Manufacturing Systems
Manufacturing systems are changing rapidly because of the global competition, the sustainability push and the emergence of new technologies. Major transformations are happening in many industries in terms of adoption of sustainable materials, development of energy-efficient and digital manufacturing processes, implementation of modularity principles, and design of flexible supply chains.
Here in the manufacturing systems sub-theme we work to develop fundamental understanding of the manufacturing challenges faced by industry and to engineer practical solutions. The research focuses on manufacturing systems design, modelling, analysis and implementation. The approaches we employ range from mathematical modelling to design-led innovation. We work in collaboration with partners from a variety of sectors including construction, mining and consumer goods. The ultimate aim of the research is to create tangible benefits for our partners.
Research areas broadly include:
- Sustainable materials and manufacturing
- DFMA for modular products
- Manufacturing logistics
- Manufacturing technology and equipment
Example research
Manufacturing Logistics
Student: Leo Hsu
Partner company: Laing O’Rourke
Aim: Configure the supply chain for modular construction products and develop mathematical models to predict manufacturing rate and initial inventory to deal with foreseeable and abrupt disruptions in construction sites.
DFMA for modular products
Student: Tanawan Wee
Partner company: Laing O’Rourke
Aim: Develop DFMA rules for modular construction products.
Sustainable Materials and Manufacturing
Student: Anouk Zeeuw van der Laan
Partner company: P&G (Gillette)
Aim: Identify sustainable materials (alternative to petrochemical derived polymers), and novel manufacturing options for Fast Moving Consumer Goods (FMCG).
People
Academics
Dr Marco Aurisicchio

Dr Marco Aurisicchio
Academic
Dr Shayan Sharifi

Dr Shayan Sharifi
Academic