Mission Operations Operator, MUSV
Saronic
- Location
- Austin, TX
- Employment
- Full Time
- Work model
- On-Site
- Level
- Senior
- Posted
- 1h ago
Skills
About this role
Saronic Technologies is a leader in revolutionizing autonomy at sea, dedicated to developing state-of-the-art solutions that enhance maritime operations through autonomous and intelligent platforms.
Job Summary
You will be one of the first operators working under Saronic's Medium Unmanned Surface Vessel (MUSV) umbrella, putting a growing family of autonomous surface vessels through their paces, platforms that carry ISR, electronic warfare, and other mission payloads across extended blue-water and contested littoral waters without a crew on board. That family spans platforms built for long-endurance reconnaissance and persistent maritime domain awareness, as well as low-signature, shore-accessible craft that move critical payloads across thousands of nautical miles of contested seas. As a Mission Operations Operator, you’ll translate operational requirements into executable mission plans, lead field operations, and train military personnel to own these platforms long-term. This role sits at the intersection of field operations and product development; your feedback from the water directly shapes how the fleet evolves. The ideal candidate brings deep maritime operational experience, hands-on comfort with autonomous systems, and the ability to communicate clearly in both the field and the briefing room.
Responsibilities
Mission Planning & Execution • Plan and execute end-to-end MUSV missions across open-ocean, littoral, and ship-to-shore profiles in GPS-denied and communications-degraded environments. • Serve as primary operator during field operations, providing real-time oversight and go/no-go decision authority. • Operate Saronic’s Echelon™ mission planning interface and Advanced Mission Planner (AMP™) to build and execute complex autonomous behaviors: loiter and avoid, counter-boarding, autodocking, and conditional mission logic. • Develop and maintain SOPs, mission playbooks, and contingency procedures covering remote scuttle protocols, emergency response, and port coordination. • Train and qualify operators on the MUSV mission planner for global remote control and direct line-of-sight operations, including pre- and post-operation checks. • Coordinate waterspace deconfliction, safety boat integration, port authority notifications, and range safety compliance for all autonomous vessel operations. Training & Operator Development • Develop and deliver MUSV training courses across the full curriculum: MUSV Fundamentals, Operations, Mission Manager (Digital Management), Advanced Operator, and Mission Integration/Readiness Exercises. • Train and qualify military personnel on MUSV-specific operations, including autonomous navigation in congested waterways, station-keeping, payload operations, and GPS-denied operations. • Build and run train-the-trainer programs that establish long-term organic military capability with the platform. Product Development & Stakeholder Engagement • Serve as the liaison between Mission Operations and Saronic’s Product and Engineering teams, ensuring field realities directly inform design decisions. • Capture and synthesize operator and warfighter feedback from testing and deployments to refine requirements, roadmaps, and system usability. • Act as the primary operational interface with government customers including DIU, the service warfighting labs, NIWC-PAC, and DoD program offices. • Build reporting and visualization tools to communicate mission status, system performance, risks, and forward plans to internal and external stakeholders. • Represent Mission Operations at PDRs, IDRs, and CDRs as a subject-matter expert. • Plan and conduct site surveys to assess port infrastructure, environmental conditions, and logistics constraints ahead of field operations. Qualifications • U.S. Coast Guard Merchant Mariner Credential (500-Ton Master, Oceans) required. • Bachelor's degree in engineering, maritime studies, or a related field, or equivalent operational