Key Responsibilities
* Lead mechanical design and analysis activities for new product concepts, system improvements and customised equipment solutions.
* Apply advanced mechanical and mechatronic engineering principles to enhance equipment capabilities.
* Conduct structural and mechanical performance assessments, including simulations, safety evaluations and compliance checks with Australian Standards.
* Develop prototypes, perform hands-on experimental testing, evaluate results and implement iterative improvements.
* Prepare detailed engineering drawings, specifications, technical files and documentation for both internal teams and external manufacturing partners.
* Contribute to R&D initiatives aimed at improving reliability, reducing failure rates and enhancing lifecycle performance of access and lifting machinery.
* Investigate complex mechanical problems, carry out root-cause analysis and implement engineering corrective actions.
* Work closely with service technicians, operations staff and external suppliers to ensure seamless integration of engineered improvements.
* Support custom engineering requests by translating client requirements into practical, engineered solutions.
Skills & Experience
* Bachelor's degree or higher in Mechanical Engineering, Mechatronics or a closely related field; higher research qualifications (e.g., Master or PHD) will be highly regarded.
* Proven experience in product development, R&D engineering, robotics, mechanism designs or complex electromechanical systems.
* Strong capability in 3D CAD modelling, mechanical analysis, prototype development and experimental validation.
* Solid understanding of materials behavior, structural design, load paths, fatigue, safety engineering and mechanical reliability.
* Experience in taking a concept from research/ideation through to prototype testing and final engineering documentation.
* Ability to work independently on technically demanding tasks while collaborating effectively with multidisciplinary teams.
Desirable Attributes
* Background in designing or improving machinery, lifting systems, articulated mechanisms or automated devices.
* Knowledge of Australian mechanical/equipment safety standards (AS 1418, AS 2550 or relevant frameworks).
* Hands-on experience with prototyping tools, lab/mechanical testing, root-cause analysis and precision assembly.
* Strong analytical mindset with the ability to translate complex mechanical problems into well-engineered solutions.
What We Offer
* The opportunity to shape the development of advanced mechanical solutions in a specialist equipment environment.
* Strong involvement in end-to-end product engineering—from early design through to prototype validation and implementation.
* A supportive and technically focused environment where innovation and rigorous engineering are valued.
* Competitive salary and long-term career prospects within a growing organisation.