is Electrical Engineering?

Electrical engineering is an exciting and dynamic field. Because electricity and electronic devices play such large roles in everyday life, electrical engineers earn attractive salaries and enjoy excellent job prospects.

What Do Electrical Engineers Do?

To make a long story short, electrical engineers are engineers that work with electricity. They work on designing electric systems, devices and components. They can do anything from designing power-generation plants to developing consumer electronics like smartphones and laptops. They can also be responsible for installing and testing electronic systems and equipment. The most common industries for electrical engineers are the energy sector, communications sector and consumer electronics sector.

How Do You Become an Electrical Engineer?

You generally need to have a university degree to become an electrical engineer. Most employers require that you’ve earned a bachelor’s degree in the field. However, some positions may require a master’s degree, especially if the job is highly specialized. In addition to your degree, gaining a license as a professional engineer can help improve your job prospects.

How Much Do Electrical Engineers Earn?

Electrical engineers can earn anywhere from under $60,000 to well over $100,000, notes the United States Bureau of Labor Statistics. If you’re just starting out in the field, you can expect to earn a salary closer to the lower end of this spectrum, but your earning potential can go up each year you work in the field. Having a master’s degree or doctorate can also potentially improve your salary.

What’s the Long-Term Career Outlook for Electrical Engineering?

The long-term career outlook for electrical engineers is very good. Because renewable energy and other developing technologies are increasing the demand for electrical engineers, there are lots of jobs to go around, notes the Bureau of Labor Statistics. If you choose this field, you can choose between government work, such as defense or transportation, or private sector work in industries as diverse as automotive and construction.

What Are Some Other Kinds of Engineering?

If you decide electrical engineering isn’t for you, there are many other kinds of engineering careers to choose from. Mechanical engineering involves developing mechanical devices such as industrial machinery or cars. Civil engineers are responsible for designing road systems, railway systems and buildings. Software engineers design computer programs. Chemical engineering involves working with various chemicals to produce substances like paint, fertilizer and plastic. Aerospace engineers design airplanes, spacecraft, satellites and missiles.


electrical engineering technology capstone project ideas

Quick & Fun Engineering Projects


Introduction: Quick & Fun Engineering Projects

Quick & Fun Engineering Projects

These mini projects are designed to add flexibility to your repertoire of lesson plans. Each project requires almost no preparation, can be quickly explained, and uses minimal materials. It's perfect for engaging a student who finishes his or her main project very early, or conduct several of these projects in one lesson rather than focusing on one big project.

You can find the lesson plan, 1-page project sheet, and more project ideas at

Step 1: Tops


Tops can be made by inserting a piece of a bamboo skewer through the center of a plastic wheel. But it doesn't have to stop there. What if the skewer is longer or shorter? What if you add more wheels? How does having the wheels higher up on the skewer vs. lower affect the performance? Is it possible to add to the top without disrupting it's balance? There is a surprising amount of room for experimentation!

For added longevity, encourage your students to make a top that can out-spin all the others. Make competitions official by building a simple structure to contain the tops to a small area. The arena can be 3x3 or 4x4 sticks as well.

Bending the tip of the skewer will cause the top to jitter and move unpredictably.

Limit the number of wheels your students can use to 5 and encourage them to redesign rather than make completely new ones

Step 2: Straw Planes and Paper Aircraft

Straw Planes and Paper Aircraft

Here are two simple and high performing paper aircraft, as well as an unusual flyer. The Nakamura Lock - A plane that everyone should know The Acrobat - Very reliable and stable. Can perform loops, or gracefully glide Straw plane It is just as important to trim your paper plane as it is to fold it well and choose a good design. Trimming the plane means making adjustments to improve flight performance. For example, if the nose of the plane is diving downward too soon, try bending the tailing edge of the wings upward a little bit. This will produce more lift. If the plane is tilting sideways and crashing, try bending the wings upwards a bit so that the plane has more of a 'V' shape than a 'T' shape when looking at it head-on. This improves stability. You can take this a step further by adding a paperclip hook to the nose of the plane and then use a slingshot to launch it!

Step 3: The Paper Weight Challenge

The Paper Weight Challenge

This is an open-ended challenge that requires no setup and only a sheet of paper, tape, and something heavy (such as a box of craft sticks or a textbook). The challenge: Using only a sheet of paper and 2' of tape, students must design a structure that can hold a weight at least 4 inches off of the ground for at least 10 seconds without any external support. Rules:

The solution: There is more than one solution, but the simplest and most elegant is to simply fold a piece of paper in half lengthwise, then tape the ends together to create a cylinder. Other shapes, such as a box, have straight sides that can fold easily. However a cylinder is very strong because it distributes the weight evenly throughout its entire shape, and it does not have flat sides that can fold easily. Another solution that is outside of the box is to use the tape to simply attach the weight to a tabletop and suspend it above the ground!

Step 4: Craft Stick Bombs

Craft Stick Bombs

This explosive project is created by tightly weaving craft sticks together so that it is held in place without adhesives. If one stick slips out of place, the whole assembly will fall apart, or even appear to explode. The energy that creates the explosive effect comes from the stored energy held in a bent craft stick. Tip: For bigger and more reliable explosions, make sure that at least two sticks in the weave are barely connected. This will make it easier for the stick bomb to rapidly come apart. There are a few different craft stick bomb designs: Classic 5 stick design 4 stick variation 6 stick weave (more difficult) Do not allow students to throw the stick bombs at each other. If you see a student holding a stick bomb close to their face, tell them to hold it farther away because it can explode spontaneously. You may want to bring a pair of pliers. Young children (grades 1-3) often have difficulty holding the 5 stick weave together during construction.

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7 years ago on Introduction

Your projects look amazing. I would love to do them with my students. I am unable to get the wheel link to work. Could you tell me where to order them? Thanks!


9 years ago


9 years ago on Introduction

Very interesting!

The Difference Between an Engineering Manager & a Project Manager

Assistant Engineer Duties

Difference between managing a project & managing a department, construction engineer training.

The term "manager" is used alongside a number of other terms in today’s workplace, but it can mean very different things depending on the context. When looking at a company’s engineering department, there are two very different kinds of management. Project managers are responsible for managing the work and content of a project, whereas engineering managers are responsible for managing the people of their department.

Engineering Manager Basics

An engineering manager will be the person responsible for a company’s technical projects, which can range anywhere from renovation to capital investment to research and development work. They oversee the individual contributing engineers in their department, and are responsible for their work, but indirectly; their job is to support their department and make sure their employees have the resources they need to meet their project targets. An engineering manager will also have to manage their department budget, often in terms of overhead as well as capital financing.

This department manager will also be responsible for hiring or terminating employees as needed, as well as performance reviews. The job requires understanding of management principles, financial accounting, interpersonal skills and leadership, as well as a general understanding of engineering principles, so that the manager fully understands the work their department is charged to do.

Project Manager Basics

A project manager is the person in charge of executing a project (or number of projects); in the case of engineers, this is often the design, commissioning and installation of equipment or systems. The project manager must simultaneously manage their project’s scope, cost and timeline – the three key points to any successful project. They’re often working with other employees on a project team to execute the job, and as the project manager, are the ones responsible for collaborating the work and communicating important work to the team, as well as reporting on project status to their management.

A project manager is a much more technical placement, as the project manager must understand all of the work going on within the project in order to properly keep it on track. Becoming a project manager often requires specific project management training.

Key Differences Between the Two

The key difference is that an engineering manager’s job focuses on their employees, whereas a project manager’s job focuses on the work. Engineering managers are often previous project managers who have found success, are excellent leaders and have good people skills. Their job is no longer to contribute work directly; rather, the engineering manager maneuvers resources to ensure their employees can focus entirely on their work.

Education for Managers

Project managers in the technical field are normally engineers with an engineering degree in order to gain technical project manager skills. In non-technical fields, they’re often people with a business or management background.

Engineering management usually pulls from engineers with degrees in related work, but it can also require management experience or an additional degree (like a masters or an MBA), since the job comes with many non-engineering-based responsibilities. Overseeing a department entails more responsibility, so an engineering manager’s salary will be higher.

When considering program manager vs. project manager salary, know that there is usually a striking difference. Indeed reports that the average salary for a project manager is $86,188 in the United States. In contrast, Indeed explains that an engineering manager can expect to get paid an average of $127,408 per year.

Choosing a Career Path

For those who prefer to be doing technical work, project management may be a much better path than people management. For engineers with experience who are looking to step up into leadership and make a bigger impact, project management is usually the first step.

In contrast, becoming an engineering manager introduces many non-technical responsibilities, which can be rewarding to some, but will take others too far away from the engineering work that initially drew them to the field.

Danielle Smyth is a writer and content marketer from upstate New York. She has been writing on business-related topics for nearly 10 years. She owns her own content marketing agency, Wordsmyth Creative Content Marketing, and she works with a number of small businesses to develop B2B content for their websites, social media accounts, and marketing materials. In addition to this content, she has written business-related articles for sites like Sweet Frivolity, Alliance Worldwide Investigative Group, Bloom Co and Spent.

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Everything begins with an idea!

Electrical Engineering Capstone Project Ideas

Electrical engineering is a branch of engineering concerned with the study and design of devices, systems and equipment which use electricity, electromagnetism, and electronics. Before students of electrical engineering can graduate from college, they will be required to do an electrical engineering capstone project. Although there are many projects ideas that students can use, they really need to be careful while choosing a specific one to use. A captivating project idea will assist students in impressing their professors and hence obtain high grades. We know that many students don’t have enough time to brainstorm for impressive projects Ideas, and we’ve decided to help them get impressive ideas easily. We have listed the best and the most impressive electrical engineering capstone project ideas below. Students will find it easy to work with all the ideas below since they are very interesting. We strongly believe that the ideas below will allow students to execute their projects without going through stress. By using the ideas below for electrical engineering capstone project, students will make the most out of their education.

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Good Capstone Projects for Electrical (EEE) Engineering Students

Good Capstone Projects for Electrical (EEE) Engineering Students

“If you get up in the morning and think the future is going to be better, it is a bright day. “

It is very well defined by the famous entrepreneur and a successful businessman Elon Musk that once you think of your future and decide to work in the direction of having a good career, it marks a new journey of yours. During the course, you will have to learn, get trained and execute serval task in order to become successful. A Capstone project is one such milestone in your journey. This is one small step towards your goal. The capstone project helps you to determine the depth of your knowledge and apply it in the most practical manner. Today all the Engineering colleges have one or two Capstone projects in their curriculum. In this article, some interesting capstone projects for electrical students are also discussed.

