Seaglider Embedded Systems Engineer – Real-Time & HIL

REGENT Craft; North Kingstown (RI); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

Equity incentive plan

Health insurance

401(k) with company matching

Flexible time off

Relocation packages

Free catered lunches

Professional development

Job summary

REGENT is building the Seaglider and seeking an Embedded Systems Software Engineer to advance our product family from bench to sea. You’ll develop real-time software, contribute to SIL and HIL testing, and work hands-on with electronics to keep our platform reliable and certifiable.

You’ll collaborate with controls, avionics, and modeling teams, wiring diagrams, and optimizing tooling for continuous integration, deployment, and certification as we push toward full production.

Qualifications

• Experience writing C++ for embedded systems on Linux/RTOS/bare metal.
• Hands-on with microcontrollers and interfaces (Serial, SPI, CAN, PWM, ADCs, DIO).
• Ability to read wiring diagrams and electrical schematics.
• Proficient in Python, MATLAB, or similar languages.

Responsibilities

• Develop, debug, and maintain real-time software on Seaglider product family.
• Support SIL and HIL test environment development and testing across teams.
• Set up and maintain electronics ecosystem: sensors, servos, SBCs, harnesses.
• Automate build systems and deployment pipelines for maintenance and certification.
• Participate in sea trials, diagnose, troubleshoot, and demonstrate capabilities.

Skills

C++ for embedded systems

Microcontrollers & interfaces

Wiring diagrams & schematics

Python / MATLAB scripting

Tools

LabVIEW

Simulink

Job description

REGENT is building the Seaglider and seeking an Embedded Systems Software Engineer to advance our product family from bench to sea. You’ll develop real-time software, contribute to SIL and HIL testing, and work hands-on with electronics to keep our platform reliable and certifiable.

You’ll collaborate with controls, avionics, and modeling teams, wiring diagrams, and optimizing tooling for continuous integration, deployment, and certification as we push toward full production.