Trained as a physicist and electrical engineer, I turned to software to solve world's hardest problems.
Through countless iterations of trial, error, and research, I've learned some hard truths about good software: design beats brute force every time, building is easy but maintaining is hard, and great engineering is ultimately about forecasting, good judgement, and trade-offs.
I write about semiconductors, technology, AI, and the art of software engineering in these crazy times. Checkout my posts →
Senior Software Engineer · Calgary, AB
Driving technical advancements in AI and HPC applications for AMD's data center GPUs. My main focus is on GEMM performance optimizations, BLAS-stack hardware support, build/test infrastructure, and ROCm ecosystem development.
Software Engineer · Victoria, BC
Built software for autonomous solar-powered unmanned surface vehicles (USVs) used in ocean monitoring, environmental data collection, and maritime research. Developed custom operational systems for DFO, NOAA, CAF, and the DoD.
Software Engineer · Ottawa, ON
Developed autonomy and ground control software for commercial-class lunar missions. Contributed research on enabling autonomous navigation and scientific targetting for planetary surface rovers.
Master of Applied Science, Electrical & Computer Engineering · Montréal, QC
Research focused on machine learning for planetary surface traversability and novelty detection using autoencoder architectures.
Honours Bachelor of Science, Physics · Calgary, AB
Physics foundation in applied mathematics, quantum mechanics, spectroscopy, and applied computational methods.
B. Stefanuk, K. Skonieczny
B. Stefanuk, M. Battler, et al.
B. Stefanuk, C. Sánchez-Aké, et al.
