Senior Power Pack Design Engineer

About the role

The Senior Power Pack Design Engineer leads the design, development and optimisation of hydraulic power pack systems and their integration with vehicle chassis and related systems. The role turns technical specifications and customer requirements into safe, reliable and manufacturable designs, guiding work from concept and calculations through drawing release, prototype validation and production support.

Key responsibilities

• Develop and optimise hydraulic power pack designs, selecting and sizing pumps, motors, reservoirs, filters, coolers, valves, manifolds, piping and instrumentation.
• Prepare and verify engineering calculations, hydraulic schematics, 3D models, assembly drawings, bills of materials and design specifications.
• Finalise the design of the engine, cooling, transmission, brake and axle systems within the chassis, assessing packaging, routing, weight, manufacturability and cost.
• Review and approve designs, drawings and calculations prepared by engineers reporting to the role, and set design practices, drawing standards and revision control.
• Oversee prototype build, commissioning and testing, review test and field data, and implement design changes based on verified results.
• Coordinate with product development, manufacturing, procurement, suppliers and quality assurance to support on-time project completion and prepare technical documentation.

Required profile

• Bachelor's degree in Mechanical, Automotive, Mechatronics or a closely related discipline; a postgraduate qualification is an advantage.
• Typically 8 or more years of design engineering experience, including responsibility for hydraulic power packs, mobile equipment or vehicle system integration.
• Experience designing or integrating hydraulic systems and working with engine, cooling, transmission, brake and axle interfaces in a chassis or comparable platform.
• Experience reviewing engineering work and giving technical guidance to engineers or design teams.

Required skills

• Proficiency with 3D CAD and engineering drawing tools; hydraulic design or simulation software experience preferred.
• Design for manufacture and assembly, tolerance management, materials, failure analysis and product safety.
• Clear technical communication and organisation of multiple design activities and project deadlines.