Executive Summary
A microcontroller-based thermal monitoring system engineered to detect threshold exceedance and execute programmed response logic in real time. The architecture integrates calibrated thermistors, signal acquisition circuitry, and embedded control algorithms within a compact Arduino platform.
Mission Context
Thermal monitoring systems are critical in applications where temperature excursions can compromise component integrity or operational safety.
System Architecture
The system integrates thermistors, conditioning circuitry, and a programmed microcontroller to continuously monitor temperature and trigger alert outputs upon threshold detection.
Technical Analysis
Sensor calibration procedures ensured measurement accuracy across varying temperature conditions. Testing evaluated repeatability, response time, and threshold reliability.
Validation and Performance
The system consistently detected defined thermal limits and executed programmed alerts with stable and repeatable performance.
Role and Impact
Team Member
- Circuit integration and sensor calibration
- Embedded control logic development
- System testing and validation
- Technical documentation