WEEK FOUR

This week, we had a productive discussion with our advisor regarding the Wireless Inductive Energy Transfer project. He provided valuable feedback on both the technical and organizational aspects of the proposal and suggested several refinements to improve clarity, feasibility, and alignment with the project objectives. One key recommendation was to strengthen the integration between the inductive power transfer system and the real-time monitoring components, ensuring that the Arduino, sensors, and IoT modules clearly support efficiency optimization and lean engineering principles.

Our advisor also emphasized the importance of clearly highlighting the project’s contribution to Sustainable Development Goals (SDG 7 and SDG 9) and recommended refining the scope to focus on a laboratory-scale prototype with measurable performance metrics. These insights were highly beneficial, helping us better structure the design methodology, testing strategy, and evaluation criteria. The feedback has reinforced our commitment to developing a safe, efficient, and resource-optimized wireless inductive energy transfer system that demonstrates both technical innovation and sustainable engineering practices.