Have you checked out our projects on Electrical yet? Electrical Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

1. Home Automation using IoT

2. Smart Energy Meter using GSM

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4. Automatic Solar Tracker

5. 5 Arduino Projects

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7. PCB Manufacturing

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Learn more about capstone project

What exactly is a Capstone Project?

A capstone project is simply a big and highly extensive academic project that is undertaken by the student as a final task in their academic degree programs. The capstone is more or less a research project. The student will write a proposal in the area they wish to delve in and they will need to produce high-quality original research. It is also in the form of a practical project.

Capstone ventures are commonly intended to urge understudies to think fundamentally, take care of testing issues, and create aptitudes, for example, oral correspondence, open talking, examine abilities, media proficiency, cooperation, arranging, independence, or objective setting—i.e., abilities that will help set them up for school, present-day professions, and grown-up life. By and large, the activities are likewise interdisciplinary, as in they expect understudies to apply aptitudes or examine issues across a wide range of branches of knowledge or areas of information.

Discover more about capstone project

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How do you make an electrical project?

The answer depends on if it is an individual or group project and what type of resources you might have. It also depends on what your goals are. For senior design capstone projects, it is a good idea to do something that captures your imagination and hopefully others. It can be hard to scope out a good project and you should think about the following. What do you want to accomplish? a) Learn something challenging and increase your expertise. b) Implement and build something to make an idea tangible. c) Make something that benefits you or a small group. d) Make something that is actually useful and can benefit society. e) Impress others with your engineering skills and build your resume

Good capstone projects for electrical (EEE) engineering students

Can you build your own Capstone Project, Yes why not? Here at Skyfi Labs, we have all the essentials required to help you build and your own Capstone project. Just have a look at the option we have here.

Right from the beginning when IoT first came into being, it has been a hot tech topic and has now become one of the most crucial aspects. So, if you are curious enough to unveil the mystery of IoT, we have it here exclusively at Skyfi Labs.

In this capstone project, you will figure out how to manufacture an electronic gadget which can be utilized to control all the home machines utilizing Bluetooth innovation. The venture you create can be utilized to turn ON/OFF the gadgets by giving orders utilizing an Android App introduced on a cell phone. You will have the option to store and break down the information about the use of home machines.

This capstone project will enhance technical knowledge in the field of IoT as it’s very much clear that it is the future technology. Having prior and ample knowledge in the field will definitely benefit you over the other.

Learn more about Home Automation

Skyfi Labs helps students develop skills in a hands-on manner through Electrical Online Courses where you learn by building real-world projects.

You can enrol with friends and receive kits at your doorstep.

You can learn from experts, build working projects, showcase skills to the world and grab the best jobs. Start Learning Electrical today!

2. PCB Manufacturing

Do you know PCB design is the job of the future?

As the innovation propels, the requirement for PCBs gets even more elevated. Obviously, not all printed circuit sheets are the equivalent – they should be intended for a specific reason, something that is finished by PCB originators.

In reality, the planners are the individuals who matter the most with regards to the creation of PCBs and their job will get considerably increasingly significant sooner rather than later. Aside from structuring totally different printed circuit sheets, the fashioners are likewise responsible for some different assignments. For example, their main responsibility is to test electronic parts, look at changed sheets, etc.

What is that you will learn by building this project?

The project comprises of descriptive training of making PCB right from the basics. You will be making a PCB prototype to function as a clap circuit i.e. the system will detect a clap to power a LED light.

This electrical project will help you learn design PCB and use it for a real use like a clap circuit.

Learn more about PCB design

3. MATLAB for Engineers

MATLAB is fairly important for engineer's dealing with 'signals'. It is used for  rapid prototyping , meaning you can quickly code your 'idea' and you can simulate near to practical scenarios to measure its performance. So, how would this help you? Coding is relatively easier in MATLAB because of the vast number of IP's. This reduces your coding time allowing you to invest more in developing the method.

Here at Skyfi Labs, we will help you built the skills of MATLAB from scratch. you will learn concepts and use them in developing amazing projects

You will investigate the conceivable outcomes by programming and scripting in MATLAB, make Simulink models for different differential conditions and play around with physical bodies utilizing Simscape.

Learn more about MATLAB    

4. Robotic Arm

Robotic science has an enormous degree as a vocation alternative as robots assume a significant job in the mechanical part. They help in accelerating the way toward assembling and finds colossal application in the fields of atomic science, investigation of the ocean, structuring of bio-clinical hardware, and so forth.

In this capstone project, you will be building your own Robotic arm with 3 degrees of freedom and you can control the robotic arm with your mobile phone. Isn’t it interesting?

Learn more about Robotic Arm

Here is the list of a few more fascinating capstone projects with us that you might find interesting.

Here at Skyfi Labs, we are trying to get you success with your new career launch and excel in your professional world.

As today in this fast and competitive world, one has to stand out the crowd in order to grab a good opportunity, and this can only be done if you have some good skills. Here at Skyfi Labs with a wide range of self-learning projects, you could be one. Don’t miss this chance and pick any one of the projects that best suits you.

We provide online project-based courses to help you learn and develop your own Capstone project. Not only this it will add on to your skill which will help you in the near future

All our course comes along with a smart certificate, and this is very crucial as everyone needs a valid proof of your training and this is one which is going to be your career booster for sure.

Expert support, this is indeed a star feature as here at Skyfi Labs we have the best of experts to take all your queries and troubleshoot your problems at one go. Let us know your thoughts in the comment section.

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Electrical Engineering Capstone Project Ideas

Integrating solar panels into a home's electrical systems, or hybrid vehicles make excellent capstone projects for electrical engineers.

Science Fair Project Ideas on Cars

A capstone project for an electrical engineering student involves extensive research. The project is designed for the student to demonstrate a thorough knowledge of the course work. Projects such as designing an electrical generator, an electric motorcycle, a red light detector or a controller to rotate a solar panel are some of the capstone project ideas for electrical engineering students. These capstone projects help the student to demonstrate his competence in his field, while at the same time giving him a platform to interpret and apply classroom information to real life engineering solutions.

Portable Emergency Generator

Try a capstone project that is relevant to a community service. Designing a portable electrical generator that can be powered by a standard bicycle is a capstone project idea that can be tried by students who have interest in community service. A generator which creates electricity using the drive train of a bicycle can be used in areas where unplanned electricity power outages are likely. This kind of device has commercial applications, and requires the students to overcome a number of practical engineering obstacles.

Electric Hybrid Motorcycle

Another ecologically friendly capstone project is to design a motorcycle that operates on an electric motor rather than an internal combustion engine. This project has immediate applications in the community, and requires the student to answer many electrical engineering criteria. An electric motor controller can also be designed to regulate the power used by the motor, and the electric cycle could even be adapted with solar cells to recharge the cycle when not in use, or while driving down the road. The systems required to design this electric motor hybrid motorcycle helps the students to understand her field clearly.

Red Traffic Light Detector

A red traffic light detector is another capstone project idea for electrical engineering students. The red light detector system has direct application to the automotive industry. The warning system is designed to warn drivers of an impending red light when they are driving. This project can help save the lives of pedestrians, and protect drivers from accidents caused by inattentiveness to traffic light changes. The detector system would alert the driver when he approached a red light at an unsafe speed, or approaches a light that will turn red as the driver approaches.

Directional Control for Solar Panels

In order for solar panel efficiency to be optimized they should always be directly pointed at the sun. Direct exposure to the sun's rays allow the panels to absorb the maximum amount of heat energy. A capstone project could involve designing a controller that rotates the solar panel on dual axis. This project keeps the solar panel pointed at the sun and thereby maximizes the power generated. This project would involve taking into consideration hazardous conditions such as high winds, heavy snowfall and other inclement weather.

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Electrical engineering capstone projects

electrical engineering technology capstone project ideas

So I'm approaching my senior year in electrical engineering, and i had this idea about asking EE graduates on this group about what they did for their senior projects and the steps they took to overcome any difficulties, as it would help me out a lot if i managed to read about your stories.

Boot him. Jk. Good advice!

Most just want to finish and graduate, but I was unlucky enough to have a team member that insisted on doing something "novel" and that required a lot of research and/or developing new skills. Bad idea, let me tell you why.

I had one of those fuckers on my design team. Like every goddamn thing he pitched would have been a Master's thesis project in any engineering discipline except for Electrical/Computer Engineering. I wasn't having any of that shit, we sat there "brainstorming" until we agreed on an idea that no one liked, but was actually in the scope of the class.

My topic was: "Directional Control for Solar Panels" .

To optimize the efficiency of solar panels, they should always be pointed directly at the sun. Direct exposure to sunlight allows the panels to absorb the maximum amount of heat energy. The final project included the development of a controller that rotates the solar panel on a dual-axis. This design keeps the solar panel pointed at the sun and thereby maximizes the power generated.

This project also included taking into account hazardous conditions such as strong winds, heavy snowfall, and other inclement weather conditions.

True, I had to ask for help in preparing the report, but I do not regret it!

I built an optical communication system, blinking LED's to send data across the room. An earlier capstone did this with text, we attempted to send audio. We managed to do it but not at the desired range.

The biggest obstacle was one of my teammates. We split it into a Matlab signal processing section, a microcontroller section, and analog front-end section. One person responsible for each section. The analog person was a disaster. They lied about their progress, and even lied about which classes they had taken. Turns out we never had an analog person. Worst part was they were someone I was friends with and vouched for to be on the team. They were super nice but boy did they leave us in a bad position. Eventually my other teammate and I had to scramble to poorly handle their section. Group projects, am I right?

Beyond standard school group project bullshit, I'd advise you to go back and review concepts from your earlier classes when you hit a wall. Don't just bang at it with brute force when you get stuck. Take a breath, ask yourself "What type of problem is this? What am I not understanding?" and go back to your textbooks.

A huge problem I personally ran into was pride, which is strange considering my complete lack of self confidence. Group projects, am I right?

I thought any failure was because I wasn't trying hard enough. I couldn't admit that I forgot one of the ten thousand lessons I learned in 4 years of alcoholism. It's okay to say "Wow I forgot everything from my microelectronics class" and take a few days to review material. You're not supposed to be an expert. The whole point of the capstone project is to reinforce your learning and prove you can put the theory into practice.

Oh man dors that ever sound like a fun project idea though.

