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EE-595 Capstone Design Project
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Presentation on theme: "EE-595 Capstone Design Project"— Presentation transcript:
Instructions and Guidelines for Final Report and Final Presentation 55:089 EE Senior Design Fall, 2008.
Project Proposal ECE 445 Lecture 2 Jan 27, 2015 ECE Main Slide.
Capstone Design Project (CDP) Civil Engineering Department First Semester 1431/1432 H 10/14/20091 King Saud University, Civil Engineering Department.
Principles of Computer Engineering EEC_4_402: Introduction.
ELEC516/10 course_des 1 ELEC516 VLSI System Design and Design Automation Spring 2010 Course Description Chi-ying Tsui Department of Electrical and Electronic.
Best Practices In Design Outcomes Of A Survey P. H. King, PhD, PE Joan Walker, PhD Vanderbilt University.
GE105: Introduction to Engineering Design Course Information College of Engineering King Saud University Feb 1, 2012.
Chapter 5 Engineering Tools for Electrical and Computer Engineers.
Overview of the Department’s ABET Criterion 3 Assessment Process.
IENG 471 Facilities Planning
Introduction to Interactive Media The Interactive Media Development Process.
10/10/2015 IENG 471 Facilities Planning 1 IENG Lecture END Project Report Requirements & Project Presentation Information.
Introduction to Design. Five Stage Electronic Design and Fabrication Process Design Stage Drawing Stage Experimentation Prototyping Stage Testing / Troubleshooting.
Electrical and Computer Engineering Senior Design John Peeples, Ph. D., P.E. Professor and Department Head.
D1.HGE.CL7.01 D1.HGA.CL6.08 Slide 1. Introduction Design, prepare and present reports Classroom schedule Trainer contact details Assessments Resources:
ECE 3331 Project Lab I Lab Projects and Presentations 1.
EENG 4910/4990 Engineering Design Murali Varanasi September 02, 2009.
Project Documentation Presentation Fall Outline Purpose Types of Documentation Individual Documentation Project Documentation Team Documentation.
10 Aug 2010 ECE/BENG-493 SENIOR ADVANCED DESIGN PROJECT Meeting #2.
Electronic Drafting DFT 58A&B Cliff Monroe - Instructor.
About project
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Capstone Design Project Plan - PowerPoint PPT Presentation
Capstone Design Project Plan
Capstone design project plan. team sausages. ryan campbell. anne carrier. gonzalo gonzalez ... obstacle free. problem statement and project objectives. solution ... – powerpoint ppt presentation.
- Team SAUSAGES
- IGVC Standards
- 0 to 8 kph speed range
- 2 to 5 m radius turns
- 3 m following distance
- No modification to Lead Vehicle
- Course Obstacles
- UDM Standards
- 1 m following distance
- Allowed to mount targets and sensors on Lead Vehicle
- Obstacle Free
- Pre-Built Systems
- Large Available Area
- Easily Modifiable
- Inexpensive
- Disadvantages
- Steering Control
- Traction Control
- Mount Conveyor Belt to Area of Contact with Ground
- Steering System
- Gear and Chain System
- Servo or Window Motor
- Interchangeable parts
- Small package
- 2 GB Maximum memory capacity
- Counter/Timers
- Used to create PWM signals
- Digital Lines
- Used for Ultrasound
- A/D converters
- Possibly used for backup sensors
- Donated by BOSCH
- Once in diagnostic mode, outputs 1 byte every 25 ms
- 1 bit 1 cm of distance
- SX28 Microcontroller interfaced with a OV6620 omnivision CMOS camera.
- 80 143 image Resolution.
- Dump images (color blobs).
- Track images at 17 frames / seconds.
- Find centroid of image.
- Adjust the cameras image properties.
- Ability to control a servo or use one Digital I/O pin.
- RS-232 serial or TTL data communication.
- Response to ambient and florescent light.
- Servos sensitivity to image tracking.
- Eyes for vehicle navigation.
- Preliminary steps for steering control.
- The black and white disk is for creating pulses.
- The reflected beam on the black segment will cause the sensor to output a signal (pulse).
- Each pulse corresponds to a specific distance traveled.
- The number of pulses in a given time will determine the speed.
- Number of pulses (n)
- Distance (n x)
- Speed Dist. / Time.
- Real-Time Workshop
- Stateflow Coder
- Designs complex control systems based on finite state machine theory.
- Represents the system logically and can eliminate the unnecessary states within the system.
- The basic structure of the flow diagrams is created in Stateflow by complex ifthen statements which allow the program to jump between two different algorithms .
- The Platooning Strategy must use our sensors to allow us to follow our project constraints.
- Our algorithm was developed using two algorithms.
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Capstone Design Final Presentation
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- 1. 1 Project #36: Hands-off Chicken Coop Brett Comardelle (EE) Bryan Costanzo (ME) Corinne Duplantis (ME) Daniel Epperson (ME) Logan Pickett (ME) Kayleigh Storey (EE) Advisor: Dr. Waggenspack Sponsor: Mr. Darbonne http://www.mcmaster.com https://grabcad.com/library ME 4202/EE4810 Spring 2017
- 2. 2 Project #36: Hands-off Chicken Coop Brett Comardelle (EE) Bryan Costanzo (ME) Corinne Duplantis (ME) Daniel Epperson (ME) Logan Pickett (ME) Kayleigh Storey (EE) Advisor: Dr. Waggenspack Sponsor: Mr. Darbonne ME 4202/EE4810 Spring 2017
- 3. 3 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Index The objective of this project was to design a safe, portable coop capable of caring for chickens with nominal human input.
