Junior FPGA Design & Verification Engineer (Low-Latency)

Eagle Seven; Chicago (IL); On-site; USD 127,500 - 172,500; Full time

Benefits offered by this job

Medical PPO/HMO coverage through BCBS

Health Savings Account (HSA)

Dental coverage

Vision coverage

401k with Employer Match

Company Paid Life Insurance

Company Paid Disability Insurance

Paid Time Off

Flexible Spending Account

Pre-tax Transit Benefits

Complimentary Lunch and Beverages

Job summary

Eagle Seven seeks a Junior FPGA Design / Verification Engineer to join our hardware team focused on HDL solutions for high-frequency trading systems. You will design, simulate, and validate high-performance modules with senior engineers, building robust testbenches and automation to ensure ultra-low latency.

Responsibilities include writing SystemVerilog, developing testbenches with ModelSim, and using Python for automation and data processing.

Qualifications

• Bachelor’s degree in Electrical or Computer Engineering or related field.
• 1–3 years of relevant FPGA/verification experience, PCIe, Ethernet, or DDR desired.
• Strong SystemVerilog/Verilog design and verification fundamentals.

Responsibilities

• Write and maintain synthesizable SystemVerilog for new FPGA features.
• Develop and maintain testbenches to verify logic blocks with coverage.
• Create automated Python scripts for validation and data processing.
• Analyze real-time data to identify design faults and timing issues.
• Document design work and test results clearly.

Skills

SystemVerilog

Python

ModelSim

FPGA

PCIe

Education

Bachelor’s degree (EE/CE/CS)

Tools

ModelSim

Questa

Vivado Simulator

Quartus

Job description

Eagle Seven seeks a Junior FPGA Design / Verification Engineer to join our hardware team focused on HDL solutions for high-frequency trading systems. You will design, simulate, and validate high-performance modules with senior engineers, building robust testbenches and automation to ensure ultra-low latency.

Responsibilities include writing SystemVerilog, developing testbenches with ModelSim, and using Python for automation and data processing.