We did a RFID system and I researched and prototyped over the summer prior to the school year.

Start prototyping on a breadboard/solderboard as early as possible.

Your first PCB that you design and order WILL NOT work. I found that adding testing points at various nodes was helpful for troubleshooting.

Order backup PCBs and SMD components as you don't want to be set back because you fried too many components.

Don't stress too much about it and know that you are in the same boat as your peers.

Your first PCB that you design and order WILL NOT work.

This is universal, not limited to undergrads.

OSHPark has some great results in my experience. It's not worth trying to etch your own anymore.

This! I actually elected to develop equipment and processed to make my own two sized PCBs using presensitized copper clad boards. Wound up having a couple teams have me remake their boards because the ET lab could not keep up with demand. Maybe this is not a problem for your lab.

That being said, you don’t wanna have to waste time when it counts and there are things you can do to design your board for modifications.

-Use large package sizes for SMD components to make hand soldering easier -add empty spots for optional pull ups/pull downs/0ohm jumpers/series resistors -add test points everywhere! Physical soldered in hoop test points for signals you will be probing a lot like voltage rails. 100x100 headers for comms likes to attach logic analyzers. And 2mm pads on all other signals. -like test points, drop solder holes everywhere. Never know when you might need to jumper nets together with wires or inject DV voltage because your hand designed switching regular circuit didn’t work -bypass caps -often times ET labs can only do two sided PCBs which means polygon pours for GND and PWR. Do a good job of making sure the design is such that current loops are minimized. Use 0ohm resistors to jump over traces to get a more continuous gnd return path. -overside your power FETs, pay close considersations to gate drive and gate characteristics for any fast switching, be cautious of paralleled fet gates on high energy circuits -layout your board big and wide and space things out reasonably -use Saturn PCB toolkit for IPC based calculators -buy extra parts -learn some soldering tips

Ours did :-)

We had to build a rail gun...excuse me, “electromagnetic launcher”. We had limited funds and I think our biggest failure was shying away from things we perceived as difficult to fabricate. We had resources, if we had pursued them. That said, we built a prototype that functioned. Ablation was really problematic, as you might imagine.

Beware scope creep. Lock your scope in early and make sure it achievable

My team mate and I built an autonomous robot that raced towards a beacon, while running into cold cans, avoiding hot cans, and avoiding cinderblocks. We were greatly helped by getting a sensor package from a company in Belgium (Melexis) who organized this annual competition to showcase their sensors. They sent us a free pack of electronics.

I've had good luck getting samples from all kinds of vendors; Honeywell once sent me two $500 Hall-effect linear potentiometers. That was pretty sweet.

Spend more time in the lab than you think you have to. Get started early and if you have a breakthrough, perfect, you can take more time for other courses later.

For the presentations, and I can not stress this enough, get a tablecloth for the table and a bowl of wrapped candy. $5 at a dollar store could get you a cash prize. (We won second place in my year.)

I was EET and did mine solo but I designed and built a phase shifter guitar pedal with analog and digital components. take a listen here if you are interested

My major design project was building an AM radio to out up WCCO in basement of the ER building. That was somewhat difficult and we had to use the building's pipe system as a make shift antenna for the circuit to work.

My senior design project was a DC current clamp meter. I design the instrumentation amplifier and etched my own PWB for the project. Everything was surface mount. Used hall effect sensors and ferrite core to sense the magnetic field. Worked pretty well.

My volunteer design project was the solar car project that raced from Boulder, CO to the Indy 500 race track. That was the best project for learning.

Can you give me your project design & report?

did a capstone that encompased using a microphone array to determine a sounds direction, a bunch of dsp to verify the sound was what we were looking for, a servo controlled speaker horn, and a ultrasonic parametric speaker for directional audio. basically a mini autonomous LRAD sound canon that ran off lipo and a solar panel.

some of the problem is at a certain point you have to stop brainstorming, commit to an idea, and just pull the bandaid and get to it. The sooner you do this, the sooner you'll figure out what you actually need and are actually capable of accomplishing.

Don't be afraid to go big though, and always go to your mentors/professors and ask their opinion.

It's hard to stay under budget. You're probably going to spend a ton out of pocket. But you can also reach out to local vendors and see if they're willing to sponsor you, donate product. It also doubles as part of your business research and goes into your report.

DO AS MUCH AS YOU CAN UP FRONT AS POSSIBLE! Spend nights and weekends on campus, in the lab, with your team. SHOW UP. I say this from personal experience. 3/4ths of the way through my capstone my gallbladder exploded and took me out for 2 weeks(almost killed me.) Fortunately, my team was more than willing to put in the effort without me there because I had front loaded so much work, helped all of them on their portions, and my shit was almost done and well documented. good will goes a long way.

Hardest parts are always team dynamics, getting people to deliver on time what they said they could do, and people trying to ride the coat tails of others. Had one guy on my team senior year of EE degree who literally didn't know how to power an led, why you would want to use a current limiting resistor, or to use ohms law to find the value. ass hat was getting a minor in business and was only doing EE because of the promised paycheck. I threatened to stab him. I still want to stab him. Other assclown was in the middle of a divorce(surprising no one as he kept trying to bang younger college girls), and basically useless.

A good capstone project should be easy to explain in a resume and job interview. Since that is when you will benefit from the effort. After your first job no one will ever ask again. If it's too esoteric your effort is wasted.

The best ones are marketable ideas, things people could picture buying or someone else using.

Avoid anything that handles fluids or is under pressure. It will leak at the wrong time.

If allowed use commodities parts, breadboards, Arduino or RaspPi. A custom PCB is extra work.

My team of 5 built a water quality data logger. It needed to float in the water body it’s testing, be waterproof and capable of running on its own power for at least a year. It takes a sample every 30 min and stores it to an SD card. Our budget was initially $100, but we quickly bartered for $500 unit cost. We used an off the shelf waterproof enclosure that we modified to house our electronics (including solar panel). Our microcontroller would essentially sleep for most of the time, then “wake” to take a reading and save it along with a time stamp. This included some error handling and an accelerometer to determine if it’s upside down.

I was in charge of project management and the power system to an extent. For a 5 EE team we were having trouble finding enough EE content for everyone to justify during the project, and we were forced to learn about some ME stuff since it wasn’t a pure electronics project.

We got really lucky in that our group was motivated to get this done for the most part. It’s definitely a marathon with every week needing a report and big document deadlines looming ahead. Completing the coursework is supposed to give you an idea for how development cycles work.

Also big note, we had to test the device in water for a whole 30 days. We were fortunate to be able to start testing right as we were all sent home for COVID. We were able to deploy in a university owned natural spring, and check up on it multiple times despite not being able to go to campus. Luckily, our enclosure held tight and our device took data for the most part. One of our sensors started failing and we had to talk about it in our final presentation. It sucked for a lot of groups that weren’t able to do anything after COVID shutdowns started.

Was the waterproof enclosure a Ziploc container? Because I know some guys who needed a waterproof container for a data logger for a PV system and they just got those glass clamp-lid ziplock containers. Wasn't pretty but it worked!

A lot of good advice here, but I'll add something that would have helped our group immensely!

Most capstone projects have sponsors (either commercial or university researchers) who may have a bad case of the scope-creeps and/or change-of-heartitis. After EVERY meeting with your sponsor, write an email with what was discussed and any details of the project (requirements, ordering parts, campus resources, etc) and cc the TA your group was assigned (if you have one that is). This has the initial benefit of clarifying any confusion swiftly, but more importantly you have everything in writing. Then when you're giving a presentation and your sponsor is like "the prototype is way too big!" or "I did not give permission to order those parts, so I won't pay for them!", you can go back and point out that you all agreed to those decisions. By cc'ing your TA, they can advocate for you in those situations and aren't blindsided by the misunderstanding.

If you have a two semester capstone course (1st semester usually documentation, planning, designing, etc and 2nd semester usually fabricating, testing, etc), make sure you and your group just blast through as much of the 1st semester stuff and be ready to start ordering parts come November/December. Have a long weekend? Your team better be working on that project EVERY. DAMN. DAY. of that long weekend. The more you can get done in the first semester, the more time you can spend testing and building, making your last semester at school a lot less stressful.

Lastly, PCBs never work the first time you get them and they take a lot of time to troubleshoot and order new batches. On PCBs, like others have mentioned, place test points and use zero resistors so you can easily access pins or reroute PCB traces.

Find your team before the semester. Don't work with your dumb friend just because they are your friend, they are still dumb. You also don't want to get stuck with a wildcard that turns out to just be a pain in your ass and totally useless.

Have backup plans. Have backups for your backups. Some examples from my own project:

We were using new (to us) BLE chips to do wireless communication between a Zedboard and our mobile PCB. In case we couldn't figure the new chip out, we integrated the standard XBee module footprint with our BLE footprint so we could pivot to a well understood part.

A core feature of our project was determining a mobile board's location via RFID. In the assorted PCB's, I included part placements for a backup plan that used ATTiny85's to flash IR LED's in a UART-esqe manner to indicate position. We ended up using this because the guy in charge of the RFID was a pain in the ass and totally useless. It would have been an incredible amount of work to un-fuck the project if this plan had not been baked in during the initial schematic capture and PCB layout.

Breakout unused pins to DNP pull-up and pull-down resistors. Especially pins on a microcontroller. The extra hour total of schematic and layout could save you literal days of mod'ing a board you've made mistakes on.

If some aspect of your design is complete and working, great! Make/plan a demo for it in case your team fails final integration. Make the demo materials soon after completing the feature since you certainly won't have time to do it when you are in the middle of failing to integrate your project two days before your deadline. This could be the difference between your final presentation being US Airways Flight 1549 or being the Hindenburg.

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13) Plus-Minus 5V Supply From 9V Battery

Op-amps require a dual-polarity supply for proper operation. When working with a battery supply, it becomes difficult to get a dual power supply for the op-amps.

Presented here is a simple circuit that provides ±5V from a 9V battery. This is one of the most interesting projects among Electrical Engineering Project Ideas. Op-amps require a dual-polarity supply for proper operation. When working with a battery supply, it becomes difficult to get a dual power supply for the op-amps.

This project is available at   Plus-minus 5V Supply From 9V Battery

14) Infrared Motion-Sensing Relay Switch

This project is designed for use with all kinds of medium-power automobile/domestic 12V DC loads. It is a simple solid-state relay (SSR) switch, controlled by a standard passive infrared ( PIR ) motion sensor module.