- 4. 4 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Objectives: Hands-off Chicken Coop Design Safe areas for movement, sleeping, and laying Feeding/watering systems Egg collection system Automated door operation Ease of cleaning and waste removal Programmable control system Kayleigh Storey Index
- 5. 5 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Nest Boxes Watering/ Feeding System Roost Kayleigh Storey Nomenclature Index
- 6. 6 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Potential Customers Primary Chickens Backyard Chicken Owners Small/Industrial Farm Owners Secondary Manufacturers Maintenance Workers Distributors Kayleigh Storey Index
- 7. 7 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Kayleigh Storey Sloped Floor Food troughs Overhead Watering Cramped http://www.thehindu.com/multimedia/dynamic/02304/DE09_PAGE4_HENS_DE_2304886f.jpg Existing Tech - Commercial Index
- 8. 8 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management [13]Index Index Kayleigh Storey Aesthetically pleasing Ample space for chickens Requires manual labor Not portable https://www.horizonstructures.com Existing Tech - Residential
- 9. 9 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Keep chickens fed and hydrated Food and water kept clean Food must be kept away from pests Encourage egg laying Gather and store eggs Index Kayleigh Storey Functional Requirements Food/Water Eggs
- 10. 10 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Allow chickens to roam during the day Functional Requirements Provide sleeping accommodations Easy or automatic waste disposal Operate autonomously Choice of manual operation Index Kayleigh Storey Keep chickens safe Ventilate Environment Human Input Must withstand Louisiana weather Easy to manufacture Portable
- 11. 11 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Kayleigh Storey Chicken Coop Portable Lifted By Two People Fit In A Trailer Easily Detachable Parts Chicken Care Food and Water Keep Clean Protect from Pests Environment Keep Chickens Dry Egg Laying Space Outside Time Temperature Control Healthy Atmosphere Predator Protection Maintenance Remove Waste Easily Refill Food and Water Easily Egg Care Collect Don’t Break Transport Detect Egg Keep Clean Store Keep Cool Easy Retrieval 35 Egg Capacity Safety Protect From Predators Ensure Maintenance Personnel Safety Index
- 12. 12 Measurable Engineering Specifications Index http://www.mcmaster.com
- 13. 13 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Corinne Duplantis 5 Chickens
- 14. 14 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management 9” Nest box height 12” 12” Index Corinne Duplantis
- 15. 15 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Food Storage 8.75 lb [9] Indexhttp://www.downeastthunderfarm.com/free-chicken-coop-plans/ Water Storage 3.75 gal Minimum space: 10 ft2 Corinne Duplantis
- 16. 16 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Force required to lift: <150 lb Index Portability http://www.downeastthunderfarm.com/free-chicken-coop-plans/ Corinne Duplantis
- 17. 17 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Corinne Duplantis 8 ft 10 ft
- 18. 18 Concept Generation Index
- 19. 19 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Concept Generation & Selection for Redesign Bryan Costanzo First Iteration Second Iteration Index
- 20. 20 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management IndexIndex http://www.mcmaster.com System Description https://youtu.be/87Ao-AO-MCI
- 21. 21 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo
- 22. 22 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index 9”12” 12” Index 4.6 gal 24 lbs Bryan Costanzo
- 23. 23 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo 78.5” 48” 36” 15°
- 24. 24 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management IndexIndex Statuses: • Egg Count • Water Level • Food Level • Door Open/close • Cooler Temperature • Light Timer Controls and Communication Brett Comardelle ATMega328P-PU House PCB Coop PCB Smart Device Firebase 1:1 1:* 1:1 *:1 1:1 [15]
- 25. 25 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Home Diagram Index Antenna WiFi Module LCD Screen https://www.sparkfun.com/datasheets/Wireless/Zigbee/XBee-Datasheet.pdf http://www.martyncurrey.com/wp-content/uploads/2014/12/ESP8266-01-Pin-out.jpg http://www.learningaboutelectronics.com/images/Atmega328-pinout.png http://www.circuitstoday.com/wpcontent/uploads/2014/06/LCD_Module_Pin_Out_Diagram.png
- 26. 26 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Coop Diagram Index Not shown: • Indoor Lights • Fan • LCD 5” length x 5” width Pressure Sensor Motion Sensor Temp. Sensor Actuator Water Level Sensor http://circuitdigest.com/fullimage?i=circuitdiagram/PIR-Motion-Detector-Circuit.gif http://www.learningaboutelectronics.com/images/photoresistorcircuit.jpg http://i.stack.imgur.com/fBmZ9.png http://graph.darren-criss.org/2016/02/17/12-volt-actuator-wiring-diagram-l-7bb1b6f16d6dc577.gif http://www.seas.upenn.edu/~mtsi/ese/lab/temperaturecircuit.gif http://www.electroschematics.com/wp-content/uploads/2010/01/water-level-monitor.png https://cdn.sparkfun.com//assets/parts/1/8/9/2/08685-03-L.jpg https://www.sparkfun.com/datasheets/Wireless/Zigbee/XBee-Datasheet.pdf http://www.learningaboutelectronics.com/images/Atmega328-pinout.png Index
