Top Tech Jobs & Startup Jobs

Designs and integrates systems across autonomy, perception, and mission-level technology stacks. Captures requirements, develops system architectures, creates and maintains MBSE models using UML, SysML, and UPDM, and supports systems engineering processes. Collaborates with design, development, integration, test, product, program, and business development teams while reporting technical status, risks, and progress to leadership.

Lead talent sourcing across EU markets for specialized aerospace, AI, autonomy, hardware, software, manufacturing, and corporate roles. Build market maps, competitive intelligence, proactive pipelines, and passive-candidate relationships. Partner with recruiters and hiring leaders, adapt strategies to regional talent dynamics, and use AI tools, sourcing platforms, analytics, and workflow automation to improve recruiting efficiency and outcomes. Coach stakeholders on EU sourcing practices and continuously optimize engagement and conversion strategies.

Design, develop, test, and deploy autonomous behaviors for uncrewed aircraft. Build sensor-fusion and autonomy solutions using real sensor data, validate systems through software- and hardware-in-the-loop simulations, and integrate autonomy products with third-party aircraft and systems. Collaborate across AI, robotics, and systems engineering teams while contributing to architecture, code quality, design reviews, and engineering best practices. Lead and mentor junior engineers.

Leads materials planning, production control, inventory, warehousing, and logistics for autonomous aircraft development programs and a new manufacturing facility. Establishes supply chain processes, planning systems, material readiness controls, warehouse operations, and recovery plans. Partners cross-functionally on build plans, engineering changes, long-lead risks, NPI, production ramp, and operational readiness while leading the materials planning team.

Design, develop, test, and deploy autonomous behaviors for uncrewed aircraft. Build sensor-fusion solutions, autonomy systems, and high-fidelity software and hardware-in-the-loop simulations. Integrate autonomy products with third-party aircraft and systems, collaborate across AI, robotics, and systems engineering teams, contribute to architecture and code quality, and mentor junior engineers.

Serve as a customer-facing technical expert for defense simulation, synthetic environments, and AI-enabled mission systems. Support discovery, demonstrations, technical briefings, proposals, RFIs, RFPs, and capture activities. Translate customer mission needs into solution concepts, demos, and product feedback while explaining image generation, LVC architectures, sensor simulation, threat models, and synthetic agents. Build relationships with defense stakeholders across Australia, the Indo-Pacific, AUKUS, and allied markets, working cross-functionally with business development, product, engineering, and program teams.

Own C++ build and release workflows for autonomy and vision software, including reproducible builds, dependency management, containerized CI/CD, artifact repositories, promotion gates, testing, packaging, and edge deployment. Maintain delivery systems across isolated or air-gapped environments, troubleshoot integration issues, and collaborate with engineering and systems teams to ensure reliable, repeatable releases.

Research, design, implement, and deploy state-of-the-art deep learning perception solutions for autonomous and non-autonomous platforms. Develop computer vision capabilities, deploy AI systems to edge devices, build scalable deep learning tools, contribute to R&D, and collaborate with engineers. The role also involves applying modern architectures, optimizing embedded production models, supporting MLOps, and potentially mentoring junior team members.

Lead program finance for a high-growth defense business unit: build and maintain financial models, analyze program financials, support EVM and EAC, partner with program management and engineering, drive month/quarter close, enable budgeting/forecasting and process automation, and present insights to senior leadership to support strategic decisions.

Design and own avionics hardware for X-BAT through full lifecycle: concept, circuit and PCB design, integration, verification, environmental qualification, flight test, debugging, and manufacturing with mentorship from senior engineers.