A PIR sensor is an electronic device that can measure IR light radiating from objects in its field of view. Apparent motion is detected when an IR source with one temperature (such as a human being) passes in front of an IR source with another temperature (such as a wall). The PIR sensor module, centered on a PIR sensor, has elements made of crystalline material that generates an electric charge when exposed to IR radiation.

This project is available at Infrared Motion-Sensing Relay Switch

15) Low-cost LPG Leakage Detector

The circuit for an LPG leakage detector is readily available in the market, but it is extremely expensive and usually based on a microcontroller (MCU). This project presents a low-cost LPG detector that you can build a circuit easily.

The main objective of the circuit is to detect LPG leakage anywhere. At the heart of the circuit is dual comparator IC LM393 (IC2). It is used to compare two different voltages, in this case, reference voltage and MQ-6 gas sensor output voltage.

This project is available at Low-Cost LPG Leakage Detector

16) Low-Cost Dusk-Dawn Controller

This dusk-dawn controller is built around a light-dependent resistor among other components. The common battery supply is used for operating the circuit as well as for load, that is, for power LED/small inverter circuits. Resistors work as voltage dividers and current limiters in the circuit. LEDs are used as circuit deactivation indicators. An n-channel MOSFET is used for the switching action of an LED light.

This project is available at Low-Cost Dusk-Dawn Controller

17) Auto Power Switching Mains, Solar Inverter, or Generator

This project is based on the AEIOU heuristic framework of the Design Engineering Approach. Design for Performance, Safety, and Reliability is ensured in terms of switching modules. Design for Ergonomics and Aesthetics is ensured in terms of Priority set by the user regarding the availability of Power Source. Design for Manufacturability and Assembly is ensured in terms of Generator, Inverter, and Solar Plates.

Also, based on choice and availability, different circuits using Eagle can be worked upon.

This project is available at Auto Power Switching Mains, Solar Inverters, or Generator

18) Signal Generator and Inverter Using NE555 Timers

Often we require a squarewave signal generator with adjustable frequency, almost equal high and low output pulses, and adjustable amplitudes. Here we present a simple, useful, and low-cost signal generator built around NE555 timers. Using external switches, you can control or select frequency ranges as per your requirements.

This project is available at Signal Generator and Inverter Using NE555 Timers

19) Configurable RS232 to TTL to I2C Adapter

RS232 signals cover a much longer distance than standard TTL and I2C signals. These signals have better noise immunity as well. RS232 is a well-known standard supported by many popular ICs and therefore is still widely used. Sometimes we want to send TTL and I2C signals over a longer distance. This project describes how these signals can be extended through RS232 lines.

This project is available at Configurable RS232 to TTL to I2C adapter

20) Vibration Activated Smart CRO Probe

This is a simple, low-cost, energy-saving, and device-saving circuit for an electronics lab, service center, electronics workshop, or wherever a CRO is in use. Generally, in a repair station, a CRO is used for a very short time. But in most cases, the user fails to switch off the CRO immediately after use.

The service engineer mostly concentrates on faults rather than noticing whether the CRO is on or off. A vibration sensor turns the CRO off when the probe is idle for a specified amount of time.

This project is available at the Vibration Activated smart CRO probe

21) 4 Channel Multi-mode Audio Amplifier

Sometimes we need configurable multichannel amplifiers for experiments or for use in offices or schools. Here is a project based on TDA1554Q, configured for multi-mode functions with four-channel outputs. It has four channels and each channel can provide around 11W over a load of 2 ohms and around 6W over a load of 4 ohms.

The circuit will also work with loads of 4 ohms to 16 ohms. The gain of each channel is fixed at 20dB in single-channel mode and 26dB in BTL mode.

This project is available at 4 channel multi-mode Audio amplifier

22) Design and analysis of single-stage amplifier using C++

Many formulae are required to calculate the parameters involved in a circuit of a transistor-based audio amplifier. Some of these values involve resistors, coupling capacitor, bypass capacitor, power consumption, and the current flowing through different components. A good amount of time is required to calculate such parameters even with a regular calculator. Using a C++ program, all the parameters can be calculated in a fraction of a second.

This project presents a single-stage transistor audio amplifier that requires a total of 19 formulae to obtain the values of components and analyze the circuit.

This project is available at Design and Analysis of Single-stage Amplifier using C++ 

23) Four-channel Video and Audio Sequencer

This next project is a simple circuit for switching your CCTV camera outputs sequentially. It switches four video and audio channels sequentially, one at a time. It is built around a 555 timer few other components. The timer is configured as an astable multi-vibrator.

A single-side PCB of the four-channel video and audio sequencer is provided along with the component layout. After assembling the circuit on the PCB, enclose it in a suitable plastic box.

This project is available at a Four-channel video and audio Sequencer

24) Automated USB-controlled Power Switch

Power for TV and set-top box (STB) is derived from a common switchboard. The switched-mode power supply (SMPS) of the TV continues to draw a small amount of power from the mains and the STB is not switched off when you switch off the remote. This next project presents a circuit that can control the main power of an LED TV and the DTH STB. It also protects the devices from harmful initial surges when the power comes back after a power failure.

This project is available at Automated USB-controlled Power Switch

25) 1kW Sine Wave Inverter

An inverter provides power backup for mains-based appliances in the event of a power failure. Most of the inverters available in the market have complicated circuit designs and are not very economical. Some of them produce a square-wave output, which is undesirable for inductive loads. This project presents a simple inverter circuit that produces 50Hz quasi-sine-wave output using a single IC CD4047 and some discrete components making it a very cost-effective solution.

This project is available at 1kW sine wave Inverter

26) Four Frequency Generator

There is a need for TTL and CMOS signals by stable frequency sources for the development, testing, and maintenance of digital and analog electronic circuits. These sources are also useful for fast checking of oscilloscopes, probes, multimeters, frequency meters, and other measurement equipment. This project proposes a circuit that produces fixed frequencies of 4MHz, 6MHz, and 10MHz and adjustable square-wave with variable frequencies from around 10Hz to more than 100kHz.

This project is available at 4 Frequency Generator

27) Programmable 3-Phase Controller

A programmable time switch is useful in designing an automatic on/off controller for 3 phase electric motor. This next project proposes a system with two programmable time switches for setting the starting and stopping times of the motor. Two control circuits interface with the start/stop switches of the 3-phase motor starter. There is a provision for setting days of the week for the controller to function as well.

This project is available at Programmable 3 phase Controller for ON/OFF moto r

28) High Power LED Stroboscope

A stroboscope is a convenient and accurate enough instrument to measure the speeds of rotating objects in homes or industries. One can use it to find the speed of fans, motors, or any other rotating object. It is a flashing light that provides sharp light pulses at a variable rate. An object rotating with a frequency matching the pulsed light is observed as stationary.

This project is available at High Power LED Stroboscope

29) Password-Based Circuit Breaker

A circuit breaker protects electrical circuits from damage n case of overload or short circuit. Its basic function is to detect a fault condition and interrupt current flow. The system uses an 8-bit microcontroller of the 16f877A family. An EEPROM stores the password and is easily changeable. The password is entered through a keypad and a relay opens or closes the circuit breaker, which is indicated by a lamp.

This project is available at Password based circuit breaker

30) Over/Under Voltage Protection of Electrical Appliances

Presented here is an under/over-voltage protection circuit that protects refrigerators as well as other appliances from under & over-voltage. The operational amplifier IC LM324 (IC2) is used here as a comparator.

This project is available at Over/Under Voltage Protection of Electrical Appliances

31) DC Panel Meter using Arduino

Panel meters in regulated power supplies are used to display electrical parameters like voltage and current. Presented here is a circuit to display the DC voltage and current of power supplies, including DIY-type ones.

This project is available at DC Panel Meter using Arduino

32) Multi-Status Indicator Using Single RGB LED

The monitoring system in battery chargers, water-level indicators , etc. uses LEDs to indicate the status of certain conditions. Presented here is a multiple status indicator circuits that use a single RGB LED  for seven different indications.

This project is available at Multi-Status Indicator Using Single RGB LED

33) Simple Low Power Inverter

Here is a simple low-power inverter that converts 12V DC into 230-250V AC. It can be used to power very light loads like window chargers and night lamps, or simply give shock to keep intruders away. The circuit is built around just two ICs, namely, IC CD4047 and IC ULN2004 .

This project is available at Simple Low Power Inverter

34) Power-Saving Relay Driver

n many circuits, the switching action is performed by a relay, which in turn activates an external load. The power consumed by the relay may be unsuitable for battery-power system applications. Here is a simple solution using some inexpensive components to considerably save power.

This project is available at Power-Saving Relay Driver

35) Automatic Water Pump Controller

Here’s an automatic water pump controller circuit that controls the water pump motor. The motor gets automatically switched on when water in the overhead tank (OHT) falls below the lower limit.

This project is available at the Automatic Water Pump Controller 

36) Mobile Cell Phone Charger

This is a circuit for a mobile cellphone charger that uses three NiCd cells or eight pencil cells to charge the battery connected at the output terminals.

This project is available at Mobile Cellphone Charger

37) Generate Power Using Microturbine

Presented here is the Hydropower Generation circuit that generates power from a water pipe in a building using a microturbine. The generated electricity can be used to charge batteries, which can be used for emergency lighting or other such purposes. The microturbines produce kinetic energy and which in turn helps in Power Generation (Electricity).

This project is available at Generate Power Using Microturbine

Hope these electrical engineering project ideas were useful to you. If you have such interesting electrical project ideas, feel free to post them in the comments section below.

This article was first published on 18th October 2016 and was recently updated on 15 December 2022.


its helpful..thank u

I want a more new I ideas for the agricultural quickly

How about a English grammar book instead? I have no idea what you just said my friend.

Should be: “an English grammar”. You also need it!

ha ha.. they are same

Hypocrite, lmfaoooo!

Hi Venkat, you can get electronics projects related to agriculture here .

we have found that in power system especially distribution system meet with huge voltage drop, now there is a way of mitigation of such issues. if you have any ideas about it, you can because it serious issues in country. thank you

Microcontroller based Smart load management system can be a solution

Its really amazing … it helped me alot in my final year project.

Thank you for your feedback.

Hello sir, I’m EEE student i want relate electrical engineering skills to agricultural field, to make go green, by avoiding fuels can you give some ideas on that topics. please its my humble request

U may use sensor or timer

I need a innovative ideas for the innovation day.I am currently pursuing diploma in Electrical Engineering. Can anyone help me

HI can i have yr email to assists me in my final year project?

