FPGA Engineer - Real-Time Data Processing (Dublin, Hybrid)

Autonomai Recruitment; Dublin; Hybrid; EUR 90,000 - 120,000; Full time

Job summary

Autonomai Recruitment seeks an experienced FPGA Engineer for its Dublin team. You will design and develop FPGA-based data processing solutions, cover the full design flow from concept to bring-up, and integrate FPGA designs with CPUs, GPUs and storage in Linux environments.

The role emphasizes RTL design, SystemVerilog, and hands-on hardware work with major FPGA toolchains. A strong background in digital logic and real-time performance is required, with collaboration across software and hardware

Qualifications

• Solid digital design experience with RTL (Verilog/VHDL) and familiarity with SystemVerilog is required.
• Experience delivering FPGA-based data processing and acceleration solutions is essential.
• Hands-on hardware bring-up and debugging on FPGA platforms is expected.

Responsibilities

• Design and develop FPGA-based solutions for data processing, connectivity and acceleration.
• Cover the full design flow from requirements, architecture, RTL design, simulation, synthesis, to timing and hardware bring-up.
• Integrate FPGA designs with CPUs, GPUs, NICs and storage in Linux-based systems.
• Build testbenches, validation flows and tooling to improve reliability and speed of delivery.
• Collaborate with software engineers, researchers and business stakeholders to turn complex problems into robust systems.

Skills

RTL design

SystemVerilog

Digital logic

FPGA tools

Python/C++

Hardware bring-up

Tools

Xilinx/AMD FPGA tools

Intel/Altera FPGA tools

Linux

Job description

Autonomai Recruitment seeks an experienced FPGA Engineer for its Dublin team. You will design and develop FPGA-based data processing solutions, cover the full design flow from concept to bring-up, and integrate FPGA designs with CPUs, GPUs and storage in Linux environments.

The role emphasizes RTL design, SystemVerilog, and hands-on hardware work with major FPGA toolchains. A strong background in digital logic and real-time performance is required, with collaboration across software and hardware