Top Engineering Jobs

Design and develop RF and microwave modules for airborne and ground systems, from requirements and circuit design through PCB layout, laboratory verification, qualification, and production release. Perform RF simulation, electromagnetic analysis, hardware bring-up, troubleshooting, and characterization. Collaborate with mechanical, thermal, avionics, manufacturing, and test teams while supporting integration, environmental qualification, production testing, and flight testing.

Leads structural analysis for autonomous aircraft and UAV airframes, including finite element modeling, static, modal, fatigue, vibration, and damage-tolerance analyses. Establishes analysis methods, validates models, correlates results with structural testing, and drives structural optimization. Reviews technical deliverables, supports design reviews and flight testing, mentors analysts, and collaborates with multidisciplinary engineering teams to meet aircraft performance, weight, cost, and manufacturability objectives.

Lead the architecture, development, integration, and deployment of distributed real-time and faster-than-real-time simulation systems for uncrewed aircraft autonomy programs. Build high-performance C++ and Python solutions, integrate defense simulation frameworks, deploy containerized environments with Docker and Kubernetes, and connect simulation with autonomy, perception, hardware interfaces, and automated testing. Provide technical and project leadership across multidisciplinary engineering teams while supporting customer programs and internal research.

Design PCB layouts for complex digital, analog, RF, high-speed, and power electronics used in aircraft. Responsibilities include stack-up planning, schematic interpretation, component placement, routing, signal and power integrity, thermal and EMI mitigation, design reviews, manufacturing documentation, and DFM collaboration with vendors and manufacturing engineers.

Test software across the SDLC by developing and executing test cases, conducting regression and integration testing, implementing automation, validating performance and requirements, documenting results, and supporting release approvals. Prepare hardware and software test environments across Windows and Linux, including device flashing and installation. Collaborate with engineering teams to improve software quality and conduct operational testing during flights around Melbourne.

Supports quality engineering throughout XBAT aerospace product development, including product risk management, design and manufacturing reviews, root cause analysis, nonconformance management, change control, verification and validation, First Article Inspection, audits, and quality documentation. Partners with engineering, manufacturing, test, supply chain, and program management teams to transition the product toward production while embedding quality into development processes.

Lead aircraft reliability engineering across development, integration, testing, and operations. Establish reliability requirements and budgets, perform predictions and analyses including FMEA, FTA, RBD, and Weibull analysis, manage FRACAS and reliability growth activities, analyze test and field data, assess supplier performance, and recommend design improvements. Communicate reliability risks and metrics to engineering leadership and customers while mentoring junior engineers and improving organizational processes.

Designs and integrates systems across autonomy, perception, and mission-level technology stacks. Responsibilities include capturing requirements, developing system architectures, creating SysML and other MBSE models, documenting interfaces and behaviors, improving model-to-code tooling, supporting systems engineering processes, and reporting to technical and program leadership. The role requires collaboration across design, development, integration, test, product, and program teams, with a focus on complex hardware/software systems and Australian customer programs.

Integrate and verify autonomy software on aircraft hardware across SIL, HIL, ground, and flight-test environments. Develop test plans, test cards, schedules, and automation; identify and resolve interface, timing, protocol, and hardware/software integration gaps. Coordinate with aircraft vendors, configure test benches, troubleshoot anomalies, assess flight readiness, and analyze post-flight data. The role requires Linux and Python proficiency, cross-functional coordination, periodic travel, and eligibility for a U.S. DoD SECRET clearance.

Performs structural analysis and testing for advanced UAV airframes and components. Builds finite element models, conducts static, modal, fatigue, vibration, and shock analyses, validates results through hand calculations, and analyzes telemetry and test data. Collaborates with engineering teams to optimize lightweight composite and metallic structures for strength, weight, safety, and manufacturability. Documents technical findings and supports structural test planning, certification, and continuous improvement of analysis methods.