- 27. 27 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Allows for user input for adjustment Button to access settings Values updated according to coop stats Button to open/close coop door
- 28. 28 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Overall Power Design 100W Solar Panel 100W Solar Panel 12 V Deep Cycle Battery 12 V Deep Cycle Battery Charge Controller DC Loads Capacity: 2520WhExpected daily generation: 1000W Required load: 380Wh (Main components) 595Wh (9 hours of cooler) Total = 975Wh/day
- 29. 29 Engineering Analysis http://www.mcmaster.com https://grabcad.com/library Index
- 30. 30 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Center of Mass 40” Corinne Duplantis 115 lb https://www.dpciwholesale.com/images/P/p-764.jpg Structural Analysis 30 mph
- 31. 31 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Structural Analysis Corinne Duplantis Compression 𝐹𝑚𝑎𝑥 = 4103 𝑙𝑏 Buckling 𝐹𝑚𝑎𝑥 = 14180 𝑙𝑏 Total weight: 712 𝑙𝑏 Pin Shear 𝐹𝑚𝑎𝑥 = 836 𝑙𝑏 Failure Moment 𝑀 𝑚𝑎𝑥 = 5790 𝑓𝑡𝑙𝑏 Wind 𝐹30𝑚𝑝ℎ = 115 𝑙𝑏 𝑀30𝑚𝑝ℎ = 518 𝑓𝑡𝑙𝑏
- 32. 32 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Corinne Duplantis Egg Storage Cooling ΔT= 23 ⁰F Index Rth= 0.66 R/(BTU/hr) 52 W capacity
- 33. 33 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Corinne Duplantis Power System Analysis Solar Analysis Two 100W panels in parallel =200W Peak sunlight = 5 hours Daily generation = 1000Wh Two Renogy 100W Panels rated at 5.29A Two Group 31 Duracell Ultra batteries Battery Analysis Two 12 V batteries with capacity 20hr = 105Ah Total capacity = 2520Wh Index
- 34. 34 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Corinne Duplantis Material Selection Index Structure: Wood • Breathable • Manufacturable Food and Water: HDPE, wood, and PVC • Food safe • Customizable Egg Storage: Wood + Polystyrene Insulation • Shelled food safe • Provides adequate insulation • Provides cushion
- 35. 35 Manufacturing Index Logan Pickett
- 36. 36 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management
- 37. 37 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Frame Roof House Base Index
- 38. 38 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Base http://www.mcmaster.com Index Base FrameWaste Drawer
- 39. 39 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Base http://www.mcmaster.com Index Waste Drawer
- 40. 40 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett House Chicken Door Opening Maintenance Door Food/ Water Door Index
- 41. 41 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Roof Index
- 42. 42 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Food PVC Elbows Logan Pickett http://www.mcmaster.com Index
- 43. 43 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Water Logan Pickett Piping Poultry Nipples Index Purchased 5 gallon container
- 44. 44 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Egg Transport Logan Pickett Plywood Glued Hinged lids Index
- 45. 45 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Logan Pickett Electronics Installation Index
- 46. 46 Daniel Epperson Testing Index • Egg Transportation and Storage • Waste Removal • Food/Water Filling • Portability • Assembly • Solar Testing: Weather Testing • Predator Testing • Testing with Chickens • Available Battery Capacity • Controls Testing
- 47. 47 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Egg Transport and Storage Index Mock-up First Iteration
- 48. 48 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Index Egg Transport and Storage Reliable floor angle: 11⁰ Egg capacity: 63 eggs (35 egg goal) 5 sets of 35 eggs: • 6% left between plastic layers • 1.7% cracked eggs Cooler Temp: 70-74⁰ (ambient 81⁰)
- 49. 49 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Waste Removal Time to change out bedding: 4 min Total weight after 1 week: 12 lbs 1. 2. 3. 4. Index
- 50. 50 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Food/Water Filling Time to fill water: 2 min Food Fill Steps: 1. Lift lid 2. Scoop in food Time to fill food: 2 min Water Fill Steps: 1. Connect hose attachment and hose 2. Fill to capacity 3. Disconnect hose Index
- 51. 51 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Portability Component Weight (lb) Roof 126 House 144 Base 109 Nest Box 55 Food/Water Door 19 Maintenance Door 23 Batteries (each) 61 Index
- 52. 52 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Assembly Assembly Time: 16 min (20 min goal) https://youtu.be/Q98Jc5xMTUU Minimum: 3 people Index
- 53. 53 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Assembly Daniel Epperson
