👋 Hi, I'm Bahran Temesgen Embedded Systems Engineer & SWE | Aerospace Enthusiast
I design systems that collect, interpret, and act on real-world data. From rocket avionics and general-purpose flight computers, to research & data aqusition pipleines.
🚀 About Me:
I’m a Computer Science student at California State University, Sacramento, graduating 2026, with professional experience in embedded systems engineering and research software development. Most of my projects exist in the realm of embedded software engineering, aerospace, and applied research.
🛠 Technical Domains:
- Embedded Systems
- STM32 / ESP32 firmware
- Sensor integration & DAQ systems
- I²C / SPI / UART / CAN
- Low-power system design
- Flight & environmental electronics
- C/C++, Python, Java, Kotlin
- Multithreaded networking
- Biometric data extraction
- Experimental reproducibility workflows
- Data standardization pipelines
- Human-subject monitoring systems
🔧 Projects: 🚀 Avionics Lead — Hornet Aerospace
- Leading development of embedded flight software and PCBs
- Designed fault-tolerant sensing architecture for Mach-class rocket flight
- Consolidated 12 pressure transducers through ADC → I²C acquisition pipeline through labjack-t7 DAQ
- Developed validation and test procedures for launch reliability
- System scheduled for live flight deployment 🔗 https://github.com/Hornet-AeroSpace
🧠 Cohort Stress Monitoring & Research Data Pipeline:
- Built a system enabling researchers to monitor stress dynamics across cohorts of 20+ students using wearable biometric devices.
System Goals:
- Convert raw wearable sensor output into analysis-ready datasets
- Enable longitudinal stress monitoring
- Standardize extraction across research groups Reduce researcher technical overhead Engineering Contributions:
- Built FIT → CSV processing pipeline using the Garmin FIT SDK
- Writing Standard Operating Procedures (SOPs) guiding researchers on data extraction & validation
- This project bridges embedded sensing ecosystems → usable data in research