Block Diagram

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Design Implementation

A block diagram is needed to represent the process of the design's implementation. It begins at researching upon the topic of wireless power transfer, moving onto finding and selecting components. Continued on from there, is the feasibility testing, if there is a failure, begin at research again. If the test was feasible, it was instructed to move onto following the planning of the system's layout, then designing prototypes, and finding and selecting components for assembly and verification of engineering requirements. If components are not working, return back to finding and selecting components, otherwise move forward onto completing design assembly of the prototype and testing and implementing prototype to meeting design critereon.

Roadway Design Procedure

A block diagram is necessary to expand on the requirements of the roadway design. It begins at obtaining required materials and tools, determining and measuring the required roadway dimensions, cutting and assembly of the roadways and plating. Assembly of the roadway barrier was necessary when finding out that the walls caught too much traction, causing the vehicle to go off course. Then finalizing with determining, measuring, and validating the electrical circuitry needs and meeting engineering specifications. It was then completed by assembling an electrical circuitry and attach a multi-output strip to the system. Afterwards, crimping and splicing were done to connect multi-output strip to aluminum plates. Testing and verification were finalized when project critereon was met.

Vehicle Design

A block diagram is necessary to expand on the requirements of the vehicle design. It begins at obtaining required materials and tools, determining and measuring the required vehicle dimensions, cutting and assembly of the vehicle chassis and plating. Assembly of the axles and motors were necessary in order to give a load to the vehicle circuitry and give the car propulsion forward for testing. Then finalizing with determining, measuring, and validating the electrical circuitry needs and meeting engineering specifications. It was then completed by assembling an electrical circuitry by routing, crimping, spicing wires based of system's designed layout. Testing and verification were finalized when project critereon was met.

Overall System

A block diagram and outline of our overall system to assist in determining our design specifications required, design component values, and design performance parameters was created. This is the system that is the planned implementation of our project, therefore it was necessary to determine the feasibility of the system on a small scale through calculations, simulations, and experimental testing.