Senior System Engineer at Orca-AI

Tel Aviv, Tel-Aviv District, Israel -

Full Time

Start Date

Immediate

Expiry Date

01 Aug, 26

Salary

0.0

Posted On

03 May, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Systems Engineering, Hardware Integration, Software Integration, Linux, System Debugging, Networking, TCP/IP, Edge Computing, Jetson, Sensor Calibration, Robotics, Autonomous Systems, Defense Systems, Hardware Procurement, Field Validation, Troubleshooting

Industry

Maritime Transportation

Description

At Orca AI, we focus on developing and deploying advanced perception and autonomy systems for defense and mission-critical maritime environments. Our work spans across naval operations, unmanned platforms, and distributed sensing systems, operating under real-world constraints where reliability, adaptability, and rapid deployment are critical. We’re hiring a Systems Engineer to take ownership of how our systems are built, integrated, and deployed beyond the R&D environment. This role sits at the intersection of engineering, operations, and real-world execution, ensuring that what we develop can be reliably configured, installed, tested, and operated in field conditions. You will be responsible for the end-to-end system perspective, sensors, compute, comms, and software into working configurations that can be deployed in experiments and operational environments. From defining system setups and building deployment kits, through integrating and testing hardware and software, to supporting installations and field validation, you will ensure our technology works as intended outside the lab. What Will You Do? Own the system-level integration of Orca AI solutions across hardware, software, communications, and deployment environments Build, assemble, and integrate physical systems and kits for demos, experiments, and deployments Establish and maintain repeatable deployment configurations and system setups Support and execute system installations, demos, and field deployments in Israel and abroad Specify, evaluate, and procure hardware components (Jetson, cameras, sensors, communication modules, etc.) Work with suppliers and support component-level adaptations or custom builds when needed Drive system validation under real-world conditions and ensure readiness for operational use Support compliance and align systems with defense-related requirements when applicable Requirements 5+ years of experience working with complex physical systems (robotics, drones, autonomous systems, or defense systems) Proven experience integrating hardware and software systems and bringing them to real-world operation Strong Linux proficiency, including system-level debugging and remote access Solid networking knowledge (TCP/IP, routing, VPN, cellular connectivity Experience with edge compute platforms (e.g. Jetson or similar) Experience integrating and calibrating sensors (cameras, GNSS, IMU, etc.) Hands-on experience with system assembly Strong troubleshooting capabilities across hardware, software, and communication layers Ability to work independently and take ownership of systems end-to-end Willingness to travel and support deployments, installations, and experiments Nice-To-Haves Background in defense or experience working with governmental organizations Experience with maritime systems or unmanned platforms Familiarity with autonomy frameworks or control systems Experience supporting demos, pilots, or operational deployments Familiarity with environmental and regulatory testing processes Challenges & Opportunities Own and operate real autonomous maritime platforms end-to-end Bridge the gap between cutting-edge AI and operational reality at sea Shape how Orca AI brings autonomy from prototype to real-world deployment at scale Operate in a role that combines system engineering with hands-on execution and deployment

Responsibilities

You will own the end-to-end system-level integration of hardware, software, and communications for autonomous maritime solutions. This includes building deployment kits, executing field installations, and ensuring system readiness for operational use in real-world environments.