Teams at Bolt Graphics

Develop and optimize HPC software for computationally intensive workloads across CPU and GPU architectures. Responsibilities include parallel algorithm development, performance profiling, memory and scalability optimization, GPU enablement, compiler and systems-level improvements, and support for scientific applications such as physics, fluid dynamics, and molecular dynamics. The role also contributes to architecture, technical decisions, code reviews, research, feature development, and collaboration across distributed engineering teams.

Lead the architecture, development, and bring-up of embedded firmware for advanced GPUs and digital integrated circuits. Develop boot software and device drivers, manage GPU execution and system control, and support silicon, memory, interconnect, and power subsystems. Collaborate with architecture, RTL, verification, validation, and systems software teams. Lead root-cause analysis, design and code reviews, cross-functional execution, and mentor firmware engineers.

Research and analyze rendering algorithms, translate graphics concepts into computationally efficient models, conduct competitive and performance benchmarking, and collaborate with hardware architects to define proof-of-concept features and system requirements. The role focuses on graphics processors, hardware-based ray tracing, performance modeling, and communicating technical findings to leadership.