FPGA Engineer - Real-Time Sensing & High-Throughput Data

US Health Partners, LLC; Austin (TX); On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

401(k)

Insurance benefits

Lunch and dinner served daily

Job summary

Austin Sensing Company in Austin, Texas, is seeking an FPGA Engineer to own the digital logic behind our sensing systems. You’ll drive high-speed data acquisition, signal processing, timing, and hardware interfaces from architecture through field testing.

You’ll work with RF, electrical, signal processing, and embedded teams to turn sensor data into usable information in real time, designing reliable logic and debugging on hardware.

Qualifications

• Experience delivering RTL to hardware deployment.
• Strong HDL knowledge and signal integrity awareness.
• Ability to meet timing and resource constraints across domains.

Responsibilities

• Design/implement FPGA logic for high-speed data acquisition and processing.
• Translate algorithms into verified hardware implementations with engineers.
• Build data pipelines with throughput and latency targets.
• Integrate high-speed ADC/DAC, memory, and interfaces.
• Develop testbenches and simulations for pre-hardware verification.
• Own synthesis, timing closure, and clock-domain considerations.
• Collaborate on hardware bring-up with RF and embedded teams.
• Debug data integrity, timing, and interface issues with lab tools.
• Document interfaces, resources, and verification workflows.

Skills

RTL design

Verilog/SystemVerilog/VHDL

Synchronous digital design

Clock-domain crossings

FPGA debugging

High-speed interfaces

Testbench development

Timing analysis

Education

Electrical/Computer Engineering degree

Tools

AMD/Xilinx or Intel/Altera FPGA platforms

FPGA development tools (Vivado/Quartus)

HDL simulators

JESD204, LVDS, DDR memory, PCIe, DMA architectures

Python or Tcl for test automation

Job description

Austin Sensing Company in Austin, Texas, is seeking an FPGA Engineer to own the digital logic behind our sensing systems. You’ll drive high-speed data acquisition, signal processing, timing, and hardware interfaces from architecture through field testing.

You’ll work with RF, electrical, signal processing, and embedded teams to turn sensor data into usable information in real time, designing reliable logic and debugging on hardware.