Design for Sustainability of High-Rate, Out-of-Autoclave Advanced Composite Processes

Project overview

Project title

Design for Sustainability of High-Rate, Out-of-Autoclave Advanced Composite Processes

Project description

This Project will evaluate data-driven optimisation of aerospace composite processing steps using model-based engineering (MBE). The expected outcome is to design the best solution to meet business drivers of performance, cost and rate for the fabrication of composite structures fabricated. This will help reduce environmental impact by achieving aerospace quality and rate requirements.

Supervisory team

University

Name of university supervisor	Boris Eisenbart
Name of university	Swinburne University of Technology
Email address	beisenbart@swin.edu.au
Faculty	School of Design and Architecture / School of Engineering

CSIRO

Name of CSIRO supervisor	George Opletal
Email address	george.opletal@data61.csiro.au
CSIRO Research Unit	Data61

Industry

Name of industry supervisor	Nicolette Gan Jia Gui
Name of business/organisation	Boeing Aerostructures Australia Pty Ltd
Email address	nicolette.ganjiagui@boeing.com

Further details

Primary location of student	Swinburne University of Technology, John Street, Hawthorn VIC 3122, Australia
Industry engagement component location	Boeing Aerostructures Australia, 226 Lorimer Street, Port Melbourne VIC 3207, Australia
Other locations	CSIRO Clayton, Research Way, Clayton, VIC 3168 Australia
Ideal student skillset	Strong engineering fundamentals Can-do attitude, willingness to learn Some coding capability
Application close date	Open until position filled
Apply	Contact Boris Eisenbart