I am an electrical engineering student in Ghana,I wish to use your project for my project so please help me with the full project.thanks

Which project are you looking for, let us know.

Need help on the Wireless Power Transmission…..

Kindly elaborate your query.

Hello I’m a final year student and need a project topic can you assist me with that please

Are you looking for anything specific? If you are, we can direct you to the proper project. Let us know.

Hello… Plz can i get more new and innovative ideas about electrical projects .. I ll b thankfull if i get

Hi Shirin, Are you looking for anything specific? If you are, we can direct you to the proper project. Let us know.

Something more agriculture related!

electronic related smart project needed

Plz…can i get more new electrical projects ideas which cannot be implemented still now.I’ll be thankful if I get.

i am 6 semester student i want idea for final year project if u can give me idea about power generation

have u got an idea??????

Hello…..can I get a project that will send a text massage to specified phone numbers when there is a feeder outage in a distribution substation. Please I need your help cause I am an electrical student pursuing bachelor degree in electrical and electronics.

hi am joe frm gh..pls dont u guys have any progect on reneawble energy

Hi, You can search the projects from the search bar given at the upper right corner of the website with keywords like solar, wind turbine etc.

Sir, farmers are dying because of electric shocks while watering the field. I wanna do project such that it should be helpful them. Help me sir

something related to core electrical without use micro controller

hey I need a project topic construct of forward and reverse starter

I need a special projects so that it can help me in my master study in electrical engineering..

sir/mam i’m looking for an embedded system based major project based on very new idea.. plzzz…help me,

good day pls how do i get recents power related projects .am a PGD ELECTRICAL ENGINEERING STUDENT

I want new ideas about electrical projects ..

Hi sir/mam can I get more project ideas related to the agricultural.

I’m doing my mini project… I liked the idea of smart cro probe…can u help me with full project details.. Please

I need the new electrical based projects without microcontroller

i need the new harmonics filters projects full project details

Comment: Machine Vital Card

A project am working on to be able to monitor various machine operation parameters I.e. temperature, vibrations, stability and operational integrity. able to control any system abnormalities through electrical mitigation and intermittently send data to an off site PC. please help

haue u done this project???????/?// broo

I want Power reduction project for a production plant… can u please guide which project will help to reduce power . this can be Globely also…means what other industries doing there best in terms of power saving..

Hello Namasate sir/madam can get any new electrical project ideas on which i can work on it as i am great need of project ideas please help me sir/madam I hope you will do the needful

I want more details about password based circuit breaker.please help me with that.

I want your help to my final year individual project ..please give me good topics for that

I have 1 idea Sir I think it is a audio base active system where we can speak start up the gadjets like TV fan lights etc will be start automatically when the voice can be recognised it. I hope this idea can be like u Sir

its an old idea …siri and google assistant is available in market , and is functional in many smart homes in many areas..Thanks

Please sir, help me with electrical project topics on power, for ND level sir

hello sir, the I dears presented here are just amazing. however, am having project which I want build a circuit which should be functioning as a fuse but it shouldn’t burn out when times of over and undervoltage comes.

Could you please be clear on your query?

Looking for a electrotech project to achieve my b tech

Electronics4u is the Best platform to know about the world electronics .

Can i get some projects related to power for my fyp??

Hello i am studying in embedded system. I need a topic related to Hardware development along with testing, Research and development. Please can you suggest me some topics?

Good day , I’m an electrical engineering in need for thesis topic

Comment: please help us with B Sc/ HND final year project.

I’m james an electrical engineering student please I need you’re idea for our thesis.we want a not very hard to make but nice idea.please

Thank u v. much. They are really very good and useful projects. They can be done as graduation projects for Physics and Engineering students.

hello sir, im Bello an electrical engineering student, wanna know if you can help me on my graduation project of designing remote control device based on single chip microcomputer. any advices or help thank you

I want to start a project on “AUTOMATIC ANCHOR LIGHT” bt I don’t know where to start this project & also how to do this project. I want you to suggest me a right possible way to do this project. It will be very greatful to you sir.

It’s really helpful. Thank you so much. Pls I need help on how to step up DC.

i am final year student in electrical engineering please suggest a new ideals related to electrical project

We have added several projects on this page, please have a look:

could you please suggest me a final year project topic related to power system or renewable energy?

Is electronic engineering d same thing as electrical electronic engineering

Apart from that, Wireless Power Transmission is one of the great technology in electrical engineering which will change the world.

hello , sir you have provide better idea , but i want new inovatives idea about agriculture bcoz we need to build our word

I need something related to core electrical without using micro controller

You can check all the projects here .

Very interesting blog..looking forward to see more

That’s really a lot of ideas. Thanks for sharing

Thank you for your valuable feedback.

hi Everyone please help find a simple research topic with a clear promble statement

Overload protection of a transformer.please can it be a final year project work, and how would that be


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Get electrical project ideas for engineering students. These are potential topics to be used as final year project topics in electrical engineering. Find a list of electrical engineering project topics to be implemented. This list contains major as well as mini projects for eee. Electrical major projects for students to use in their final semesters. Latest topics for degree and diploma in electrical engineering students. Nevonprojects has the widest variety of electrical engineering project ideas which are updated every week. Get new and innovative electrical engineering project ideas that have been researched and put up here for students to choose as their final year project topics. Browse through our variety of mini and major projects for electrical engineering:

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The above list consists of the best electrical engineering project topics available on the internet. Stay updated by visiting every week for new innovative electrical major project ideas for engineering final year students. These topics have been designed to be implemented by degree and diploma electrical engineering students. Get the list of new electrical project ideas every week at Nevonprojects.

Electrical engineering capstone project ideas that you will appreciate

So, you’re about to finish your academic degree program in electrical engineering. Congratulations! You have covered a lot of ground, and it is almost time to start your career and do something big and important. However, before you get your feet wet and open the door to the world of career opportunities, you have to undertake a capstone project.

Actually, it is a complex and highly extensive assignment that is more or less a research project. It is your final task at college or university, and you have to do your best to produce high-quality original paper. 

In this article, you’ll find all the necessary capstone project for electrical engineering tips along with fantastic ideas that you can use for your paper. If you experience some difficulties on this path, feel free to contact us and ask for help. We have a team of seasoned authors with solid rock experience in electrical engineering. They are eager to help you. Read on to find their expert recommendations!

Electrical Engineering Capstone Project by WriteMyCapstone is rated 4.9 /5 based on 57 customer reviews

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What is the difference between capstone project and thesis?

The chances are you already know that a thesis is also an important paper for students who are about to finish their education and pursue a diploma. Is there a difference between a thesis and a capstone project? It is indeed!

The main difference between these papers is that your capstone design projects electrical engineering is not theoretical, it is a practical project that addresses a specific issue in your field. It means that you should analyze your industry, i.e. electrical engineering, and find a narrow, practical topic, a challenge that you should overcome. When it comes to a thesis, it is primarily a theoretical paper where you define a hypothesis and work with various sources to prove it.

Why are capstone projects that important for electrical engineering students?

A capstone project is usually intended to check the students’ abilities to think critically, analyze fundamental concepts, communicate with people, cooperate, etc. It means that this project helps you to show off and demonstrate your knowledge and skills that will help you set up for a future career. 

So, if you don’t feel motivated enough to work on your electrical engineering capstone project ideas, we want to share some benefits of this assignment. 

To be honest, you’ll look through many capstone project ideas for electrical engineering to find the best one. So, ensure that you have enough time and decide on your priorities. For example, if you just need to complete this project, and you’ll forget about it exactly after the submission, choose the easiest topic. But if you have some ambitions, and you’re going to use this paper as a part of your resume or portfolio, you have to dive deeper. 

What problems in electrical engineering for capstone can you face?

Looking for interesting electrical engineering capstone ideas and working on this paper, you’ll surely face some challenges. We receive a lot of students’ requests and we know what problems you have to deal with.

Lack of time 

The first thing you should know is that this project is pretty voluminous. You can’t come up with an A-level capstone in a few days. You need to identify milestones and start in advance. If you miss your deadline, it can ruin your grades. That’s why many students with time management problems in electrical engineering for capstone order their papers online. If you understand that you don’t have enough time, hire a professional who will help you to meet the deadline.

Unclear requirements 

Your university background likely taught you that the task should be clear. If you don’t understand what your professor wants from you, you can’t follow these expectations. So, before you start working on your paper, you need to come up with electrical engineering capstone proposal suggestions — brief descriptions of your future work. It is necessary to ensure that you’re on the same page and to get valuable feedback from your mentor.

Poor writing skills 

Most students ask for help because they don’t know how to write an interesting and captivating paper. You can come up with some capstone project ideas electrical engineering because you know the challenges of this industry but it doesn’t mean that you can be a good writer. People who are tech-minded often experience difficulties with writing assignments, and we are happy to help them. If you’re a talented engineer, don’t be afraid to ask for assistance with putting your thoughts on the paper. 

Need help with Electrical Engineering Capstone Project?

Get a timely done Electrical Engineering Capstone Project from qualified writers

Should you look for capstone ideas for electrical and computer engineering online?

Without any doubt, the Internet is a great source of information, and you can find many great electrical engineering capstone project examples there. However, it doesn’t mean that you should rely on it. 

First of all, it will take you a lot of time because along with good ideas, there are many bad ideas, and you need to sort them out. Without appropriate experience, you may spend hours separating the wheat from the chaff. 

Besides, someone else’s ideas don’t let you think out of the box. Your concepts should be unique and creative. So, before you start reading various examples, decide on your own ideas and work them through. Or outsource this task to professionals who know how to achieve the best results for you. 

Capstone project ideas electrical engineering that will inspire you

Undoubtedly, a topic is one of the most important stages of the writing process. Without good capstone ideas for electrical and computer engineering, you can’t write a good paper. Check this list to find some inspiration, and you’ll come up with perfect insight.

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top 100 capstone project ideas for engineering students

Top 100 Capstone Project Ideas For Engineering Students In 2022

Hello guys, welcome back to my blog. In this article, I will share the top 10 capstone project ideas for engineering students in 2021, what is a capstone project, topics for a capstone project, etc.

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Capstone Project Ideas

What is a Capstone Project?

A capstone project is done for one year by students, they will work on a project for two-semester. In the capstone project, students will study the research papers in deep and design their project by using some tools.

