Senior VHDL Digital Communications Engineer

Join TrustPoint and Build the Worlds First Commercial GPS System in Space

GPS is a ubiquitous global utility in modern society; knowing ones location is critical for government, commercial, and personal applications. Still, todays solutions for determining location are inaccurate, slow, unencrypted, and susceptible to jamming and spoofing. These shortcomings make GPS insufficient for tomorrows safety-critical and high-precision applications, a problem TrustPoint intends to solve.

TrustPoint is developing a fully commercial next-generation GPS service to provide significant performance, security and reliability improvements for GPS users. This includes better accuracy, quicker Time to First Fix, and anti-spoof and anti-jam capabilities. The improvements will support US Government position and timing service resiliency as well as enable next-generation commercial applications like drone delivery, self-driving cars, urban air mobility, and augmented reality. The $260B annual GNSS Hardware, Software and Data Services market is ripe for disruption and TrustPoint intends to lead that revolution with our commercial infrastructure and services.

The Position

We are seeking a Senior VHDL Digital Communications Engineer to join our team and contribute to the design, development, and testing of both hardware and FPGA-based digital signal processing systems. You will work on everything from high-speed analog / digital circuits to advanced VHDL implementations for space and ground systems, helping to build our constellation of satellites and next-gen receiver technologies. This role offers significant upward mobility.

Well Expect You To

• Design and develop reliable FPGA-based digital signal processing solutions for our GNSS architecture
• Implement CDMA and DSSS receivers using VHDL on FPGA platforms
• Develop and integrate modem algorithms supporting BPSK through 8PSK modulation
• Apply advanced FEC techniques (e.g., LDPC), timing recovery (Costas loops), and digital pre-distortion (DPD) for high-Doppler LEO environments
• Interface with high-speed ADCs / DACs, manage clock domains, and integrate with analog RF front ends
• Evaluate and improve system performance under channel impairments like multipath, Doppler, and fading
• Support product development, infrastructure commissioning, anomaly investigation, and operations automation
• Work closely with cross-functional teams including RF, systems, and verification engineers
• Ensure quality standards through rigorous testing and validation procedures

Youll Need to Have

Wed Like to See

Cultural Fit

Compensation and Benefits

The selected candidate will be competitively compensated with salary, equity (stock options), and a full benefits package.

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