FPGA Hardware Engineer

Engineering Resource Group, Inc.; Carlstadt (NJ); On-site; USD 120,000 - 180,000; Full time

Job summary

Engineering Resource Group, Inc. is seeking an FPGA Hardware Engineer to develop software defined radio subsystems for avionics test equipment in commercial and military aviation.

You will translate system requirements into FPGA architectures for pulsed interrogation and reply systems. Responsibilities include developing and verifying VHDL designs via simulation, synthesis and timing analysis, implement I/Q modulation/demodulation with DSP, and support high‑speed digital hardware bring‑up and

Qualifications

• BS Electrical Engineering or Computer Engineering.
• Minimum 5 years of VHDL development for high-speed digital and communication systems.
• Experience with digital modulation/demodulation including I/Q, BPSK, DPSK.
• Knowledge of radio communication concepts: transmit/receive architecture, mixing, filtering.
• FPGA toolchains: behavioral simulation, synthesis, timing closure, testbench verification.
• Hardware debugging with scopes, spectrum analyzers, power meters, digital analyzers, embedded logic analyzers.

Responsibilities

• Translate system requirements into FPGA architectures for pulsed interrogation and reply systems.
• Develop and verify VHDL designs through simulation, synthesis, and timing analysis.
• Implement I/Q modulation and demodulation and DSP in programmable logic.
• Support high-speed digital hardware design, board bring-up, and system-level integration.
• Verify hardware and firmware performance via simulation and lab measurements.
• Generate and maintain system documentation.

Education

BS Electrical Engineering or Computer Engineering

Tools

VHDL toolchains

Oscilloscopes

Spectrum analyzers

LabVIEW

JSON-based scripting

Job description

• Permanent position for an FPGA Hardware Engineer developing software defined radio subsystems for avionics test equipment serving commercial and military aviation.
• Translate system requirements into FPGA architectures for pulsed interrogation and reply systems.
• Develop and verify VHDL designs through simulation, synthesis, and timing analysis.
• Implement I/Q modulation and demodulation and supporting digital signal processing functions in programmable logic.
• Support high-speed digital hardware design, analysis, and board bring-up.
• Perform system-level integration, debugging, and firmware/software integration.
• Verify hardware and firmware performance against requirements via simulation, stress testing, and lab measurement.
• Develop test plans and operational requirements.
• Generate and maintain system documentation.
• BS Electrical Engineering or Computer Engineering.
• Minimum 5 years of VHDL development for high-speed digital and communication systems.
• Working knowledge of digital modulation and demodulation techniques including I/Q, BPSK, and DPSK, with the ability to implement them in VHDL.
• Fundamental radio communication knowledge covering transmit/receive architecture, mixing, filtering, and signal level accuracy.
• Experience with FPGA toolchains including behavioral simulation, synthesis, timing closure, and testbench-based verification.
• Hardware debug and characterization using oscilloscopes, spectrum analyzers, power meters, digital analyzers, on‑chip embedded logic analyzer tools, and EVM measurement.
• Familiarity with error detection and correction schemes such as EDAC, CRC, BCH, and Walsh coding a plus.
• Python scripting with JSON-based configuration, and LabVIEW or an equivalent graphical instrument control environment, a plus.