Capstone Project Ideas Are

01. Testing Method and Application for Impulse- Dispersed Current Around Earthing Devices in Power Transmission Networks

02. Fuzzy Approach to Student-Project Allocation (SPA) Problem .

03. Maritime DC Power System With Generation Topology Consisting of Combination of Permanent Magnet Generator and Diode Rectifier .

04. An Urban Charging Infrastructure for Electric Road Freight Operations: A Case Study for Cambridge UK .

05. Low-Voltage Unipolar Inverter Based on Top-Gate Electric-Double-Layer Thin-Film Transistors Gated by Silica Proton Conductor .

06. Safety Distance Analysis of 500kV Transmission Line Tower UAV Patrol Inspection .

07. Analysis of Electrical Impedance Myography Electrodes Configuration for Local Muscle Fatigue Evaluation Based on Finite Element Method .

08. A Comprehensive Review of Wireless Charging Technologies for Electric Vehicles .

09. Electric Vehicle Battery Cycle Aging Evaluation in Real-World Daily Driving and Vehicle-to-Grid Services .

10. Coordinated Scheduling for Improving Uncertain Wind Power Adsorption in Electric Vehicles—Wind Integrated Power Systems by Multiobjective Optimization Approach .

11. Sub-THz Circularly Polarized Horn Antenna Using Wire Electrical Discharge Machining for 6G Wireless Communications .

12. Space Vector Modulation for Distributed Inverter-Fed Induction Motor Drive for Electric Vehicle Application .

13. Bidirectional Three-Level Cascaded Converter With Deadbeat Control for HESS in Solar-Assisted Electric Vehicles .

14. Harmonics and Interharmonics Analysis of Electrical Arc Furnaces Based on Spectral Model Optimization With High-Resolution Windowing .

15. Ageing: Causes and Effects on the Reliability of Polypropylene Film Used for HVDC Capacitor .

16. The Probabilistic Evaluation of Net Present Value of Electric Power Distribution Systems Based on the Kaldor–Hicks Compensation Principle .

17. Decentralized Charging of Plug-In Electric Vehicles and Impact on Transmission System Dynamics .

18. HPC-Based Probabilistic Analysis of LV Networks With EVs: Impacts and Control .

19. Development of a Portable Electrochemical Impedance Spectroscopy System for Bio-Detection .

20. Risk Assessment on Offshore Photovoltaic Power Generation Projects in China Using D Numbers and ANP .

21. Analysis of Dynamic Processes in Single-Cell Electroporation and Their Effects on Parameter Selection Based on the Finite-Element Model .

22. A New Coil Structure and Its Optimization Design With Constant Output Voltage and Constant Output Current for Electric Vehicle Dynamic Wireless Charging .

23. A Graphical Game Approach to Electrical Vehicle Charging Scheduling: Correlated Equilibrium and Latency Minimization .

24. Sensitivity Guided Image Fusion for Electrical Capacitance Tomography .

25. Design and Building of an Automatic Alternator Synchronizer Based on Open-Hardware Arduino Platform .

26. A Phaseless Microwave Imaging Approach Based on a Lebesgue-Space Inversion Algorithm .

27. Direct Phase-Change Cooling of Vapor Chamber Integrated With IGBT Power Electronic Module for Automotive Application .

28. Vulnerability Assessment of Equipment Excited by Disturbances Based on Support Vector Machine and Gaussian Process Regression .

29. A New Finite-Element Method to Deal With Motion Problem of Electromagnetic Rail Launcher .

30. A Novel Ultralow RON,sp Triple RESURF LDMOS With Sandwich n-p-n Layer .

31. Design and Verification Test of an HTS Leakage Flux-Controlled Reactor .

32. An Ordered Curtailment Strategy for Offshore Wind Power Under Extreme Weather Conditions Considering the Resilience of the Grid .

33. Current Reconstruction of Bundle Conductors Based on Tunneling Magnetoresistive Sensors .

34. WSN-Based Measurement of Ion-Current Density Under High-Voltage Direct Current Transmission Lines .

35. Influence of Rotor-Pole Number on Electromagnetic Performance of Novel Double-Rotor Hybrid Excited Axial Switched-Flux Permanent-Magnet Machines for EV/HEV Applications .

36. Electromagnetic Vibration and Noise of the Permanent-Magnet Synchronous Motors for Electric Vehicles: An Overview .

37. Incentive-Compatible Market Clearing for a Two-Stage Integrated Electricity-Gas-Heat Market .

38. Teaching Power Electronics With a Design-Oriented, Project-Based Learning Method at the Technical University of Denmark .

39. A Circuits and Systems Perspective of Organic/Printed Electronics: Review, Challenges, and Contemporary and Emerging Design Approaches .

40. MgO Based Magnetic Tunnel Junctions With Co20Fe60B20 Sensing Layer for Magnetic Field Sensors .

41. Reduction of Offset Field in Top-Pinned MTJ With Synthetic Antiferromagnetic Free Layer .

42. Cost-Effective Printed Electrodes Based on Emerging Materials Applied to Biosignal Acquisition .

43. A Review and Analysis of Automatic Optical Inspection and Quality Monitoring Methods in Electronics Industry .

44. Improved English Immersion Teaching Methods for the Course of Power Electronics for Energy Storage System in China .

45. New Improved Model and Accurate Analytical Response of SiPMs Coupled to Read-Out Electronics .

46. Graphene Field-Effect Transistors for Radio-Frequency Flexible Electronics .

47. Statistical Write Stability Characterization in SRAM Cells at Low Supply Voltage .

48. Teaching Electronics to Aeronautical Engineering Students by Developing Projects .

49. Improved ON-State Reliability of Atom Switch Using Alloy Electrodes .

50. Hybrid Thermal Modeling to Predict LED Thermal Behavior in Hybrid Electronics .

51. Fabrication of Phase-Shifted Fiber Bragg Grating by Femtosecond Laser Shield Method .

52. Humidity Sensor Based on Fabry–Perot Interferometer and Intracavity Sensing of Fiber Laser .

53. Switching Performance Analysis of Vertical GaN FinFETs: Impact of Interfin Designs .

54. Analysis of Thickness Variation in Biological Tissues Using Microwave Sensors for Health Monitoring Applications .

55. Ultrasound Measurement Using On-Chip Optical Micro-Resonators and Digital Optical Frequency Comb .

56. EMFi-Based Ultrasonic Sensory Array for 3D Localization of Reflectors Using Positioning Algorithms .

57. Single-Mode Quantum Cascade Laser Array Emitting From a Single Facet .

58. Superior Implementation of Accelerated QR Decomposition for Ultrasound Imaging .

59. Resonant-Type Piezoelectric Screw Motor for One Degree of Freedom Positioning Platform Application .

60. Simultaneous Wireless Information and Power Transfer in Cellular Two-Way Relay Networks With Massive MIMO .

61. Dual-Band Bandpass Filter With Wide Stopband Using One Stepped-Impedance Ring Resonator With Shorted Stubs .

62. A Novel Wide-Angle Scanning Phased Array Based on Dual-Mode Pattern-Reconfigurable Elements .

63. Full-Duplex SWIPT Relaying Based on Spatial-Modulation .

64. An Academic Approach to FPGA Design Based on a Distance Meter Circuit .

65. Direct SMT Interconnections of Large Low-CTE Interposers to Printed Wiring Board Using Copper Microwire Arrays .

66. Integrated Reconfigurable Silicon Photonics Switch Matrix in IRIS Project: Technological Achievements and Experimental Results .

67. Lifelogging Data Validation Model for Internet of Things Enabled Personalized Healthcare .

68. Adaptive Zeroing-Gradient Controller for Ship Course Tracking With Near Singularity Considered and Zero Theoretical Tracking Error .

69. Radio Interface Evolution Towards 5G and Enhanced Local Area Communications .

70. Reliability Assessment Model of IMA Partition Software Using Stochastic Petri Nets .

71. Medium-Voltage Power Converter Interface for Multigenerator Marine Energy Conversion Systems .

72. A Hybrid Prognostics Technique for Rolling Element Bearings Using Adaptive Predictive Models .

73. A Hybrid Method of Remaining Useful Life Prediction for Aircraft Auxiliary Power Unit .

74. Insensitivity to Humidity in Fabry–Perot Sensor With Multilayer Graphene Diaphragm .

75. Design and Testing of a Kinetic Energy Harvester Embedded Into an Oceanic Drifter .

76. 3-D Dual-Gate Photosensitive Thin-Film Transistor Architectures Based on Amorphous Silicon .

77. Automatic Structure Generation and Parameter Optimization for CMOS Voltage Reference Circuit .

78. CNN-Based Intra-Prediction for Lossless HEVC .

79. Resource Allocation for D2D Links in the FFR and SFR Aided Cellular Downlink .

80. A Hybrid EF/DF Protocol With Rateless Coded Network Code for Two-Way Relay Channels .

81. An Efficient Task Assignment Framework to Accelerate DPU-Based Convolutional Neural Network Inference on FPGAs .

82. Phase Calibration of On-Chip Optical Phased Arrays via Interference Technique .

83. A Multi-Carrier-Frequency Random-Transmission Chirp Sequence for TDM MIMO Automotive Radar .

84. High-Stability Algorithm in White-Light Phase-Shifting Interferometry for Disturbance Suppression .

85. Polarimetric Calibration Scheme Combining Internal and External Calibrations, and Experiment for Gaofen-3 .

86. Wireless Wearable Magnetometer-Based Sensor for Sleep Quality Monitoring .

87. Power-Gated 9T SRAM Cell for Low-Energy Operation .

88. An Improved Matrix Generation Framework for Thermal Aware Placement in VLSI .

89. Trip-Point Bit-Line Precharge Sensing Scheme for Single-Ended SRAM .

90. Intelligent Reflecting Surfaces to Achieve the Full-Duplex Wireless Communication .

91. Toward Energy-Awareness Smart Building: Discover the Fingerprint of Your Electrical Appliances .

92. Analysis of the starting transient of a synchronous reluctance motor for direct-on-line applications .

93. Motor Design and Characteristics Comparison of Outer-Rotor-Type BLDC Motor and BLAC Motor Based on Numerical Analysis .

94. IEEE Draft Guide for Motor Operated Valve (MOV) Motor Application, Protection, Control, and Testing in Nuclear Power Generating Stations .

95. A Novel Track Structure of Double-Sided Linear PM Synchronous Motor for Low Cost and High Force Density Applications .

