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Saronic

Develops autonomous surface vessels for military

Mission Operations Engineer - Program

Spacecraft & Launch Vehicle SystemsUpdated on Nov 5
Full-timeAustin, TX, USA

About the Job

Requirements

  • A Bachelor's or Master's degree in Computer Science, Engineering, or a related field is required.
  • At least 1 year of hands-on engineering experience is required; design-team experience and previous internships qualify.
  • Willingness to support watch rotations, including nights, weekends, and on-call periods during active operations, is required.
  • Willingness to travel up to 50% is required.
  • Ability to swim and tread water to certify as fit for work is required.
  • Ability to frequently and repetitively lift, push, and carry up to 75 pounds is required.
  • Ability to work for extended periods in marine environments, including sun, wind, rain, cold, and saltwater spray, is required.
  • Ability to operate in daylight, low-light, and nighttime conditions using marine navigation systems and visual cues is required.
  • Ability to perform physically demanding work for up to 12 hours per day is required.
  • Ability to carry 20 pounds up and down stairs is required.

Responsibilities

  • Develop a deep understanding of vehicle hardware and software architecture and how the vehicle operates as an integrated system.
  • Lead planning and execution of structured field tests for vessel performance, including autonomous navigation, perception, communications, sensor integration, and other vessel functions.
  • Diagnose and perform real-time troubleshooting of autonomy, networking, and onboard hardware or software during test events.
  • Stand watch in the Joint Operations Center, maintaining situational awareness across concurrent vessel operations through live telemetry, video, and command-and-control feeds; detect, characterize, and escalate anomalies before they become mission-impacting.
  • Serve as the remote technical authority during live operations by triaging autonomy, networking, and hardware or software faults from the Joint Operations Center and directing afloat and shoreside teams to resolution under time pressure and degraded communications.
  • Support Joint Operations Center watch rotations and execute shift handovers while maintaining accurate watch and event logs.
  • Implement solutions for testing, vessel-operation safety, and system robustness to maximize efficiency.
  • Own data-logging and telemetry-monitoring systems and ensure data integrity for post-test analysis.
  • Contribute to root-cause corrective-action and issue-triage workflows after field anomalies, reporting to relevant review boards to eliminate repeat issues.
  • Support day-to-day operation of autonomous vessels and support craft, using telemetry and onboard diagnostics to diagnose issues and improve reliability.
  • Ensure testing aligns with Department of Defense performance, compliance, and safety standards when applicable.
  • Lead planning and execution of test cases to validate software updates, autonomy behaviors, and integrated-system functionality.
  • Interface with autonomy, software, hardware, and systems teams to translate product requirements into field-validated test objectives.
  • Help establish and mature the Joint Operations Center, including telemetry and command-and-control dashboards, alerting thresholds, communications architecture, standard operating procedures, escalation matrices, and after-action reporting formats.
  • Lead after-action reviews for Joint Operations Center-observed events, converting watch-floor observations into root-cause corrective-action inputs and durable product feedback.
  • Develop test procedures, checklists, and safety protocols to support repeatable and safe vessel operation and mission execution while eliminating process waste.
  • Create post-mission reports with detailed logs, data plots, issue summaries, and engineering feedback.

Desired Qualifications

  • Problem-solving and hardware or software troubleshooting skills, including the ability to work effectively in challenging field conditions such as offshore open water.
  • Experience and knowledge of best practices in planning and executing complex test operations involving autonomous systems.
  • Experience in an operations center, watch floor, mission control, tactical operations center, or network operations center, including shift-handover discipline, event logging, and escalation under time pressure.
  • Familiarity with command-and-control and telemetry-visualization tools such as Grafana, Nominal, Foxglove, or Robot Operating System-based tooling, and experience building operator-facing dashboards or alerts.
  • Knowledge of networking protocols and communication systems used in autonomous vessels.
  • Experience operating over constrained or contested links such as satellite communications, LTE, or radio-frequency mesh, and remotely troubleshooting through intermittent connectivity.
  • Systems-engineering experience and the ability to understand multidisciplinary integrated systems.
  • Experience with sensor integration such as electro-optical/infrared sensors, radar, inertial measurement units, and data processing.
  • Experience with integration and testing of multidisciplinary integrated systems.
  • Experience with robotics, artificial intelligence, or machine-learning applications.
  • Familiarity with software development in Rust, Python, or other languages and command-line environments.
  • Familiarity with maritime operations.
  • Understanding of Department of Defense requirements and standards for autonomous systems.
  • Experience working with embedded systems and real-time computing.

About the Company

Saronic

Develops autonomous surface vessels for military

Saronic Technologies develops autonomous surface vessels (ASVs) for naval and maritime missions. The vessels use onboard edge computing, adaptive path planning, and passive sensors to identify and track targets, with resilient multichannel communications enabling coordinated manned-unmanned operations in contested environments. The company emphasizes integration with existing military concepts of operations (CONOPs) and provides customization and integration services to fit mission needs. Its goal is to improve situational awareness, extend operational reach, and enhance survivability in maritime engagements.

Company size
1,001-5,000
Company stage
Series D
Total funding
$2.6B
Headquarters
Austin, TX
Founded
2022

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