Do you want to tackle the biggest questions in finance with near infinite compute power at your fingertips?
G-Research is a leading quantitative research and technology firm, with offices in London and Dallas.
We are proud to employ some of the best people in their field and to nurture their talent in a dynamic, flexible and highly stimulating culture where world-beating ideas are cultivated and rewarded.
This is a role based in our new Soho Place office – opened in 2023 - in the heart of Central London and home to our Research Lab.

WHO ARE WE LOOKING FOR?

We are looking for an engineer with extensive experience of large FPGA and ASIC design to join our Software Engineering function.

The ideal candidate will have the following skills and experience:

• Knowledge of industry-standard interfaces, such as Avalon and AXI
• Experience with industry-standard build tools, including version control
• Knowledge of QuestaSim environment
• Must have extensive experience with large FPGA/ASIC designs
• A background in fintech would also be beneficial

G-Research is seeking a Design Verification Engineer to join our world-class Software Engineering function.
As a Design Verification Engineer, you will provide technical expertise, support and guidance around formal verification tools. Working within our client’s methodology and flows, you will oversee the effective application of formal verification.
You will have excellent knowledge of industry standard interfaces and build tools, and be comfortable writing test plans, creating test benches and analysing code coverage.

Key responsibilities of the role include:

• Developing System Verilog based VMM/UVM test bench environments
• Developing assertion based formal verification
• Developing co-simulation environments to verify between C/C++ models and RTL modules
• Writing test plans, creating test bench specifications and analysing code coverage plans
• Implementing constrained-random sequences, agents and environments using the UVM methodology
• Developing and maintaining complex verification environments using different methodologies, such as UVM and SV