96. A Novel Dual Three-Phase Permanent Magnet Synchronous Motor With Asymmetric Stator Winding .

97. A new two-motor drive to control a two-phase induction motor and a DC motor .

98. Development of a 7.5kW High Speed Interior Permanent Magnet Synchronous Spindle Motor for CNC Milling Machine .

99. Optimal Design of the 2nd Generation TMED Traction Motor .

100. Power factor correction and power quality improvement in BLDC motor drive using SEPIC converter

These are the different capstone project ideas from IEEE website. I hope this article “capstone project” may help you all a lot. Thank you for reading.

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Top Electrical Projects ideas for Engineering Students

Top 70+ electrical engineering projects ideas for students.

Below is the updated list of project ideas for Electrical Engineering students and hobbyists. We will update the list below with new electrical projects ideas time to time, so don’t forget to subscribe and bookmark this page.

Electrical Projects

Design of an intelligent and efficient light control system

The aim of this project is to save energy & utilize it (as low as possible) depending on the people inside a room and lighting design . A PIR sensor senses the people entering inside the room & switches on the light & other appliances accordingly. Thus the efficient lighting system helps in saving energy when the room or building is empty.

Induction Motor Starter Using Auto Delta Star Starter

The idea behind this project is to implement an induction motor starter that provides a low voltage at the start & provide full voltage after some time. This project uses a 555 timer to switch between two relays having Star & Delta connection . Initially, it should run on Star connection for low voltage & then switch to Delta connection for full speed.

Soft starter for 3 phase induction motor using microcontroller

An inductor motor draws huge current while starting which can cause mechanical as well as winding damage. In order to avoid such damage, the voltage is gradually increased by varying the firing angle of a TRAIC. A microcontroller is used to vary the firing angle with a zero voltage detector circuit.

Solar Energy Measurement using Pic Microcontroller :

The idea behind this project is to measure the power supplied from a solar panel and display the readings along with the voltage & current. This project uses current & voltage sensors connected with a microcontroller that displays the calculated power using the LCD display.

BLDC Motor Speed Control with RPM Display:

In this project, we are going to use a microcontroller to measure & control the speed of the BLDC motor . The desired speed will be entered using a keypad, while the actual speed of the motor will be measured using an IR sensor (tachometer). The controller will then try to match the actual speed with the desired speed by increasing or decreasing through the PWM method.

Auto No Break Power Supply Control :

The aim of this project is to provide uninterruptible power supply from various power sources without any break. It uses a microcontroller to sense a power fail in primary source & switch the load to the secondary source by switching relay. It can be modified to use more than two sources.

Smoke Detector Alarm Circuit

The aim of this project is to trigger alarm such as buzzer or light when there is smoke detected inside a building. A smoke sensor along with a comparator IC is used to trigger the alarm when the sensor detects smoke. It can also be designed using a 555 timer IC. It is a protection device used in the kitchen etc. to notify the residents & prevent the damage & monitoring of No-smoking areas.

Automatic Railway Gate Controller

In this project, we are going to use a microcontroller to open or close the railway gate based on the position of the train. We are going to use some sensors in two positions to detect whether the train is coming or leaving & close or open the gate respectively using a servo motor.

PC Based PWM Speed Control of DC Motor System :

This project enables the full control of a DC motor i.e. its speed & direction through a wireless link between a PC & motor. This project is made of a wireless link between two Arduinos that is connected with PC & motor to send & receive commands. The speed is varied using PWM & the status information is displayed on an LCD.

Highway Alert Signal Lamp :

This is an alarm circuit that is used for providing safety during highway night driving. It uses photosensor to sense the vehicle behind and switch a bright light using a 555 timer IC for a specific duration to alert the driver & switch off when the vehicle overtakes.

Automatic College Bell System :

This is a mini college bell project that rings the bell when the class time is over. It uses timer IC with a decade counter to count time for the preset time of the period. Once the timer runs out, the 555 timer switch the bell through a relay that is powered from the AC mains.

Fuse and Power Failure Indicator

The aim of this project is to alert the person if there is a fuse or main power failure . The mains voltage is brought down using a transformer & voltage regulator which relays the signal through an Opto-coupler to the alarm circuit. The Optocoupler signal is amplified to trigger the LED & buzzer using a 555 Timer IC during a power failure.

Automatic Plant Watering & Irrigation System – Circuit, Code & Project Report

The objective of this project is to irrigate the plant automatically depending on the temperature & moisture of the soil. A temperature & moisture sensor provides the data to an Arduino which controls a solenoid valve to provide water accordingly. The system also notifies the owner regarding the status of plants.

Stress Meter

The skin resistance depends on the emotional state as the resistance decreases due to the high blood pressure caused by high stress. This principle is used in this project to measure the resistance of the skin & display the level of stress through a strip of LEDs.

Bidirectional Rotation of an Induction Motor with a Remote Control Device:

The idea is to use an IR remote to switch the direction of the induction motor wirelessly. The IR sensor feds the data to the microcontroller that changes the direction of the induction motor by switching the relay.

In this project, we are going to use a microcontroller to measure & control the speed of the motor. The desired speed will be entered using a keypad, while the actual speed of the motor will be measured using an IR sensor (tachometer). The controller will then try to match the actual speed with the desired speed by increasing or decreasing through the PWM method.

Low-Cost Hearing Aid

A low-cost hearing aid can be designed using cheap components. The purpose of this circuit is to amplify the incoming sound. It uses a microphone whose output is amplified using Op-amp with high gain & then fed to a headphone that is powered by a medium gain op-amp.

Thyristor based variable DC charger

In this project, we are going to control the voltage of the DC power supply by changing the firing angle of the trigger pulse of the TRIAC through a microcontroller. Two push buttons connected to the microcontroller are used for increasing or decreasing the firing angle of the trigger pulse. The output of TRIAC is then rectified into DC output. A voltmeter connected to output will display the actual DC voltage.

AC Power Control Based on Thyristor & Microcontroller

The aim of this project is to control the power supplied to any appliance using a TRIAC & a microcontroller. In order to do that, we are going to use a keypad as a user interface to enter the delay & a microcontroller to vary the firing angle delay to trigger the TRIAC. A zero-crossing detector is used for detecting the reference starting point for the trigger pulse.

Thyristor based Power Control by IR Remote

The aim of this project is to wirelessly control the duty cycle of AC mains to any appliance by varying the firing angle of the TRIAC through a microcontroller. A TV remote is used for wireless control which increases or decreases the firing angle delay.

Chopper Based Speed Controlling of Electric Motor

The name of this project is self-explanatory. The chopper is a DC to DC converter except the output is variable. The circuit is this project is designed to control the switching to increase or decrease the speed of the motor.

Over Voltage Protection  of Lead Acid Battery DC Charger

This is a DC charger project for 12v lead acid battery that incorporates overvoltage protection. The idea is to use a comparator IC or an OP-amp in comparator mode to monitor the voltage. Overvoltage damages battery so it is required in those places where the voltage levels are not steady.

Electrical Devices Protection from Earth Fault through Circuit Breaker

This project is used for the protection of devices against the earth’s fault. The idea is to use a current sensor to measure the current flow in earth cable. The sensor is connected to a microcontroller that immediately switches off the power supply using a relay.

LDR and RTC Based an Efficient Power Saver for Street Lights

The intelligent street light idea is proposed mainly to save energy. the idea is to use LDR to switch the system based on the light intensity. But still, there are some roads that do not have traffic after midnight, so the RTC provides the timing to maintain an effective lighting schedule of street lights.

Speed Control System of Electric Motor in Clockwise and Anti-clockwise Directions

The purpose of this project is to control the speed as well as the direction of a DC motor using a microcontroller. The speed is controlled using the PWM (pulse width modulation) while the direction is determined by changing the polarity of the driver IC. Multiple input pushbuttons are used to increase or decrease the PWM & change the direction.

Battery Status Indicator using Arduino

The purpose of this project is to indicate the battery levels & also trigger an alarm when the battery is low. An Arduino is able to measure the voltage of the battery, the voltage must be scaled down to its measurable limit. Based on the battery voltage, the Arduino will display the status using an LCD or through LEDs. The same concept can be used for water level indicator or rain alarm indicator .

Non-Contact Tachometer  for Speed Measurement of Electrical Motor by Using Hall Effect Sensor

The Hall Effect sensor is used for sensing the magnetic field. The magnetic field of the magnet attached to the shaft of the motor will vary when it rotates. The sensors send the info to a microcontroller that processes it & calculates the RPM of the motor.

Digital Tachometer using IR sensor          

A tachometer is a measurement instrument used for measuring the speed of a motor. In this project, we are going to use an IR sensor to count the revolutions of a motor for a few seconds and display the RPM of the motor through LCD.

Intelligent Fire Sprinkler System

The idea is to automate the sprinkler that activates whenever there is a fire or increase in temperature. The proposed method is to use smoke & temperature sensors to detect the fire & release the sprinkler using the electronic valve. It is all controlled by a microcontroller. the system is used for protection & in early detection of fire to prevent further damage which is known as Intelligent fire alarm system as compared to addressable and conventional fire alarm systems .

Remote Controlled Robotic Arm

In this project, we are using an Arduino to control 3 servo motors that move like an arm to hold & pick up any object and place it where you want. It can be controlled wirelessly by a remote for convenience.

Obstacle Detection Robot with Ultrasonic Sensors

In this project, we are proposing a robot that detects & avoids when there is any object in front of it. An ultrasonic sensor (long-range) or infrared sensor (short-range) is placed in front of the vehicle to stop & turn when it detects an object. It can be implemented in automobiles to avoid an accident.

Automatic Load Controller and Sharing System

The purpose of this project is to monitor the load current & if the current exceeds a specified limit the supply is automatically stopped. A current supplied to the load is sensed and passed the info to the microcontroller that processes it. If the current exceeds the limit, the controller triggers the relay to switch the load to prevent damage.

Ultrasonic Parking Guidance System

It is a safety project for new drivers during parking to know if there is any object behind the vehicle & how far it is. The ultrasonic sensor interfaced with the Arduino in this project provides the info about the distance between the vehicle & the object & display the distance on an LCD with warning LEDs.

GSM based Autonomous Car Parking

The idea behind this project is to automate the car parking system. The proposed method suggests the use of multiple microcontroller units to communicate with each other. A single module will be used to control the parking door in the presence of the vehicle & also the identification of the vehicle. An available parking slot will be assigned to the vehicle with its billing information that will be sent over a GSM kit.

