The Challenge: A need for longer AUV missions
Our
Iterative Design: From Concept to Reality (Process)
The evolution of our design reflects a rigorous engineering process. We didn’t start with the final prototype; we iterated through several phases of validation.
1. Conceptualization & Low-Fidelity Testing
We began with [sketches/simulations] to test the fundamental physics of our approach.
Caption: Initial hand-drawn concept focusing on the core mechanical integration.
2. Prototyping & Refinement
As we moved into high-fidelity models, we encountered [Challenge/Problem]. This led us to pivot our design by [Solution implemented during iteration].
Caption: 3D CAD rendering used to validate tolerances and material constraints before fabrication.
The Result: A Functional Solution (Outcomes)
The final prototype achieves [Insert Outcome - e.g., a 15% reduction in latency]. For the technical viewer, the data below illustrates the performance gains:
[Insert Graph/Chart Placeholder] Caption: Performance comparison between the baseline system and our optimized prototype.
Our contribution to the field lies in [Process/Contribution - e.g., the novel application of sensor fusion], providing a scalable solution for [Industry].
Technical Contributions
- Component A: [Details for engineers]
- Component B: [Details for engineers]
- GitHub Repository: [Link to code/documentation]
Reflection & Learning
Interested in the professional growth behind this project? Read my Professional Reflection for insights into the design process and engineering attributes developed during this capstone.