FPGA Design Engineer / Senior FPGA Design Engineer

DCV Technologies; United States; Remote; USD 110,000 - 190,000; Full time

Benefits offered by this job

Fully remote from select countries

Strong R&D culture

International engineering team

Job summary

DCV Technologies is seeking talented FPGA Design Engineers to join its quantum computing hardware team. You will design FPGA-based solutions with SystemVerilog and RTL, using AMD Vivado/Versal platforms, and collaborate with verification engineers to ensure reliable, high‑performance hardware.

This role supports global collaboration and R&D projects in a fully remote setup. You will work with C/C++ reference models, Python/TCL scripting, and modern verification tools like QuestaSim to validate

Qualifications

• Proficient in FPGA design and digital hardware development.
• Strong knowledge of SystemVerilog and RTL design.
• Experience with high‑speed digital interfaces and FPGA platforms.

Responsibilities

• Design and develop FPGA-based solutions using SystemVerilog and RTL design.
• Work with AMD Vivado and AMD Versal platforms.
• Collaborate with verification engineers to ensure functionality and performance of FPGA implementations.

Skills

SystemVerilog

RTL design

AMD Vivado

Versal

C/C++

Tools

QuestaSim

Python

TCL

Job description

SystemVerilog | RTL Design | AMD Vivado / Versal | Quantum Computing | R&D

Remote – Poland, Ukraine, Czech Republic, Romania, Slovakia, or Spain

Work on technology shaping the future of quantum computing.

Ready to work at the cutting edge of hardware innovation?

What if your engineering skills could help scientists unlock the next generation of computing?

We're looking for talented FPGA Design Engineers to join an innovative technology company developing advanced hardware and software solutions for quantum computers.

The company designs specialized control and measurement systems that help researchers operate quantum computers, run experiments more efficiently, and improve the accuracy and reliability of quantum computing technologies.

With approximately 350 employees, including a strong R&D organization of around 150 specialists, the company offers an environment where engineering expertise, curiosity, and experimentation drive real innovation.

If you enjoy solving complex hardware challenges, working close to the technology, and contributing to products that push the boundaries of science, this could be your next challenge.

What will you do?

• Design and develop FPGA-based solutions using SystemVerilog and RTL design.

• Work with advanced FPGA platforms and tools, including AMD Vivado and AMD Versal.

• Contribute to high-speed digital interfaces and complex hardware architectures.

• Collaborate with verification engineers to ensure the functionality, performance, and reliability of FPGA implementations.

• Work with C/C++ reference models to compare high-level models with FPGA logic implementations.

• Support simulation, debugging, and verification activities using tools such as QuestaSim.

• Use Python and/or TCL scripting to automate engineering workflows and improve development efficiency.

• Contribute to innovative R&D projects, potentially involving standalone FPGA-based systems or new ASIC development.

• Work closely with a dedicated, integrated engineering team and collaborate with specialists across logic design, verification, and modeling.

What we're looking for

Core technical requirements:

• Professional experience in FPGA design and digital hardware development.

• Strong knowledge of SystemVerilog and RTL design.

• Experience working with high-speed digital interfaces.

• Hands-on experience with AMD Vivado and/or AMD Versal tools.

• An analytical mindset and a structured approach to solving complex engineering problems.

• A genuine interest in R&D, innovation, and advanced hardware technologies.

• Confident English skills (upper-intermediate or higher) to collaborate effectively with an international team.

Nice to have:

• Experience developing C/C++ reference models.

• Familiarity with simulation and verification tools such as QuestaSim.

• Scripting skills in Python and/or TCL.

• Exposure to ASIC development or hardware verification methodologies.

Experience levels

We're open to engineers at different stages of their professional journey:

• Senior FPGA Design Engineer: 4+ years of professional experience.

• Expert FPGA Design Engineer: 6+ years of professional experience.

Your project and responsibilities will depend on your technical background and experience.

Your future team

You’ll join a highly technical R&D environment organized around three core engineering areas:

• Logic Design – developing FPGA logic implementations.

• Verification – ensuring the quality and correctness of hardware designs.

• Modeling – building high-level C/C++ models to validate and compare against FPGA implementations.

The company is looking to build a dedicated engineering team that will be integrated into its organization. You’ll have the opportunity to collaborate directly with the client’s engineers, contribute to technical decisions, and work in an environment that values ownership, curiosity, and research-driven thinking.

What makes this opportunity stand out?

• Fully remote work from Poland, Ukraine, Czech Republic, Romania, Slovakia, or Spain.

• An opportunity to contribute to cutting-edge quantum computing technology.

• A strong R&D culture with a significant engineering and research community.

• Exposure to advanced FPGA platforms and potentially next-generation ASIC development.

• Collaboration with international experts across hardware design, verification, and modeling.

• A chance to work on technically challenging projects where your contribution can make a real difference.

What does the recruitment process look like?

• HR interview – a conversation about your experience, technical background, communication skills, English level, availability, and salary expectations.

• One or two technical interviews with the client to explore your expertise and potential project fit.

Interested in building the technology behind tomorrow's quantum computers?

Let’s connect and explore how your FPGA expertise can contribute to the future of computing!