Finger Print Based Security System

This project’s aim is to provide security for a lock or door using the finger print of the users. The proposed idea is to use a finger print sensor module with a controller or Arduino to detect the valid finger print & lock/unlock the door using servo motors. There is also an LCD to display the status of your finger print & door etc.

Bi-directional Visitor Counter

The aim of this project is to keep the number of count of people leaving & entering the building. This circuit counts the number of visitors inside a building by counting up or down when a visitor enters or leave respectively. It is done by using two IR sensors in a line to determine the direction of the visitor movement. You can also control the appliance inside the building using the number of available visitors.

Finger Print Based Car Starting System

The proposed system provides an anti-theft feature that allows the vehicle to only start when the owner thumb impression is recognized. The finger print scanner matches the impression & unlocks the vehicle starting mechanism only if it matches.

Wireless Temperature & Humidity Monitoring System of Soil

The aim of this project is to monitor the temperature & humidity of the soi l wirelessly in real time. The proposed system uses two microcontrollers & wireless modules ( ZigBee ) for communication. The temperature & humidity sensors provide the info to the microcontroller which is transmitted wirelessly to the 2 nd microcontroller that displays the info on an LCD.

Sun Tracking Solar Panel

In this project, we are going to use a microcontroller to rotate the solar panel using a servo motor to face the sun. The LDR (light dependent resistor) is used for measuring the intensity of sunlight & provide valuable data to the microcontroller for processing.

Password Based Circuit Breaker

The idea behind this project is to make or break the circuit using a password to avoid an unauthorized person. The password is entered through a keypad connected to the microcontroller which controls the relay to break the circuit or make it. The same idea can be used for smart WiFi circuit breaker .

Smart Power Manager Using Microcontroller

In this project, we are going to use a microcontroller to switch on the appliances inside a room depending on the number of people entering or leaving. The entering or leaving is detected using IR sensors. Also, the 7 segment display will show the number of people inside the room.

Smart Energy Meter using GSM & Arduino

This is an Arduino based project intended for notifying the owner about the amount of energy consumption during a specific time using GSM kit. It helps in managing and monitoring your energy consumption using a cellphone.

Automatic Changeover Switch

This project aim is to automatically switch from primary to secondary power source & vice versa when either one of them is not available. The idea is to use a 555 Timer IC in the bi-stable mode that is triggered by a transistor. when the primary source supply stops, the transistor triggers the Timer & switch the relay to a secondary source.

Overload Protection of Transformer :

The purpose of this project is to protect the transformer from overloading. The objective is to sense the current supplied by the transformer & if the current exceeds a certain limit, the relay is triggered to break the circuit.

GSM based Real Time Street Light Control Systems

The purpose of this project is to control the street light wirelessly from the control center. The idea is to use the GSM module to communicate between the modules. The CC sends the command, the GSM module passes the command to the microcontroller that switches the corresponding relay.

Wireless Load Controller By GSM

This project’s purpose is to control various kinds of loads using GSM. The commands are sent through SMS to switch different loads using relays. It can also be a program to switch off or switch on a specific load after a specified time.

Car Speed Detector Circuit – Working and Source Code

In this project, we are going to measure the speed of a vehicle using an Arduino. It involves two IR sensors that sense the vehicle & the Arduino calculates the time passed between these two sensors. The speed is calculated using the time duration & the distance between the sensors.

Smart Home Automation System using Bluetooth & Arduino

In this project, we are going to control a number of home appliances wirelessly through a Bluetooth module. The Bluetooth is linked with the Arduino to control individual relays to switch the appliances.

Wireless Motor Control System

The aim of this project is to wirelessly control a motor using IR communication. This system proposed is mainly for safety reasons where the motor is used for testing equipment. The remote sends the commands to the IR receiver kit that forwards it to the microcontroller to execute it.

Prepaid Energy Meter

Unlike the postpaid meters, this meter supply & consumes energy units based on the balance its owner has deposited. The meter is embedded with a notification feature that allows the owner to know when their deposited amount is low. It enables the owner to manage their expanses & save energy.

Tanker Robot for Vision Based Surveillance System

This wireless controlled robot is made for the purpose of video surveillance of inaccessible areas. The robot is equipped with cameras that transfer the video signal through a wireless module to a handheld screen. The handheld device is used for controlling the movement & direction of the robot.

Automated Stair Climbing robot

The most challenging obstruction for an autonomous vehicle is stairs. This project is the main focus is to design a robot that can easily cover the steps going up or down the stairs. Such a system can be then implemented in wheelchairs for disabled people to overcome the challenges.

Conversion of Single Phase to Three Phase Supply

The project aim is to convert the single-phase supply into a three-phase supply for powering three-phase loads. The system creates two new lines each with a phase difference of 120°.

Below are some additional  electrical engineering projects list and ideas .

Let us know in the comment box below if you have any other related project idea to add it in the  Electrical Engineering Project Ideas  post.

Related EE Engineering Project Lists & Ideas:

Electrical Technology

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Top 100 Electrical Engineering Capstone Project Ideas

Apr 9, 2022

electrical engineering technology capstone project ideas

Apr 9, 2022 | Topics

Electrical engineering is an area of engineering concerned with the research and design of electrical, electromagnetic, and electronics-based devices, systems, and equipment. Electrical engineering students must complete an electrical engineering capstone project before graduating from college. Although there are several project options available to students, they must exercise caution when selecting one. Students will amaze their lecturers and receive excellent grades if they come up with an exciting project proposal. We understand that many students don’t have enough time to think for fantastic project ideas; therefore, we’ve chosen to make it easier for them to come up with them. We’ve compiled a selection of the most outstanding electrical engineering capstone project ideas for you to consider. All of the pictures below are pretty intriguing, so students will have no trouble working with them. We are confident that the suggestions below will help students complete their projects without feeling stressed. You can get the most out of their study if they use the capstone project ideas below for electrical engineering. 1. Automatic Anchor Light 2. Electric hybrid motorcycle 3. 1kW sine wave inverter 4. Automotive computing enterprise 5. Blue marble security 6. Four frequency generator 7. Ted traffic light detector 8. Automated USB controlled power switch 9. DC Panel Meter using Arduino 10. Directional control for solar panels 11. Solar Panel Charge Controller 12. High Power LED Stroboscope 13. Linear Timer For General Use 14. Power-Saving Relay Driver 15. Wireless communication enterprise 16. Plus-Minus 12V Supply From 9V Battery 17. Configurable RS232 18. High-Impedance Audio Buffer 19. TTL to I2C Adapter 20. PIN Diode Based Fire Sensor 21. Wireless Power Transfer 22. Portable emergency generator 23. Dual Axis Solar Tracker System 24. Single-stage amplifier using C++ 25. Infrared Motion-Sensing Relay Switch 26. Low-cost LPG Leakage Detector 27. Vibration Activated Smart CRO Probe 28. 2 channel multi-mode audio amplifier 29. 2 channel video and audio sequencer 30. Password-Based Circuit Breaker 31. Low-Cost Dusk-Dawn Controller 32. Efficient Mini Inverter 33. 3 Phase Induction Motor 34. Visitor Sensing Welcome Mat 35. Fire Detection and Alarm 36. Automated Smoking Zone Monitoring And Alerting 37. Advanced Wireless Power Transfer System 38. Smart Portable Cell Phone Jammer 39. Power Supply With Auto-Switching 40. Emergency Auto Led Light 41. Voltage Multiplier Circuit Microcontroller 42. Accurate Room Temperature Controller 43. Four Quadrant DC Motor Control 44. Activity Automation Using Programmable Switching 45. Multi-Power Supply Using 3 Separate Sources For Uninterruptible Power Supply Cycle 46. ATMEGA Microcontroller based Power Saver 47. CPWM Control System for Induction Motor 48. Smartwatch for Seniors 49. Smart Charger Monitoring System That Uses Arduino 50. IOT based Smart Radiation Monitoring System 51. IOT Based Automatic Road Accident Detection 52. Rotating Solar Inverter 53. RFID Based Water Pump Automation System 54. IOT Based Heart Monitoring System 55. IOT based Fire Alarm System using Raspberry Pi 56. Dual Axis Solar Tracking System 57. Dual Axis Weather Sensor 58. AC Power Strength Controller System 59. Face Recognition Door Lock System That Uses Raspberry Pi 60. Automatic Road Reflector Light 61. Vertical Axis Wind Turbine With Inverter 62. Auto Water Pump Switcher 63. Direction Controller and Induction Motor Speed 64. Digitally Controlled Home Automation 65. Grid-Tie Rotating Solar Rooftop System 66. Hybrid Inverter 67. Wireless Mobile Charging 68. Solar UPS 69. Switching Load By Touch 70. Power Supply With Auto-Switching 71. Emergency Auto Led Light 72. Under Voltage and� Over Voltage Load Protection 73. Protecting Induction Motor From Temperature 74. Advanced Wireless Power Transfer System 75. Generating DC High Voltage With Marx Generator 76. Mini Windmill Power Generation 77. Dual Power Generation Solar 78. 6 Volt DC to 12 Volt DC Converter 79. Ac to DC Using Voltage Multiplier Circuit 80. Smart Wireless Battery Charging 81. Windmill Generator 82. Single Phase Induction Motor 83. Testing The Life Cycle Of Electrical Loads With Counter 84. Controlling Solar Energy Charge 85. System To Measure Solar Power 86. Configurable Password Security System 87. Load Control System Using DTMF 88. Supervisory Controlling For Remote Industry 89. Flexible Ac Transmitter System That Uses TSR 90. Data Acquisition� For Remote Industry 91. Double Phase Induction Motor With Smooth Start 92. Lamp Illumination Control With Precision 93. Load Shedding Time Management That Has A Programmable Interface 94. Cycle Switching For Industrial Power Control 95. Device Load Monitor That Has A Programmable Meter For Auditing Energy 96. AC Power Controller That Has A Programmable Interface 97. Industry Power Consumption Penalty Minimization That Uses AFPC Unit Project 98. Commercial Power Saver 99. Smart Burglar Alarm 100. Wireless FM Transmitter Mic 101. Wireless Cell Phone Detection System 102. Automated Night Lighting System 103. Clap Based Fan Switching System 104. Plant Moisture Monitoring System 105. Sound Operated Timer Project 106. Wireless Doorbell Calling System �

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