- 54. 54 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Solar Testing: Weather Effects Time Weather Conditions Battery Read Out 5pm – 5:40 pm Partly cloudy 83% 91% 8pm – 8am Night sky to morning sun 74% 86% 10am - 3:30pm Mostly cloudy 69% 79% Index
- 55. 55 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Daniel Epperson Index Predator Testing
- 56. 56 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Predator Testing Daniel Epperson Index
- 57. 57 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Testing with Chickens Daniel Epperson Food and water: weekly consumption Index Food 7 lb Water 2.1 gal
- 58. 58 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Testing with Chickens Daniel Epperson Nest box use and egg production: 11 days Index Location Eggs Nest Box 6 Coop Floor 2 Outside 5
- 59. 59 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Testing with Chickens Daniel Epperson Roost use Index
- 60. 60 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Testing with Chickens Daniel Epperson Inside/outside time Index Door Open 0700 Door Close 1930 Chicken Out 0700 Chicken In 1730
- 61. 61 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Brett Comardelle Available Battery Capacity Testing Load Battery Read Out Full Load (Cooler, Fan, Lights, Door, Sensors, LCD) ~ 30%-45% Base Load (Fan, Lights, Sensors, Door, LCD) ~ 60% - 70% Minimum Load ~ 95% - 100% Index
- 62. 62 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Brett Comardelle Controls Testing Component Testing Result Result description Linear actuator Successful Fan Successful Food weight sensor Improvement needed Capacity overload Water sensor Successful Temperature sensor Successful Lights Successful Trip wires Improvement needed Unexpected chicken behavior Cooler Improvement needed Low cooling potential AutoCoop App Successful Index
- 63. 63 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Safety Considerations Index
- 64. 64 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Brett Comardelle • Predator protection • Proximity sensing Door • Hygienic • Pest protection Food and Water • Refrigerated • Food safe materials Egg Quality • Ergonomic • Prevent illness Waste Removal • Lead acid battery • Weather proof • Fuse protection • Wire safety Power • Sturdy • Lift safety Structure • Personal Protective Equipment • Training Manufacturing Index
- 65. 65 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Brett Comardelle Index
- 66. 66 Project Management Indexhttp://begovichbuilders.co.nz/our-services/
- 67. 67 Project Start Kayleigh Storey Completion: September 8 Completion: October 2 Background Research Project Specification Index
- 68. 68 Kayleigh Storey Completion: November 11 Completion: November 18 Concept Generation/ Selection Detailed Analysis Index
- 69. 69 Completion: December 2 Completion: January 25 Completion: March 21 Kayleigh Storey Completion: April 28 Manufacturing & Testing Plans Material Specification/ Essential Ordering Build Period Functional Testing Index
- 70. 70 Kayleigh Storey Final Product Index
- 71. 71 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Kayleigh Storey Budget Total: $3546 Budget: $4250 Index 33% 23% 17% 12% 11% 4% Construction Power Electronics Chicken needs Mechanical Testing
- 72. 72 Special Thanks Mr. John Darbonne Dr. Waggenspack Dr. Nikitopoulos Dr. Constant Mr. Tom McClure LSU Design Shop Personnel
- 73. 73 Appendix Index
- 74. 74 Meet the chickens Index Henrietta Big BirdMother Clucker Dr. Chickitopoulos Dr. Eggenspack
- 75. 75 System Description
- 76. 76 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Base http://www.mcmaster.com System Description
- 77. 77 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Base House http://www.mcmaster.com
- 78. 78 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Base House Nest Box, Egg Transportation and Storage http://www.mcmaster.com Roof Solar Panels
- 79. 79 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Egg Transport and Storage http://www.mcmaster.com Food and Water Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management
- 80. 80 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Maintenance Door http://www.mcmaster.com Food/Water Door
- 81. 81 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Bryan Costanzo Digital Display Ventilation Fan Batteries http://www.mcmaster.com
- 82. 82 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Coop Interior
- 83. 83 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management IndexIndex Bryan Costanzo Chicken Access Door Chicken Door Actuator
- 84. 84 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Egg Transportation Index Bryan Costanzo
- 85. 85 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Entry / Exit Break Beam Sensor Specs: • Power: 0.1mW • Max Current: 40mA • Voltage: 3 VDC • Wavelength: 650nm http://www.mcmaster.com http://www.gearbest.com/developmentboards/pp_142248.html?currency=USD&lkid=10133927&gclid=Cj0KEQjwkdHABRCHiZ 2gs6yGh50BEiQAA91WlrmcSJH_4nPIHCJxvMdA3l1j_ADW7kB6GwvAHWh2K7YaAryI8P8HAQhttps://www.sparkfun.com/products/9088
