Control Systems Engineering: Develop and tune advanced control algorithms (e.g. PID, model predictive, adaptive control) for sensors, actuators, and robotic systems.
Collaboration & Data Utilisation: Partner with data engineers and scientists to feed operational data into analytics or machine learning pipelines, supporting predictive maintenance and system optimisation.
Data Integration: Implement data collection, logging, and communication between hardware components and cloud or edge systems to enable analysis and optimisation.
Software & Systems Development: Design, develop, and maintain embedded software and firmware for smart devices, automation systems, and connected mechatronic platforms.
Connectivity & IoT: Integrate communication protocols such as CAN, Modbus, and TCP/IP to support real-time data exchange in networked systems.
Documentation & Compliance: Prepare detailed documentation of system architecture, software design, and data flow processes while ensuring alignment with organisational standards, safety, and quality requirements.
Simulation & Testing: Model and simulate mechatronic systems using tools such as MATLAB/Simulink, LabVIEW, or Python, and perform hardware-in-the-loop (HIL) testing for validation.
Requirements
python
c++
ros
machine learning
mechatronics
cybersecurity
Experience with leading, supervising or mentoring junior engineers/ teams previously
Knowledge of machine learning / AI integration in mechatronic systems, including image recognition.
Proven experience applying critical thinking and problem solving to a range of technical challenges
Proficiency in Python, C++, SQL, and firmware development.
Relevant tertiary qualification in Mechatronics, Software Engineering, or related discipline
Problem Solving: Proven capability in problem solving and critical thinking, including breaking down technical challenges, evaluating options & recommending the best outcome forward
Excellent communication, teamwork, and documentation capabilities.
Understanding of cybersecurity principles for connected devices.
Familiarity with digital twins, predictive analytics, and data visualisation.
5-10 years of relevant experience in mechatronic software and systems engineering
Strong analytical and problem-solving skills with a focus on system reliability and data quality.
Experience with ROS (Robot Operating System), PLC programming, and industrial automation frameworks.
Applicants must be residing Australian Citizens / Permanent Resident of Australia.
Benefits
Tailored career development that supports your aspirations with a clear step-by-step guide for progression within the organisation
Annual Christmas closure with an additional 2 paid public holidays in December because we recognise taking time with those close to us is important
Opportunities to work with globally recognised experts, who offer one-on-one mentorship and support throughout your career.
Well established social club in almost all offices with regular activities, quiz nights and tournaments to keep you busy!
Reward and recognition programs to highlight the great work that is being done every day from our incredible team members
Access to 8 weeks of parental leave and support upon your return to the workplace
Excellent employee benefits including access to pre-tax salary sacrifice arrangements to make your take home pay work better for you and your family
Training + Development
Information not given or found
Interview process
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Visa Sponsorship
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Security clearance
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Company
Overview
Focused on revolutionizing the transport sector through cutting-edge research and development.
Improving the sustainability, efficiency, and safety of transport systems across Australia.
Addressing challenges in infrastructure planning, transportation networks, and mobility technologies.
Fostering collaboration between government, industry, and research institutions to innovate transport solutions.
Providing expert advice and actionable insights to shape the future of urban and regional transport systems.
Delivering key projects such as models for sustainable urban transport, assessments of future transport trends, and optimization of transport network efficiency.
Demonstrating a strong track record in working with public and private sector stakeholders to achieve impactful outcomes.
Advancing transport research through data-driven methodologies and real-world applications.
Culture + Values
Fostering teamwork and shared goals across teams.
Operating with honesty, transparency, and ethical behavior.
Driving initiatives with enthusiasm and a commitment to success.
Inspiring meaningful change and innovation in their work.
Environment + Sustainability
Net Zero 2050
Net Zero Target
Development of a comprehensive net zero strategy and action plan targeting a net zero port by 2050.
Performed technical analysis of carbon models and frameworks to support robust decarbonisation decision-making
Developed Environmental Product Declarations (EPDs) through Life Cycle Assessments, including for OmniGrip Direct, to enable data‑driven transparency and support recycled‑material infrastructure
Working on EPDs for end‑of‑life tyres, recycled plastic, low‑carbon concrete and HFST products
Presented on wayside vegetation management to maximise environmental, economic and safety benefits of transport corridors, contributing best‑practice sustainable transport guidance