Postdoctoral Research Associate - Advanced Laser Cladding Metal Matrix Composite Coatings - Modelling And Optimization
The University of Sydney
Sydney, New South Wales, Australia
Base: $113,400; bonus/equity: not specified; benef...
Laser cladding process optimization
Process modelling and simulation
Metal matrix composite coatings
This industry-backed initiative focuses on high-productivity metal composite coatings designed for extreme industrial environments
Job Summary
This industry-backed initiative focuses on high-productivity metal composite coatings designed for extreme industrial environments.
You will help fill critical knowledge gaps in process monitoring, optimisation, and control for laser cladding, contributing directly to the development of a cost‑effective, environmentally friendly, fully automated coating system suitable for marine, mining, defence, and other demanding applications.
Collaborate directly with industry partners to ensure practical translation of research outcomes.
Matching Summary
This industry-backed initiative focuses on high-productivity metal composite coatings designed for extreme industrial environments.
Salary
Base: $113400; Bonus/Equity: Not specified; Benefits: 17% superannuation
Skills & Requirements
Must-have
laser cladding process optimization
process modelling and simulation
metal matrix composite coatings
wear and corrosion resistance
experimental laboratory work
Nice-to-have
industry-backed research collaboration
practical translation of research
data-driven monitoring approaches
collaborative mindset
Key Requirements
PhD in relevant field
Research experience in laser processing
Research experience in additive manufacturing
Research experience in metal matrix composites
Research experience in coatings or surface engineering
Research experience in automation, sensing, or process control