- 86. 86 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Brett Comardelle Water/Food Levels Liquid Level Sensor Specs: • Power: 90mW • Length: 0.6 inches • Max Weight: 25lbs Specs: • Power: 0.5W • Length: 8.4 in. https://cdn.sparkfun.com//assets/parts/1/8/9/2/08685-03-L.jpg https://cdn.sparkfun.com//assets/parts/4/5/6/9/10221-01a.jpg https://www.bananarobotics.com/shop/HC-SR04-Ultrasonic-Distance- Sensor?gclid=Cj0KEQjwofHHBRDS0Pnhpef89ucBEiQASEp6LG-woY-gEzvkXNfG9Vq-UtKoRf0ZsqhNQ5-7L3Vt-iUaAgvv8P8HAQ Ultrasonic Distance Sensor
- 87. 87 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Kayleigh Storey Two 100 W panels in parallel Wire entrance to inside of coop Weather proof battery box and fuse holder
- 88. 88 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management Index Kayleigh Storey Weather proof electrical box Power on/off switch Wire conduit Linear actuator Wire connectors
- 89. 89 Engineering Specification Concept Generation System Description Engineering Analysis Manufacturing Testing Safety Project Management IndexIndex Statuses: • Egg Count • Water Level • Food Level • Door Open/close • Cooler Temperature • Light Timer Controls and Communication Brett Comardelle ATMega328P-PU House PCB Coop PCB Smart Device Firebase 1:1 1:* 1:1 *:1 1:1 [15]
- 90. 90 1 Project Start 1.1 Understanding Chicken Behaviors and Needs Tue 8/30/16 Tue 8/30/16 Tue 9/06/16 Thu 9/08/16 7 100% 6 8 1.2 Preliminary Design Research: Existing Techn ologies Fri 9/16/16 Fri 9/16/16 Tue 9/20/16 Tue 9/20/16 4 100% 3 3 2 Project Specification 2.1 Engineering Specification Report Research an d Development Thu 9/08/16 Thu 9/08/16 Thu 9/29/16 Sun 10/02/16 21 100% 16 17 2.2 Develop Qualitative Constraints and Measura ble Specs Thu 9/08/16 Thu 9/08/16 Thu 9/29/16 Thu 9/29/16 21 100% 16 16 2.3 Understanding Functional Requirements Thu 9/08/16 Thu 9/08/16 Thu 9/29/16 Sun 10/02/16 21 100% 16 17 2.4 House of Quality and Objective Tree Develop ment Fri 9/23/16 Fri 9/23/16 Sun 10/02/16 Sun 10/02/16 9 100% 6 6 3 Design Specification 0 0 3.1 Develop Initial Design Concepts: Individual B rainstorm Fri 9/30/16 Fri 9/30/16 Sun 10/02/16 Sun 10/02/16 2 100% 1 1 3.2 Team Concept Generation Sun 10/02/16 Sun 10/02/16 Tue 10/04/16 Tue 10/04/16 2 100% 2 2 3.3 Design Selection (Using Criteria in Design M atrices) Tue 10/04/16 Tue 10/04/16 Mon 10/10/16 Mon 10/10/16 6 100% 5 5 3.4 Preliminary Cost Analysis Fri 10/07/16 Fri 10/07/16 Mon 10/10/16 Fri 10/14/16 3 100% 2 6 4 Detailed Analysis/Design 4.1 Dimension Specification and Layout Design Mon 10/10/16 Mon 10/10/16 Fri 11/04/16 Tue 11/01/16 25 100% 20 17 4.2 Materials Research and Analysis Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Sun 11/06/16 21 100% 16 11 4.3 Structural Analysis (Wind Loading Calculation s) Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Wed 11/09/16 21 100% 16 14 4.4 Ventilation/Circulation Analysis Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Wed 11/09/16 21 100% 16 14 4.5 Water Pressure Analysis Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Wed 11/09/16 21 100% 16 14 4.6 Egg Testing Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Sun 11/06/16 21 100% 16 11 4.7 Egg Storage Heat Transfer Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Wed 11/09/16 21 100% 16 14 4.8 Electrical Component Specification Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Mon 11/07/16 21 100% 16 12 4.9 Control System Design and Development Fri 10/21/16 Fri 10/21/16 Tue 11/08/16 Thu 11/03/16 18 100% 13 10 4.10 Power Requirement Calculation and Analysis Fri 10/21/16 Fri 10/21/16 Tue 11/08/16 Tue 11/08/16 18 100% 13 13 4.11 Circuitry Design (Controls/Power) Fri 10/28/16 Fri 10/28/16 Fri 11/11/16 Fri 11/11/16 14 100% 11 -30480 4.12 Power System Design Fri 10/21/16 Fri 10/21/16 Tue 11/08/16 Thu 11/03/16 18 100% 13 10 Gantt Chart Index
- 91. 91 5 Detailed Design Specification 5.1 Material and Component Selection Tue 10/18/16 Fri 10/21/16 Tue 11/08/16 Tue 11/08/16 21 100% 16 13 5.2 Specific Cost Analysis Fri 10/21/16 Fri 10/21/16 Tue 11/08/16 Tue 11/08/16 18 100% 13 13 5.3 Manufacturing and Assembly Plan Devel opment Tue 11/08/16 Tue 11/08/16 Tue 11/15/16 Thu 1/1/16 7 100% 23 23 5.4 Abstract and Assembled Drawing of Pro totype Development Tue 11/08/16 Tue 11/08/16 Tue 11/15/16 Thu 1/1/16 7 100% 23 23 5.5 Testing Plan Development Mon 11/14/16 Thu 11/17/16 Mon 11/21/16 Wed 11/30/16 7 100% 6 9 5.6 Conclusive Design Selection Fri 10/21/16 Fri 10/21/16 Fri 11/11/16 Fri 11/11/16 21 100% 16 16 6 Before Build 6.1 Essential Part Ordering (Mechanical/Elec trical) Fri 12/16/16 Sun 1/1/17 Fri 12/23/16 Fri 1/20/17 7 100% 19 19 6.2 Structural and Subsystem Modeling Fri 10/21/16 Fri 10/21/16 Mon 11/21/16 Wed 11/30/16 31 100% 22 9 6.3 Wiring Plan Development Mon 10/31/16 Mon 10/31/16 Mon 11/21/16 Mon 11/21/16 21 100% 16 21 6.4 Other Material Orders Tue 