Join us as a Senior Control Systems Engineer, delivering innovative technical and design solutions across gas turbines MRO operations, and engine test cells. You'll work across instrumentation, control, and data acquisition systems, applying your expertise in analysis, design, maintenance & troubleshooting, and calibration. Play a key role in supporting complex electro-mechanical systems and engine interfaces while contributing to high-impact projects in a collaborative, forward-thinking environment.
Role Overview & Key Responsibilities
* Deliver design and technical solutions to assigned projects to budget and schedule, all while maintaining compliance with the Engineering Management System and associated regulatory obligations.
* Demonstrate innovation & flexibility in solving engineering problems including key challenges, decisions and recommendations.
* Create design specifications and requirements.
* Create engineering solutions, & compile documentation to verify & validate a design against requirements.
* Conduct technical investigations/analysis and document these within technical reports.
* Perform technical and personnel safety risk assessments.
* Support the commercial tenders with technical solutions, project schedules, Work Breakdown Structures and cost models.
* Support the installation, commissioning, troubleshooting and calibration of Engine Test Cell and other MRO equipment.
Qualifications And Experience
* Australian Citizen with ability to obtain Defence Security Clearance.
* Bachelor of Engineering (Electrical/Mechatronic preferred) + RPEQ registration.
* Proven experience delivering full lifecycle engineering solutions (concept to commissioning).
* Strong skills in electrical/mechatronic design, system development and modelling.
* Track record delivering projects on time, on budget, and to quality standards.
* Knowledge of Australian standards, WHS and regulatory compliance.
* Experience producing engineering documentation (designs, calculations, reports, testing & compliance).
* Ability to perform and document technical and safety risk assessments.
* Hands-on experience with installation, commissioning, troubleshooting and calibration.
* Strong problem-solving and systems-thinking skills.
* Excellent communication with cross-functional teams and stakeholders.
* Proficient in MS Office and relevant engineering software.
* Chartered Professional Engineer (or equivalent).
* Project Management qualification with practical experience.
* Experience in hazardous area design and operations.
* Aviation engineering/MRO environment experience (military or commercial).
* Knowledge of aircraft engine maintenance and gas turbine test cell systems (design or maintenance).
* Experience applying reliability engineering across the asset lifecycle.
* Understanding of RAM analysis and its application to operations and test facilities.
* Familiar with RCA methodologies (e.g. 5 Whys, Fishbone, Fault Tree Analysis).
* Knowledge of asset lifecycle management, including reliability growth, obsolescence and sustainment.
* Proven ability to collaborate with maintenance, operations and engineering teams to improve reliability and availability.
Desirable (Mechatronics and Electrical Engineering)
* Restricted electrical license and experience in fault finding and maintaining electrical systems.
* Experience with DAS/PLC platforms (e.g. NI, Allen Bradley, Honeywell) and IEC standards.
* Strong knowledge of instrumentation and signal interfaces (4–20mA, thermocouples, RTDs, load/pressure/flow transmitters).
* Familiar with industrial communications (Modbus TCP/RTU, HART).
* Ability to read/create schematics and component schedules to engineering standards.
* Solid understanding of electronics, signal processing, power systems, RFI/RFC and hazardous areas.
* Knowledge of wiring systems, cable types and installation practices.
* Understanding of Australian electrical standards (AS/NZS 3000).
* Proficient in LabVIEW and systems engineering models.
* Experience with calibration and commissioning of control and data acquisition systems.
* Strong analytical and numerical skills with ability to interpret complex data trends.
* Sound knowledge of electronic control and DAS systems.
* Knowledge of CAD, FEA and CFD tools.
* Experience with gas turbines or power generation equipment.
* Understanding of Lean principles, APQP and continuous improvement.
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