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Mind Controlled Project
The document details an engineering project aimed at creating a mind-controlled device to assist individuals with disabilities by enhancing their independence and daily life management. It covers various aspects including the project's agenda, work breakdown structure, hardware and software components, cost estimates, challenges faced, and future scope. The author, Gaurav Khanna, also reflects on the learning outcomes related to project management and technical skills developed during the project.
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Mind Controlled Project
- 1. DE6101 Engineering Project MindControl Device NEW ZEALAND DIPLOMA IN ENGINEERING - Electrical Gaurav Khanna Project Supervisor: Shohin Aheleroff PMP, PRINCE2, ITIL, PSM, CoBIT
- 2. Agenda • Helping peoplewith high Disability • Ratio of Disable People • How can we help • To Manage their day to day Life • Make them self dependent • Change their lifestyle • Introduction • WBS • Hardware and Software • Risk Analysis • Working Model • Schematic Diagram And Block Diagram • Future Scope
- 3. Ratio of Disables Non- Disable Population 85% Disable Population 15% World Population Non - Disable Population Disable Population
- 4. Introduction Mind Controlled Device •Connecting machines/devices by Mindwave sensor • Control it by your minds attention/focus • Reads commands from Mind wave sensor • Moves Forward, Backward and turn left, Right • Can Stay in desired area
- 5. Work Breakdown Structure MindControlled Device C Programming Design Coding Debugging Controlled Device Design Research Online Prepare List of Components Buying Components Comparing Prices Verifying Specifications Check Quality and Relaibility Assembling Assembling the Controlled Device Programming of Microcontroller Testing Testing Components Comunication Testing Testing integration Mindwave Sensor Checking Compatibility Measure and compare signals generated by brain in diffrent situations Sensetivity of sensor in detecting waves Tools Microsoft Office Arduino IDE Lucid Scribe MindWave Visualliser mBlock Documentation Project Proposal Prelimanary Design Technical Report Project Report Final Project Presentaion and Demonstration
- 6. Hardware Components I NoProduct Description Model Quantity Unit Price (NZD) Amount (NZD) 1. Neurosky Mind Wave Mobile Brain Wave Starter Kit 1 $150 $150 2. Arduino Genuino/Uno 1 $35 $30 3. Bluetooth Module HC – 05 1 $2.50 $2.50 4. Line Detector Sensor 1 $3.50 $3.50 5. Servo Motors Continuous Rotation Servo 2 $20 $40 6. RGB LEDs 3 - 5mm 1 $1 $1 7. Piezo Speaker 5 - 9 v 1 $2 $2 8. Potentiometer With 10K Ohm 1 $1.80 $1.80 9. Caster Wheel With ball bearings 1 $6 $6
- 7. 10. Chassis Makeit from Base material 1 $10 $10 11. Rechargeable Battery 9V 1 $12 $12 12. L-brackets 3 mm holes and 1 cm between the holes 2 $3 $6 13. Jumper Wires PSGJMP 2.50mm 20 $0.20 $4 14. Wheels Any size 2 $5 $10 15. Arduino IDE IDE 1.8.1 (PC App) 1 $0 (Free) $0 (Free) 16. Neurosky Brainwave Visualizer PC App 1 $0 (Free) $0 (Free) 17. Mind Wave Mobile Tutorial Mobile App 1 $0 (Free) $0 (Free) 18. Lucid Scribe PC App 1 $0 (Free) $0 (Free) Hardware Components II
- 8.
- 9. Brainwave Type Frequency Range Mental states andconditions Delta 0.1Hz to 3Hz Deep, dreamless sleep, non-REM sleep, unconscious Theta 4Hz to 7Hz Intuitive, creative, recall, fantasy, imaginary, dream Alpha 8Hz to 12Hz Relaxed (but not drowsy) tranquil, conscious Low Beta 12Hz to 15Hz Formerly SMR, relaxed yet focused, integrated Midrange Beta 16Hz to 20Hz Thinking, aware of self & surroundings High Beta 21Hz to 30Hz Alertness, agitation Neurosky Mind Wave
- 10.
- 11. Mind Controlled Robot •Easily available • Easy to assemble • Have all Features • mCore Microcontroller • Communication problem
- 12. Mind Controlled Robot •Components easily available • Chassis hand made • Motor mounts hand made • Communicates through Bluetooth
- 13.
- 14. Block Diagram Battery Left Servo Potentiometer Line DetectorSpeaker Right Servo MindwaveBluetoothRBG LED Arduino UNO
- 15. Challenges in Project •Late delivery of Neurosky Mind Wave • Coding • Communication Problem with Neurosky • No effort from project partner
- 16.
- 17. Project Documentations No DocumentProvided by Status 1 Project Proposal Gaurav Khanna Submitted 2 Project Preliminary Design Gaurav Khanna Submitted 3 Project Report Gaurav Khanna Submitted 4 Project Technical Manual Gaurav Khanna Submitted 5 Project Presentation Gaurav Khanna Submitted
- 18. What have Ilearned • How to manage an end to end project • Communication Management • Arduino IDE, Trace and Compile codes • Procurement • Building a Working Model • Programming – C language • How to make a Technical Report • How to Present
- 19.
Editor's Notes
- #5 I was really intreasted in making device to help disable people. But can I make it with $200. based on knowledge I gain from this course. I get to know about Arduino is cheap and easy to connect other sensor. I introduces the project to supervisor. People who are really disable I want to help them. I search on internet.
- #12 It have different microcontroller. So I didn’t spent more time on it
- #13 We gain the knowledge of making robot. Honestly the knowledge of making robot is available. I get knowledge from graduated students. Then how I made is robot
- #16 I would like to share my knowledge. I want to share
- #17 What you suppose to deliver. A photo of Stephen hawking on a chair. Then mind wave sensor then Stephen on wheel chair with all sensors