12/27/16 Fri 1/20/17 Fri 1/06/17 Fri 3/24/17 10 100% 9 63 6.5 Application Development and Coding Sat 12/10/16 Thu 1/07/16 Thu 1/07/16 Thu 1/07/16 21 100% 19 21 6.6 Circuitry Modeling/Build Sat 12/10/16 Sun 1/08/17 Sun 1/08/17 Sun 3/12/17 29 100% 20 63 7 Building Plans 7.1 Frame Build (Base/House) Thu 1/05/17 Thu 1/12/17 Sat 1/14/17 Thu 1/26/17 9 100% 7 14 7.2 Nest Boxes and Transportation Build Thu 1/12/17 Thu 1/12/17 Thu 1/26/17 Thu 1/26/17 14 100% 11 14 7.3 Food/Water/Egg Storage Build Mon 1/16/17 Thu 2/23/17 Mon 1/30/17 Thu 3/16/17 14 100% 11 21 7.4 Door Build Fri 1/20/17 Thu 1/20/17 Sun 1/29/17 Sun 2/12/17 9 100% 6 23 7.5 Roof Build Fri 1/20/17 Sun 2/5/17 Fri 1/27/17 Sun 2/19/17 7 100% 6 14 7.6 Litter Drawer Build Tue 1/24/17 Tue 2/7/17 Sun 2/05/17 Tue 2/21/17 12 100% 9 14 7.7 Siding and Roosts Build Fri 2/03/17 Tue 2/14/17 Sun 2/19/17 Thu 3/2/1 16 100% 11 16 7.8 Ramp and Doors Build Tue 2/07/17 Thu 3/2/17 Thu 2/23/17 Sun 3/12/17 16 100% 13 10 7.9 Circuitry Build and Connection (Control s/Power) Mon 1/09/17 Sun 2/19/17 Sun 3/05/17 Sun 4/12/17 55 100% 40 70 7.10 Power System Build Mon 1/09/17 Tue 1/30/17 Sun 3/05/17 Tue 4/4/17 55 100% 40 64 7.11 System Integration Sun 2/12/17 Sun 3/26/17 Sun 3/05/17 Thu 4/14/17 21 100% 15 19 Index
- 92. 92 8 Design Testing 8.1 Structural Testing Sun 1/15/17 Tue 3/28/17 Sun 2/05/17 Wed 4/12/17 21 100% 15 15 8.2 Lift/Portability Testing Sun 3/05/17 Sat 4/8/17 Sun 3/12/17 Wed 4/12/17 7 100% 5 4 8.3 Nest Box and Transportation Testing Thu 1/19/17 Tue 2/7/2017 Fri 2/03/17 Wed 4/12/17 15 100% 12 64 8.4 Egg Storage Testing Sun 1/29/17 Wed 4/12/2017 Sun 2/19/17 Fri 4/28/2017 21 100% 15 16 8.5 Food/Water Storage Testing Sun 1/29/17 Wed 4/12/2017 Sun 2/05/17 Fri 4/28/2017 7 100% 5 16 8.6 Door Automation Testing Sun 1/29/17 Sun 3/26/2017 Sun 2/19/17 Fri 4/28/2017 21 100% 15 33 8.7 Ramp and Doors Testing Fri 2/17/17 Wed 4/12/2017 Sun 2/26/17 Fri 4/28/2017 9 100% 6 16 8.8 Sensor Optimization and Testing Sun 1/29/17 Wed 4/12/2017 Sun 3/12/17 Fri 4/28/2017 42 100% 30 16 8.9 Power/Battery Testing Sun 1/15/17 Mon 4/3/2017 Sun 3/12/17 Fri 4/28/2017 56 100% 40 25 8.10 Circuitry Testing (Controls/Power) Sun 1/15/17 Sun 2/19/2017 Sun 3/12/17 Fri 4/28/2017 56 100% 40 68 8.11 Code Validation and Testing Sun 1/15/17 Sun 2/19/2017 Fri 3/03/17 Fri 4/28/2017 47 100% 35 68 8.12 Integrated System Testing Sun 3/05/17 Wed 4/12/2017 Sun 3/19/17 Fri 4/28/2017 14 100% 10 16 8.13 Chicken and Chicken Essential Purchase Sun 3/19/17 Mon 4/3/2017 Thu 3/23/17 Fri 4/12/2017 4 100% 4 9 8.14 Chicken Testing Fri 3/24/17 Wed 4/12/2017 Fri 4/28/17 Fri 4/28/2017 35 100% 26 16 Index
- 93. 93 Index
- 94. 94 Measurable Specifications Requirement Specification Hen capacity 5 hens Nest box height 9 in Roost length 45 in Food Storage 8.75 lb.. Feed rate 1.25 lb/day Water Storage 8.75 qts Water rate 1.25 qts/day Egg storage capacity 35 eggs Minimum size 10 ft2 Maximum opening 1 in2 Maximum size 8ft x 20ft Force required to lift 100 lb.. Index
- 95. 95 Egg Tests Test Result Drop onto wood Cracked after ¾ “ Drop onto carpet Cracked after 6’ Lateral roll on wood 2°-6° Longitudinal roll on wood 14°-16° Index
- 96. 96 Index Egg Tests Static Egg Roll Test Wood Vencomat Medium Large Jumbo Medium Large Jumbo Ave 2.7 1.6 1.6 11.2 10.1 9.3 Std Dev 1.18 0.70 0.50 2.75 1.20 1.72 Dynamic Egg Roll Test Angle 1 Angle 2 Equivalent Angle Egg Size % of Eggs that Rolled 5 5 6.32 Medium 50 5 5 6.32 Large 80 5 5 6.32 Jumbo 80 5 8 7.26 Medium 100 5 8 7.26 Large 100 5 8 7.26 Jumbo 100
- 97. 97 Decision Matrix: Food Index
- 98. 98 Decision Matrix: Water Index
- 99. 99 Decision Matrix: Waste Removal Index
- 100. 100 Decision Matrix: Nest Box Index
- 101. 101 Decision Matrix: Egg Storage Index
- 102. 102 Decision Matrix: Egg Transportation Index
- 103. 103 Decision Matrix: Egg Refrigeration Index
- 104. 104 Entry/Exit Programming Analysis Index
- 105. 105 Cooler Temperature Index
- 106. 106 Index Water Level
- 107. 107 Index Food Level Concept Generation
- 108. 108 WiFi Module and Firebase Code Index
- 109. 109 WiFi Module ESP8266-01: • 3.3V regulated • ~60mA Index
- 110. 110 Water Subsystem Part 3: Nipple (Bryan Costanzo) Poultry Nipples- http://www.qcsupply.com/420011-push-in-style-nipple.html - “Working pressure should be reduced to 1 PSI or less” Equation: 𝑃 = 𝜌 ∗ 𝑔 ∗ ℎ P = pressure ρ = density of water g = gravity h = height of water -Maximum water level from bottom of piping = 17.375 inches = 0.441325 meters -Gravity = 9.8 𝑚 𝑠2 -Density of water = 1000 𝑘𝑔 𝑚3 𝑃 = 1000 𝑘𝑔 𝑚3 ∗ 9.8 𝑚 𝑠2 ∗ (0.441325 𝑚) 𝑃 = 4,329.398 𝑁 𝑚2 = 4,329.398 𝑃𝑎 = 0.6279 𝑝𝑠𝑖 0.6279 𝑝𝑠𝑖 < 1 𝑝𝑠𝑖 Index
- 111. 111 Water Subsystem Weight Analysis (Bryan Costanzo) Pressure Exerted on Supporting 2x4 by Water Tank Source: http://www.woodworkweb.com/woodwork-topics/wood/146-wood-strengths.html •Based on this source, the ultimate compression strength of pine perpendicular to the wood’s grain for pine is 470 psi Equation: F/A < 470 psi P = F/A = F/(t*w) w = width of area that force is applied t = thickness of area that force is applied F = force applied by water tank P = pressure applied to 2x4 Pressure Calculation: P = (55 lb)/((3.5 in)*(23 in)) = 0.683 psi 0.683 psi < 470 psi - Maximum pressure caused by water tank is below the maximum working pressure of a pine 2x4. Index
