Menu

Wananga landing Wananga landing
Topic

Design and Manufacturing

15 December 2023

The Design and Manufacturing Group has a diverse range of research and development interests. We look at everything from design methodology, advanced manufacturing techniques, and rapid product development to engineering art and kinetic sculptures. Our group works collaboratively with Robotics, Materials, Instrumentation and Control, Applied Mechanics, Aerospace, and Biomedical disciplines to help reduce their ideas to practice

APPLY NOW

Research Theme Members

Areas of Expertise

Additive Manufacturing (3D Printing), Engineering Design, Manufacturing Processes, Stirling Engines, Solar Energy Conversion

Research Interests

Additive Manufacturing, Stirling Engines, Biomedical Engineering, Solar Energy Conversion, Concrete casting using 3D printed formwork


Areas of Expertise

Lightweight structures

Research Interests

Design for Additive Manufacture, Composites manufacturing, repair technologies and testing, Bio-inspired design.

Multi-material, multi-model, topology optimisation. High-performance 3D printed parts, automated workflows, reduced defects and material savings


Areas of Expertise

Medical devices, Biomechanics, Biomaterials, and diagnostic sensors for improving people's lives

Research Interests

Wireless, implantable sensor system to measure the progress of spinal fusion, MEMS (micro-electro-mechanical-systems) sensors, Biomaterials for implantable sensors (postgrad-led), Biomechanics, including gait analysis and rehabilitation, Smart climbing holds for improving athlete performance in sport climbing (postgrad-led), Designing point-of-care devices for detecting biomarkers in the blood, Sensors for monitoring stress fractures in racehorses (postgrad-led, BIC sponsored), Wireless communication and power using ultrasound (postgrad-led), Hybrid EMG/EEG control of upper limb prosthetics (postgrad-led), Improving the comfort and usefulness of virtual reality environments, and Implementing means of improving the systems for training, design, donation, repair, and disposal of medical devices in developing countries

Current Postgraduate Opportunities

Project Title: Ongoing

Project summary: There are no current funded opportunities with Debbie, but she is regularly applying for new funding. Some funding requires a named student, and Debbie supports students with their own research interests, so please contact her directly to discuss how to apply and if she is available to supervise. additional postgraduates.

 Funding/stipend: Seeking funding

Project Title: Biomarkers of a Myocardial Infarction (Heart Attack)

Project summary: This is a joint project with the Christchurch Heart Institute. We are currently applying for funding to support a PhD student (3 years) and a post-doc (2 years).

 Funding/stipend: Applying for funding

Application deadline: If successful with grant proposal, Jan 2025

Project Title: Biomechanical Gait Analysis for Stroke Recovery Using Instrumented Treadmill and Augmented Reality (AR)

Project summary: This is a joint project with the HIT Lab and is part of the Sports, Health, and Rehabilitation Research Cluster (SHARRC)

 Funding/stipend: No current funding available but is part of an initiative to develop SHARRC’s research impact.

Application deadline: November 2024


Areas of Expertise

Machine design, Manufacturing,  Industrial engineering, Human factors, Management of design, Life cycle analysis

Research Interests

Industrial and manufacturing engineering (including lean), Human factors (including psychosocial, ergonomics, industrial biomechanics), Safety in design, Electrical power and energy systems modelling, Productivity, Railway engineering

Current Postgraduate Opportunities

Project Title: Development of safety management systems

Project summary: All organisations need safety management systems (SMS). Yet it is unclear how these may be systematically developed. There is also the complication that small to medium enterprises (SMEs) need to progressively develop a SMS as the organisation grows. This project intends to use a survey and interview methodology (mixed methods) to identify the critical elements in a SMS along the SME evolution. Note: The project requires a high level of English fluency because of the methodology. The project could be suitable as a part time enrolment for someone working in industry, and might be able to be done off campus.

Funding/stipend: Self-funded

Application deadline: Open

Project Title: Life Cycle Analysis

Funding/stipend: Self-funded

Application deadline: Open

Project Title: Logistics

Funding/stipend: Self-funded

Application deadline: Open


Areas of Expertise

Manufacturing Processes, Production Management

Research Interests

Lean Manufacturing, Cross Cultural Management


Areas of Expertise

Mechanical prototype design and fabrication, Machining, Welding (TIG/MIG), Additive manufacturing. Non-destructive testing.

Research Interests

Remote/Automated NDT inspection, maintenance and repair, Characterisation and optimisation of Additive manufactured parts, Broad interests within Motorsport and Aerospace industries.

UC Motorsport

C Motorsport - 2023 FSAE-E champions, Driver - Jack Stokes . Image owner – Isha Patel, UCM Team Principal 2024                        

             

Design and manufacturing

Tensile testing FDM printed TPU with high elongation Extensometer. Image owner – Congyu Xu, UC PhD Candidate                       


Areas of Expertise

Intelligent Design and Manufacturing, additive manufacturing

Research Interests

Artificial Intelligence, such as Large Language Model (LLM), Spiking Neuron Network (SNN) for Advanced Design and Manufacturing

Current Postgraduate Opportunities

Project Title: LLM based intelligent design and manufacturing

Project summary: Develop customized LLM technologies for intelligent design and manufacturing applications, such as improving efficiency, sustainability, knowledge generation, engineering education, etc.

Funding/stipend: Self-funded

Application deadline: Continuous

Project Title: Smart Additive Manufacturing (AM)

Project summary: Develop AI technologies for AM in term of material and process optimization, quality control, high-speed printing using biomaterials 

Funding/stipend: Self-funded

Application deadline: Continuous


News and Events

Privacy Preferences

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyse site usage, and assist in our marketing efforts.