MLH Fellow @ G-Research (PyArrow) | Computer Engineering Undergraduate @ UNILAG
Focused on Low-Latency C++, Systems Programming, and High-Performance Computing (HPC).
I build and optimize software where every microsecond, byte of memory, and CPU cycle matters. I thrive closest to the metal, understanding how software behaves under rigid real-world constraints: latency, reliability, scale, and hardware limits.
- Systems & Data Infrastructure: Contributing to PyArrow via the MLH Fellowship (in partnership with G-Research), focusing on high-performance memory management, columnar data layouts, and ultra-fast serialization.
- Low-Latency Engineering: Actively diving deep into low-level C/C++, custom memory allocators, cache optimization, and mechanical sympathy.
- Infrastructure Reliability: Leveraging Linux internals, low-level networking, and Golang to design highly resilient, high-throughput microservices and automated infrastructure.
- Algorithmic Muscle: Rigorous daily practice in complex Data Structures and Algorithms (DSA) to maintain deterministic, optimal problem-solving instincts.
"The best way to optimize code is to treat memory layouts as physical geometry and clock cycles as currency."