- 112. 112 Structure Subsystem Part 2: Chicken Door (Logan Pickett) 𝐹 = 𝑊 + 𝑓𝑛 ∗ 𝜇 𝐹 … 𝐹𝑜𝑟𝑐𝑒 𝑊 … 𝑊𝑒𝑖𝑔ℎ𝑡 𝑓𝑛 … 𝑁𝑜𝑟𝑚𝑎𝑙 𝑓𝑜𝑟𝑐𝑒 𝜇 … 𝐹𝑟𝑖𝑐𝑡𝑖𝑜𝑛 𝑐𝑜𝑒𝑓𝑓. 𝑊 = 2.08𝑙𝑏𝑓 𝑓𝑛 = 1.4𝑙𝑏𝑓 𝜇 = 0.5 𝐹 = 3.12𝑙𝑏𝑓 The actuator chosen was selected because we need 12” of movement to lift the door completely, don’t require a large lifting force, have a 12V DC source and want it to take 4-8 seconds for the chicken’s safety. The actuator has a 12” stroke, runs on 12V DC, has a lifting force of 22.5lbf, has a speed of 1.57 in/sec, and also has a locking force of 225lbf that will eliminate the need of adding a locking mechanism to keep predators from opening the door. Index
- 113. 113 An optimum ambient temperature of 50⁰F was found, with a cooling time of 5.3 hours. The cooling rate required was calculated based on the rate of heat leaving the storage box through conduction. Assumptions: Temperature differential between outer and inner wall = 50⁰F Surface area = 5.70 ft2 Equation 1 is the heat rate equation based on a thermal resistance. 𝑞 = 𝐴∆𝑇 𝑅 (1), And 𝑅 = 𝑡 𝑘 (2) For k = 0.25 BTU in/hr ft2, and t = 0.5 in, R = 2 hr ft2/BTU. Using this value in Equation 1 gives a cooling rate of 41.8 W. A peltier air cooler with a 52 W cooling rate was selected. q Heat rate A Surface area ΔT Temperature differential R Thermal resistance t Thickness of wall (insulation) k Thermal conductivity of wall (insulation) Index
- 114. 114 Waste Removal Subsystem Part 3 Drawer (Daniel Epperson) Weight: Drawer and box: 26.33 lbs 1 week of bedding (3 ft^3): 11.7 lbs 1 week of chicken feces: 4.33 lbs Total: 42.36 lbs Factor of safety for drawer slides: 9.44 𝐿 = 27" 𝑊𝐿 = 42.36 𝑙𝑏𝑠 𝑀𝑜𝑚𝑒𝑛𝑡 𝑚𝑎𝑥 = 𝑊𝐿2 2 = 571.86 𝑙𝑏 − 𝑖𝑛 𝐹𝑜𝑟𝑐𝑒 𝑠ℎ𝑒𝑎𝑟 = 𝑊𝐿 = 42.36 𝑙𝑏𝑠 1. 𝐼 𝑥𝑥 = 16.291 𝑖𝑛4 2. 𝐼 𝑥𝑥 = 5.824 𝑖𝑛4 𝐼𝑡𝑜𝑡𝑎𝑙 = 22.115 𝑖𝑛4 𝑐 = 0.599 𝑖𝑛 𝜎 𝑏𝑒𝑛𝑑𝑖𝑛𝑔,𝑚𝑎𝑥 = 𝑀𝑐 𝐼 𝑡𝑜𝑡𝑎𝑙 = 15.49 𝑃𝑆𝐼 (compression) Index
- 115. 115 Structure Subsystem Part A: Base (Logan Pickett) 𝐹 = 𝐴 ∗ 𝑃 ∗ 𝐶 𝑑 𝐹 … 𝐹𝑜𝑟𝑐𝑒 𝐴 … 𝐴𝑟𝑒𝑎 𝑃 … 𝑊𝑖𝑛𝑑 𝑃𝑟𝑒𝑠𝑠𝑢𝑟𝑒 𝐶 𝑑 … 𝐷𝑟𝑎𝑔 𝐶𝑜𝑒𝑓𝑓𝑖𝑐𝑖𝑒𝑛𝑡 Largest wind load would be simulated if hit the 5’x5’ area like a flat plate 𝐴 = 25𝑓𝑡2 𝑃 = 0.00256 𝑊𝑖𝑛𝑑 𝑚𝑝ℎ 2 𝐶 𝑑 = 2 𝑀 = 𝐹 ∗ 𝐿 𝑀 … 𝑀𝑜𝑚𝑒𝑛𝑡 𝐹 … 𝐹𝑜𝑟𝑐𝑒 𝐿 … 𝐿𝑒𝑛𝑔𝑡ℎ If that force is represented as a point load in the center of the coop and the coop is 2’ off the ground the resulting moments would be: 𝑀𝑓 = 𝑍 ∗ 𝜎 𝑍 = 𝑏 ∗ ℎ2 6 𝑀𝑓 … 𝐹𝑎𝑖𝑙𝑢𝑟𝑒 𝑀𝑜𝑚𝑒𝑛𝑡 𝑍 … 𝑀𝑜𝑚𝑒𝑛𝑡 𝜎𝑓 … 𝑀𝑜𝑑𝑢𝑙𝑜𝑢𝑠 𝑜𝑓 𝑟𝑎𝑝𝑡𝑢𝑟𝑒 𝑀100𝑚𝑝ℎ = 5760𝑓𝑡𝑙𝑏 𝑍4𝑥4𝐿𝑢𝑚𝑏𝑒𝑟 = 3.5 12 ∗ 3.5 12 2 6 = 0.004135𝑓𝑡3 𝜎𝑟𝑒𝑞 = 5760 0.004135 = 1392880 𝑝𝑠𝑓 𝜎 𝑓 𝑝𝑖𝑛𝑒 = 710104 − 1670834 𝑝𝑠𝑓 Index
- 116. 116 Then to analyze the base boards that would be under a reactive compressive stress. 𝑀100𝑚𝑝ℎ = 5760 𝑓𝑡𝑙𝑏𝑠 𝐴2𝑥4 = 3.5 ∗ 1.5 144 = 0.0364 𝑓𝑡2 If that moment is acting at the top of the 2x4 in compression the force would be: 𝐹 = 𝑀 ∗ 𝐿 = 5760 ∗ 0.2917 = 1680𝑙𝑏𝑠 Acting over the cross sectional area 𝐴 results in a pressure of 320𝑝𝑠𝑖 which is below the compressive strength of wood perpendicular to the grain, therefore the wood will not yield. Index
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Editor's Notes
- Coop must provide: food/water, nest boxes, roosts. Typical tasks include: refilling food and water, collecting eggs, and providing safe and clean environment (door operation)
- Sponsor requirements dictate will be most attractive to backyard chicken owners (according to size constraints and number of hens housed). Mostly own for self sustainability, health, and humane purposes—will allow for benefits without the hassle Owners have even cited lack of “chicken sitters” as a challenge—will resolve this issue If scaled up, attracts both small and industrial farm owners. Will decrease manual labor cost by maximizing efficiency and limiting human error Must ensure fully reliable system particularly in larger scale case For manufacturers, design must be practical (feasible) and easily understood as well as inexpensive Scaled up would require maintenance workers (specifically to larger scale) Product must ensure safety and ease of adjustments Distributors will require sturdiness of the product to prevent from common fault during distribution Ease of portability also required
- Base load- everything but cooler
- Explain what this percentage means Note throughout the weeks of testing battery capacity has never been an issue –even when running the cooler
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Capstone Senior Design Projects 2019 - 2020 Presentation Information Page
2019-2020 ECST Capstone Senior Design Project List
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Due to COVID-19, the 2019-2020 ECST Expo will be held virtually. Presentation dates and times will vary depending on the project.
