GPU Compiler Engineer — High-Performance Core Optimizer

European Tech Recruit; Cambridge; On-site; GBP 85,000 - 125,000; Full time

Job summary

European Tech Recruit recruits for a semiconductor partner in Cambridge seeking an experienced Compiler Engineer. The role focuses on optimizing GPU cores for peak performance and power efficiency, with responsibilities spanning compiler software, drivers, and graphics testing.

The candidate will align with cross-functional teams to ensure architectural correctness and robust verification for next-generation GPUs in mobile and data processing platforms.

Qualifications

• Master’s or PhD in Computer Science, Computer Engineering, or Electrical Engineering.
• 5+ years of relevant GPU experience with hardware/software co-design.
• Deep understanding of GPU architectures and graphics pipelines.
• Experience in compiler development or graphics driver software.

Responsibilities

• Architect and optimize GPU cores for peak performance and power efficiency.
• Develop high-performance GPU compiler software and drivers to support cutting-edge graphics products.
• Build functional model simulations and develop graphics tests to verify architectural correctness.
• Program and run graphics tests to identify bottlenecks and ensure power/performance goals are met.
• Create detailed feature descriptions and technical guides for internal and external stakeholders.

Skills

GPU architecture

C++

Graphics driver experience

Performance optimization

Education

Master’s or PhD in Computer Science/Computer Engineering/ Electrical Engineering

Job description

European Tech Recruit recruits for a semiconductor partner in Cambridge seeking an experienced Compiler Engineer. The role focuses on optimizing GPU cores for peak performance and power efficiency, with responsibilities spanning compiler software, drivers, and graphics testing.

The candidate will align with cross-functional teams to ensure architectural correctness and robust verification for next-generation GPUs in mobile and data processing platforms.