About Us
Zydro Marine Technologies is a venture-backed startup building modular marine autonomy systems for unmanned surface vessels (USVs). We’re on a mission to unlock large-scale exploration & defense of the ocean by lowering the cost to deploy autonomous systems. To accomplish this, we are building a modular hardware & software platform which interfaces with consumer off-the-shelf marine propulsion, steering & sensors, making it radically simpler & cheaper to build mission-capable USVs.
We're a team of experts in robotics, command & control software, IoT, and marine electronics, and we partner with boatbuilders & government customers to solve hard problems at sea. We’re growing, and looking for talented, driven engineers with an interest in the maritime domain!
The Role
We’re hiring an Electrical Engineer to lead the design, testing, and production of embedded modular components used in Unmanned Surface Vessels (USVs). As the first dedicated electrical engineer on the team, you’ll own the full lifecycle of electrical design — from concept through schematic capture, PCB layout, and prototype bring-up to small-batch manufacturing and field validation.
You’ll work closely with software and mechanical engineers to integrate electrical systems into our modular autonomy kit, enabling reliable control, sensing, and communication across diverse vessel platforms. This role is highly hands-on and interdisciplinary — ideal for someone who can move fluidly between the lab bench, CAD workstation, and test vessel.
Responsibilities
Design, build and test low-volume PCB assemblies and harnesses for prototype and pilot deployments.
Develop schematics, layouts, and documentation in Altium Designer (KiCad or equivalent acceptable).
Select and qualify electrical components and manage relationships with vendors and fabrication houses.
Collaborate with mechanical engineers on packaging, thermal, and connectorization design.
Develop and debug low-level embedded firmware (C/C++/Python) for board bring-up, sensor integration, and diagnostics.
Validate designs through bench testing, integration testing, and sea trials.
Contribute to electrical safety, EMI mitigation, and environmental robustness standards for marine operation.
Preferred Experience
Bachelor’s or Master’s degree in Electrical or Computer Engineering, or equivalent hands-on experience.
Proven experience with embedded electronics design, schematic capture, and PCB layout.
Proficiency in Altium Designer, KiCad, or similar EDA tools.
Familiarity with embedded software, microcontrollers, and low-level interfaces such as CAN, UART, SPI, and I²C.
Understanding of power systems, signal conditioning, and sensor integration.
Experience with marine electronics, autonomous systems, or ruggedized hardware design is a plus.
Comfort working with oscilloscopes, logic analyzers, and other lab equipment for debugging and validation.
Knowledge of manufacturing, DFM, and small-run PCB assembly processes.
Familiarity with general-purpose CAD tools such as Solidworks.
Top Skills
What We Do
Our mission is to unlock large-scale exploration & defense of the ocean by making it radically easier to build mission-capable ocean robots.
The ocean is earth's final frontier, and there is immense strategic value in our nation's ability to effectively explore & defend the ocean. Unmanned systems promise to unlock new access to the ocean, but they were previously too expensive and unreliable to build.
To solve this, we build an open hardware & software ecosystem for maritime geospatial data, autonomy, and mission planning. Our components embed into Unmanned Surface Vessel and maritime-related projects, lowering cost & time-to-market.
We're a team of experts in robotics, command & control software, IoT, and marine electronics, and we're looking for talented, driven candidates with an interest in the maritime domain to join us!