ECST Virtual Capstone Senior Design Presentations
- COMPUTER SCIENCE: April 27, 2020 - May 8, 2020 For more information on the Computer Science projects, contact Jung Soo Lim, Ph.D. [email protected]
- MECHANICAL & ELECTRICAL ENGINEERING: April 27, 2020 - May 8, 2020 For more information on the Mechanical & Electrical Engineering projects, contact Michael Thorburn, Ph.D. [email protected]
- CIVIL ENGINEERING: May 7, 2020 and May 8, 2020 For more information on the Civil Engineering projects, contact Rupa Purasinghe, Ph.D., P.E. [email protected]
- INDUSTRIAL TECHNOLOGY & GRAPHIC COMMUNICATION: April 27, 2020 and April 30, 2020 For more information on the Industrial Technology & Graphic Communication projects, contact Paul Liu Ph.D., CQE, CMFgE [email protected]
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Capstone Design
Capstone Design. B. Ramamurthy. Course Model. Course Model . References. J.R. Goldberg. Capstone Design Courses: Producing Industry-Ready Biomedical Engineers, Morgan-Claypool, 2007. What is Capstone?.
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Presentation Transcript
Capstone Design B. Ramamurthy CSE651
Course Model CSE651
References J.R. Goldberg. Capstone Design Courses: Producing Industry-Ready Biomedical Engineers, Morgan-Claypool, 2007 CSE651
What is Capstone? It provides them with the opportunity to apply what students have learned in previous courses; Develop their communication (written, analytical, oral, and graphical (Visualization)), interpersonal (teamwork, conflict management, and negotiation), project management, and design skills; Reinforce the design and development process of a product; It also provides students with an understanding of the economic, financial, legal, and regulatory aspects of the design, development, and commercialization of technology. CSE651
Why Capstone? Development of design and technical skills Development of “soft skills” such as teamwork, communication, and interpersonal skills Develop the ability to manage the product development process Oral, written, and graphical/ Visualization communication skills Experience with solving a real-life, open-ended problem Development of an understanding of the industry perspective (including financial, regulatory, and legal issues): in this case automotive industry Exposure to results-oriented evaluations of their projects It is a culmination of all the knowledge from other courses and application of the same. Capstone projects are important components in a program accreditation process (esp. in United States) CSE651
Goal of Capstone Project Ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability. CSE651
How do you do it? Define the requirements based on customer/client needs Determine / understand the constraints (e.g. the memory constraint in Arduino boards) Define the problem to be solved Define the project scope Study alternative solutions and compare Make a selection of final design Build prototype to meet needs Validates performance of prototype Document all the steps. CSE651
Capstone project deliverables Project definition document: contains project objective statement (which defines problem and project scope Requirements document: contains list of needs along with design constraints Generated concepts document: rough sketch or schematic of what you want to do Final concept document: defends selection of proposed final design Experimental validation document: contains test protocols, test results, data analysis, Conclusions regarding how well prototype meets performance requirements Final report: contains final design, test results, information regarding how well the requirements were met Prototype CSE651
Deliverables Template See the project report we discusses earlier We will prepare a JavaScript-based web page for presenting our project report Multi-media presentation/screen shots/movie clips The paper you will write also helps in achieving the goal of the capstone course. CSE651
Requirements • A clear and well defined requirements-document is important • Correctness of design, implementation and testing • There are different approaches to specifying the requirements • Use case diagram specifies the uses of the system, with user stimulus that invokes a particular use. • It also specifies error conditions, and how it is handled. • See https://www.andrew.cmu.edu/course/90-754/umlucdfaq.html • It can in a pictorial form or in a text form/document CSE651
Analysis and Design Typically OO design Class diagrams, sequence diagrams, etc. During the analysis phase you will discover the classes and the relationship (has a, is a, etc) among them. These are represented using class diagrams. The class diagrams are then used as design for the implementation of the prototype. There are other model for analysis and design. You will learn more about these in your OO course. CSE651
Prototype Implementation In the prototype implementation for this course you will have a hardware and a software component. Clearly document the implementation details and steps taken. An IDE (integrated development environment) will be used in the design of your project. CSE651
Testing and Modification of Design Your project document should provide the test set used to determine the correctness of your implementation There may functional as well as non-functional requirements that need to be tested. CSE651
Newer Approaches Probabilistic approaches: many events can be modeled as stochastic or random processes Big data approaches : enormous amount of data is being collected by various sensors inside an automobile, how to analyze this and learn from it, extract useful knowledge, discover anomalies CSE651
IMAGES
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COMMENTS
Presentation on theme: "Capstone Design Project (CDP) Civil Engineering Department First Semester 1431/1432 H 10/14/20091 King Saud University
Capstone Design Project DESCRIPTION Course Description: Capstone Design Project . 4 Credits U/G. Lecture/Laboratory. Team based design using real-world
Each student will make a presentation of their capstone project using POWERPOINT software. While each student should use his or her ... Presentation Design:.
Conceptual Design. Snapshot #3. Detailed Design. Snapshot #4. Project Conclusion. Engineering: - Team Contract. - Objective/Value Statement.
Design and Implementation of Communication Systems. Project definition ... Ceiling Fan Controller. Model Car Controller. Optics. AM Laser Transceiver.
Capstone Design Project Plan. Team SAUSAGES. Ryan Campbell. Anne Carrier. Gonzalo Gonzalez ... Obstacle Free. Problem Statement and Project Objectives.
Final presentation/design review of senior design project for Mechanical Engineering undergraduate degree at Arizona State University.
Capstone Design Final Presentation. 1. 1 Project #36: Hands-off Chicken Coop Brett Comardelle (EE) Bryan Costanzo (ME) Corinne Duplantis
Presentation dates and times will vary depending on the project. ECST Virtual Capstone Senior Design Presentations. COMPUTER SCIENCE: April 27, 2020 - May 8
Course Model . References. J.R. Goldberg. Capstone Design Courses: Producing Industry-Ready Biomedical Engineers, Morgan-Claypool, 2007. What is