Wearable Heat Stroke & Dehydration Prevention System

Problem

Design a MIPS assembly simulation for a wearable monitoring system that detects heat stress, dehydration risk, and fall or collapse events using simulated sensor inputs.

Tools Used

MIPS AssemblyComputer ArchitectureSensor SimulationControl FlowTest Cases

My Contribution

I developed the system logic, source code, test cases, and explanation of sensors, actuators, and process flow.

Process / Methodology

1. Defined simulated sensor inputs such as body temperature, heart rate, impact spike, and movement state.
2. Designed decision logic for heat stress, dehydration risk, and fall or collapse conditions.
3. Implemented the logic in MIPS assembly using branching and register-based state.
4. Created test cases to validate normal and risk scenarios.
5. Documented the flow from input readings to alert output.

Result / Output

The project produced a working assembly-level simulation and supporting documentation that explains how wearable sensor data can trigger safety alerts.

Screenshots

Screenshots will be added under /screenshots/ when the final report assets are available.

Placeholder path: /screenshots/mips-heat-stroke/

What I Learned

I learned how low-level control flow, branching, and state handling can model real-world monitoring logic. The project also helped connect computer architecture concepts to embedded system behavior.