Top FPGA Engineer Jobs in Chicago, IL

The FPGA Engineer will design FPGA logic for trading, analyze results, and work on developing low-latency applications and timing closure.

Design and implement low-latency FPGA-based trading solutions. Collaborate with traders, quantitative analysts, and low-level software engineers. Push FPGA performance, verify designs via simulation, resolve real-time system bottlenecks, and optimize SoC, memory, and high-speed transceiver subsystems.

As an FPGA Engineer at Belvedere Trading, you will develop high-performance FPGA systems, collaborate on trading algorithms, and optimize trading system performance.

The Senior FPGA Engineer will design, implement, and improve ultra-low-latency trading systems, collaborating with various teams to enhance performance and scalability.

Join QRT as an FPGA Engineer, developing RTL for hardware platforms to accelerate high frequency trading. Work closely with trading teams to optimize solutions.

As a Senior FPGA Verification Engineer, you will architect and develop test benches, verify code functionality, and prepare design review materials.

Design, implement, and verify RTL (Verilog/SystemVerilog) for ultra-low-latency FPGA trading systems. Build simulation testbenches and verification environments, run synthesis/place-and-route/static timing analysis, support hardware bring-up and debugging, and collaborate with senior engineers to meet strict latency and timing requirements.

As a Senior FPGA Engineer, you'll manage FPGA projects, develop RTL, optimize designs, and work closely with teams to enhance trading systems.

As an FPGA Engineer, you will design and implement high-speed hardware for trading systems, collaborate with traders and developers, and advance low-latency techniques.

The Lead RTL/FPGA Design Engineer will develop and manage high-performance coherent modems for free space optical communications, translating DSP algorithms into synthesizable RTL, ensuring compliance, and supporting integration and testing.

Design, implement, verify, and optimize FPGA-based digital signal processing systems. Responsibilities include architecture, RTL coding (VHDL/Verilog), HLS, testbench development, simulation, synthesis, place-and-route, timing closure, and hardware debugging for high-speed interfaces and embedded SoC architectures.

Lead full life-cycle digital hardware development using modern FPGAs and high-speed interfaces. Design, prototype, debug, test, and integrate complex circuit cards and subsystems. Translate system specs to hardware/test requirements, work with cross-functional teams, and support production and fielding for defense-related sensing and EW systems.

Lead full lifecycle FPGA and digital hardware design for EW and sensor systems: system requirements, digital circuit design, FPGA implementation, prototyping, test/verification, production support, and cross-functional team leadership.

Design, develop, prototype, and test digital hardware and FPGA-based subsystems across full product lifecycle. Translate system specifications into hardware requirements, perform simulation, schematic capture, debug complex circuit cards, and support production and field operations while collaborating with cross-functional teams on EW, RF/EO DSP, and high-speed interfaces.