Overview
In this role you will design, debug and optimize complex silicon modules for high-performance graphics processors at Imagination Technologies. You will work with cross-functional teams to define microarchitectures, analyze trade-offs, and drive reliable, efficient hardware solutions. The position combines hands-on RTL work with collaboration, mentoring, and continuous learning to push silicon performance and power efficiency. A strong focus on communication, mentorship, and applying the latest design techniques anchors this opportunity in a leading GPU/IP company.
Responsibilities
- Collaborate with design, verification and validation teams to deliver silicon solutions
- Prepare microarchitecture design specs and execution plans aligned with project goals
- Analyze and optimize circuits for performance, area and power
- Contribute to design reviews with improvement recommendations
- Maintain and enhance the design environment and resolve design bugs
- Mentor graduate engineers and early-career team members; support knowledge sharing and training
- Leverage latest silicon design techniques, tools and technologies
- Plan, schedule and complete tasks within deadlines
- Present technical findings and communicate with cross-functional teams
Key requirements
- Solid knowledge of digital IC design techniques and methodologies
- Hands-on RTL design experience at IP or SoC level using SystemVerilog
- Proficiency in optimizing circuit designs balancing performance, area and power
- Experience with ASIC or FPGA design tools and environments
- Exposure to formal proof methodology for capturing design intent
- Strong analytical, responsible and problem-solving capabilities
- Excellent communication and collaboration
- Curiosity and solution-oriented mindset
- World-class problem solving and motivation to innovate
- SystemVerilog RTL development
- ASIC/FPGA design tools and environments
- Formal proof methodologies
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