Design Verification Engineer

We’re working with a top-tier, highly selective technology firm building ultra-low latency hardware systems that operate at the forefront of global electronic markets.

You can get further details about the nature of this opening, and what is expected from applicants, by reading the below.

They’re looking for a verification engineer to join a small, deeply technical team responsible for validating complex FPGA and ASIC designs. This is an environment where verification isn’t constrained by legacy methodology; you’ll be encouraged to shape how it’s done.

The Role

The verification approach is flexible and evolving, combining open-source and in-house tooling rather than relying on rigid, traditional frameworks.

Engineers here are expected not just to verify designs, but to improve the flow and tooling.

Responsibilities

• Develop testbenches and targeted tests for complex hardware designs using a flexible verification environment
• Own verification strategy: planning, coverage, and ensuring robustness of designs
• Debug RTL issues quickly and work closely with designers to resolve them
• Build and improve verification infrastructure, including test frameworks and CI systems
• Contribute to internal tooling and, where appropriate, open-source projects

Requirements

• Strong debugging and problem-solving ability in complex hardware systems
• 2+ years’ experience in RTL functional verification (FPGA or ASIC)
• Excellent Python experience beyond simple scripting.
• Solid understanding of coverage, test strategy, and verification fundamentals
• Comfortable working in Linux environments

Nice to have:

• Familiarity with modern open-source verification tools (e.g. cocotb, Verilator)
• Experience with C++ or performance-sensitive systems

What Sets This Role Apart

• Tool-building culture – engineers actively develop and improve their own tooling, rather than relying on vendor ecosystems
• Flexible project ownership – engineers have significant freedom to choose what they work on, from verification tooling and methodology through to deeper involvement in system architecture and even higher-level trading infrastructure
• Real ownership – your work directly impacts production systems running in live environments
• High technical bar – you’ll work alongside engineers who contribute to widely used verification tools and infrastructure
• Collaborative by design – close interaction with hardware, software, and research teams

Package & Process

Compensation is at the very top of the market, reflecting both the technical bar and the impact of the work. xwzovoh

The interview process is rigorous and highly selective, but consistent with the level of engineering you’ll be joining.