Job Description
About SoloPulse:
SoloPulse is a DARPA-funded Georgia Tech spin-out and non-traditional defense contractor (NTDC). We leverage advanced wave theory rooted in Quantum Electrodynamics (QED) to transform low-cost RF hardware into tactical-grade intelligence tools. Our product line includes SIGMA™ (Electronic Support), NOVA™ (SAR imaging), and ATHENA™ (AI orchestration), providing high-fidelity sensing at the tactical edge.
The Role:
We’re looking for a R&D Systems Engineer to work directly on the development of advanced radar and sensor systems across multiple platforms, including drones and ground vehicles. This highly hands‑on role spans hardware prototyping, mechanical design/build, and embedded software. You’ll help turn concepts into field-ready radar systems, from low-level code and electronics integration through physical assembly, lab bring‑up, and testing.
What you’ll work on:
-
Hardware prototyping, wiring, bring-up, and integration
-
Collect, analyze, and distribute data to various engineering teams
-
Mechanical design, fabrication, assembly, and system packaging
-
Debugging across software, electronics, and physical hardware
-
Supporting drone and sensing platform development from concept to test
-
Embedded coding for sensor, control, and data acquisition systems
About SoloPulse:
SoloPulse is a DARPA-funded Georgia Tech spin-out and non-traditional defense contractor (NTDC). We leverage advanced wave theory rooted in Quantum Electrodynamics (QED) to transform low-cost RF hardware into tactical-grade intelligence tools. Our product line includes SIGMA™ (Electronic Support), NOVA™ (SAR imaging), and ATHENA™ (AI orchestration), providing high-fidelity sensing at the tactical edge.
The Role:
We’re looking for a R&D Systems Engineer to work directly on the development of advanced radar and sensor systems across multiple platforms, including drones and ground vehicles. This highly hands‑on role spans hardware prototyping, mechanical design/build, and embedded software. You’ll help turn concepts into field-ready radar systems, from low-level code and electronics integration through physical assembly, lab bring‑up, and testing.
What you’ll work on:
-
Hardware prototyping, wiring, bring-up, and integration
-
Collect, analyze, and distribute data to various engineering teams
-
Mechanical design, fabrication, assembly, and system packaging
-
Debugging across software, electronics, and physical hardware
-
Supporting drone and sensing platform development from concept to test
-
Embedded coding for sensor, control, and data acquisition systems