Additive manufacturing with concrete, commonly referred to as 3D Concrete Printing (3DCP), is an emerging technology that is transforming the construction industry. Material development for 3DCP has reached a relatively high level of maturity. On the other hand, investigations at the structural level are lagging, particularly in seismic structural engineering.
This project aims to develop advanced numerical modelling and optimisation tools to support the safe and sustainable adoption of 3DCP for structural applications in seismically active regions. Building on a unique large-scale experimental dataset generated at the University of Canterbury, the research will focus on understanding and improving the seismic performance of 3DCP structures through numerical modelling and structural optimisation.
The successful candidate will work at the interface of structural engineering, numerical modelling, and sustainable design. The project involves selecting and developing finite element models for 3DCP structures, calibrating them against experimental data, and using them to conduct parametric studies and structural optimisation. The goal is to identify structural configurations that achieve high seismic performance while minimising material use and embodied carbon.
The suitable candidate must have a Master’s in Structural Engineering or an equivalent discipline. Prior research experience in numerical modelling, finite element analysis, experimental testing and structural optimisation is preferred. A genuine interest in novel construction technologies such as robotics and additive manufacturing is well regarded.
Supervisors
Primary Supervisor: Dr Giuseppe Loporcaro
Key qualifications and skills
- Master's in Structural Engineering or equivalent discipline
- Prior research experience in numerical modelling, finite element analysis, and structural optimisation
- Familiar with FEM software such as Abaqus, OpenSees or similar
- Prior experimental testing experience is well regarded
- A genuine interest or experience in novel additive manufacturing and 3D Concrete Printing
Does the project come with funding
Per annum: Stipend of $32,650 plus PhD tuition fees. The project also has up to $5,000 available for research expenses across the duration of the degree.
Funding duration: Three years (360 points)
Final date for receiving applications
27 October 2026
How to apply
This is a UC Commitments Doctoral Scholarship and applications must be made through the Scholarship Portal in your myUC account. Emailed applications will not be considered. Find out more here: University of Canterbury Scholarship Portal - UC Commitments - Reducing CO2 emissions of the built environment through structural optimisation and additive manufacturing
Keywords
Structural engineering; 3D Concrete Printing; Numerical modelling; Finite Element Analysis; Digital Concrete; Additive Manufacturing with Concrete
