Own the electrical architecture and vehicle integration systems for AeroVect’s autonomous tractor platform, leading design, fault analysis, and field validation.
Responsibilities
Own the electrical architecture of the autonomous tractor platform end-to-end
Design, review and maintain vehicle wiring diagrams and electrical schematics
Lead root cause analysis on electrical faults and system-level failures across the deployed fleet
Define and drive corrective actions from field failure analysis
Own the electrical bring-up and validation process for new vehicle platforms and major upfits
Requirements
Nice to have: autonomous vehicle electrical systems
Deploy and support DarkVision’s acoustic-based imaging technology in field operations across Australia, coordinating with oil and gas operators and service companies.
Locations (2)
Parramatta, New South Wales, Australia
Toowoomba, Queensland, Australia
Responsibilities
Deploy technology from mobilization to rig-down
Coordinate with site personnel and service companies
Senior Producer for the Metro desk’s video journalism, overseeing live streams, news clips, and enterprise projects while managing a team of video journalists.
Compensation
$145,000—$170,000 USD
Responsibilities
Drive innovative, exclusive video coverage across a range of formats
Manage and help hire video journalists
Assess stories for video suitability and mentor staff
Lead story development and edits
Review, assign and provide feedback on productions
Support the development and operation of advanced marine robotic systems as a hands‑on engineer responsible for designing, developing, integrating, testing, and deploying electrical and software systems for autonomous underwater vehicles (AUVs) and other marine robotic platforms.
Compensation
$90,000-$120,000, Commensurate with Experience
Responsibilities
Design, develop, integrate, test, and deploy electrical and software systems for autonomous underwater vehicles
Integrate embedded electronics, firmware, power and communications systems, sensors and actuators, onboard computing, robotic software, and system‑level integration
Collaborate with faculty, research staff, graduate students, industry partners, and government sponsors to develop and demonstrate new capabilities
Contribute to sponsored research projects from initial design through laboratory testing, field deployment, and demonstration
Produce technical documentation, research reporting, proposal development, and dissemination of research results through technical presentations and scholarly publications
Requirements
Master’s degree in Electrical Engineering, Computer Engineering, Robotics, Computer Science, or a closely related engineering discipline
Bachelor’s degree with +5 years post‑bachelor’s experience
Nice to have: Designing printed circuit boards and electronic systems
Nice to have: Developing embedded firmware for microcontrollers
