Energy Efficient Microcontroller (EU4M)
Rotating Swimming Pixel
Winter Semester 2021/2022
Jihad Alkenani
Oussama EL ECHI
Homepage
1.0 Team
2.0 Definition Phase
2.1 Introduction
2.2 Problem Statement
2.3 State of Technology
2.4 Task Description
2.5 Mindmap
2.6 Project Plan
2.7 Requirement List
3.0 Concept Phase
3.1 Black-Box
3.2 Functional Structure
3.3 Morphology
3.4 Advantages/Disadvantages
3.5 Alternative Solutions
3.6 Ranking
3.7 Benefit Analysis of Procedure
3.8 Analysis Result
3.9 Concept Development
3.10 Order List
4.0 Development Phase
4.1 Selected Solution
4.2 Block Diagram
4.3 Software Documentation
4.4 Pins Allocation Plan
4.5 Schematic Diagram
4.6 Layout
4.7 Source Code
4.8 Mechanical
4.9 3-D-Print
4.10 Operating Manual
4.11 Enhancements
4.12 Link List
4.13 Conclusion
4.14 Appendix
4.15 Log
3.3 Morphology
Partial-
Solution Components
Functions
SC 1
SC 2
SC3
A
User Interface
PC
PC
PC
B
Motion Signal Control
ESP 32
ESP 32
ESP 32
C
Illumination Signal Control
LoLin Microcontroller
LoLin Microcontroller
LoLin Microcontroller
D
The Device Body
Automobile
Automobile
Automoblie
E
Motion Generator
Two Motors
Two Motors
Integrated in the 3-WD
F
Illumination of the car bottom
LED table
LED Table
LED Table
G
Generate the sphere movement
2-Wheels
2-Wheels
3-Wheels drive (3WD)
P
To accelerate a mass of water in order to create a propulsive force
Sphere surface (small spheres)
Surface of sphere
New form of pins: Cupola
Surface of sphere
New form of pins: Cupola
With Support of Prof. J. Walter
Winter Semester 2021