In 2021, Romar Engineering formally partnered with RMIT to collaborate on a new project: Multi-objective optimisation of additively manufactured components subject to multiphysics loading.

Direct energy deposition (DED) and Laser powder bed fusion (L-PBF) additive manufacturing processes can enable unprecedented levels of part design optimisation by eliminating constraints imposed by traditional manufacturing techniques.

Our collaboration will focus on better solutions to challenging multi-disciplinary design problems involving thermal, fluid, and structural loading, present in high-value components such as rocket engine components, advanced heat exchangers, high temperature valves and conformally cooled tooling.


About RMIT

RMIT University is a globally-respected university of technology, design and enterprise.

RMIT’s researchers collaborate with researchers from university, government and industry, nationally and internationally to develop innovative real-world solutions to challenges including cutting-edge manufacturing solutions.

The result is exceptional research outcomes that help reshape our community.


Project technical details

Academic Supervisor: Prof. Ivan Cole, Dr. Maciej Mazur
Industry Supervisors: Romar Engineering

Please find full project technical details here.

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    Design for Manufacture (DFM)Metal Additive ManufacturingPolymer Additive ManufacturingEngineering ConsultationManufacturing AnalysisISO 13485 Cleanroom MouldingInjection MouldingCompression/Transfer MouldingTool Design and ManufactureRapid PrototypeCNC MachiningCMM Precision InspectionCleanroom AssemblyOther (Please Specify)

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