Project Portfolio

Technical Overview

This project involved designing a self-contained telemetry unit capable of gathering atmospheric data during a controlled parachute descent and transmitting it wirelessly to a ground station.

• Sensor Integration: Integrated a suite of sensors via I2C/SPI, including:
  • Barometer: For altitude and pressure tracking.
  • IMU (Accel/Gyro): For orientation and descent stability analysis.
  • Temperature: For environmental profiling.
• Recovery System: Designed and tested a miniature parachute deployment system to ensure a controlled descent rate for stable data sampling.
• Wireless Telemetry: Established a radio frequency (RF) link between the Lander (Emitter) and Ground Station (Receiver) for real-time monitoring.
• Data Analytics: Post-processed raw sensor data using smoothing algorithms (Moving Averages) to generate clean graphical representations of the flight profile.