Dr. Rebecca Peer, formerly at Stanford. Lectures Energy, Policy, and Society. Researches sustainable energy systems.
"Building the energy transition is likely humanity's largest infrastructure challenge. It also is our opportunity to make energy clean and cheap!" Dr. Jannik Haas - Director of Renewable Energy Engineering Postgraduate Programmes.
"Studying Renewable Energy opens the door to many careers, like an energy analyst, policy advisor, solar or wind engineer, project manager, or sustainability officer." Dr. Rebecca Peer - Deputy Director of Renewable Energy Engineering Postgraduate Programmes.
Worldwide, jobs in the renewable energy sector have grown from 7 million in 2012 to 16.2 million in 2023 (IRENA, 2024) and are expected to grow further to 100 million by 2030 (gridX, 2023). This growth signals immense career opportunities for individuals ready to join the energy transition.
Become a specialist in renewable energy by enrolling in our courses, or pursue postgraduated studies via our Master’s or PhD programmes, your chance to be part of this exciting change.
UC is consistently ranked in the top 2% globally and top 50 in global impacts on Climate Action and Sustainable Cities and Communities (SDG Rankings).
World-class instructors in designing future energy systems and technologies, reflected in over 50 million dollars of funding they have recently attracted.
Check your elegibility for a wide range of scholarships for Undergraduate, Masters or PhD level to support local and international students at UC.
Our graduates get exciting jobs as policy advisors, transmission system operators, solar system designers, energy analysts, sustainability consultants, and more. Salaries in NZ ranges from $95,000 to $100,000
Hike, bike, kayak, swim! Our students and staff love to explore the beaches, mountains, and rivers close to Christchurch, the second-largest city in New Zealand.
Christchurch is among the top 100 Best Student Cities globally (QS, 2025) and has outstanding biking infrastructure. It is 10% cheaper than Auckland and 35% cheaper than Sydney.
Find out more about our courses, as well as the Master and PhD programmes in renewable energy engineering.
Renewable energy and sustainable technologies are part of most of UC's undergraduate engineering degrees. At Civil and Natural Resources Engineering, we offer the following courses, which you can choose as electives during your undergraduate studies:
You can also take courses from other engineering departments.
Help shape our future energy systems and policy by becoming a Master in the area of renewable energy. This one-year programme is designed to be flexible to meet your needs.
The programme is directed by the Department of Civil and Environmental Engineering, which is consistently ranked in the top 50 globally (top 41, Shanghai 2023; top 11, Shanghai 2022).
Many other engineering departments teach into the programme. Overall, the University of Canterbury is consistently ranked in the top 2% globally (Rankings UC, 2024), and does particularly well (top 50 globally) in the Impacts Ranking related to Climate Action, Sustainable Cities and Communities, and Responsible Consumption and Production (SDG Rankings UC, 2024).
Our students come from a wide range of engineering and science backgrounds and other areas like economics, energy, architecture, business and management, public policy, and international development.
Our graduates get exciting jobs. For example, we have graduates working as policy advisors (e.g., Ministry for Foreign Affairs), transmission system operators (e.g., Transpower), solar system designers (e.g., Sunrun), energy analysts (e.g., Intelligent Energy Systems, Ember), or consultants.
The programme is officially called "Master of Engineering Studies endorsed in Renewable Energy". In other words, you will get a Master of Engineering specialised (endorsed) in Renewable Energy. "Studies" means it is course-based and not research-based.
You need 8 courses to graduate. We offer many courses on renewable energy, such as:
Further electives inside and outside the Faculty of Engineering allow you to diversify your studies on energy systems, including courses from science, policy, psychology, economics, and others. Courses offered at UC can be searched here.
Many of our students get scholarships, e.g. Orion, Manaaki Scholarships, India High Achievers Scholarship or the Dean's Award. Further scholarships can be found here. Check if you are eligible.
Postgraduate studies in renewable energy are a door opener. You could be looking at careers as an:
World-class professors (we call them lecturers in New Zealand) teach into the programme. Along with other UC staff working on renewable energy, they have recently attracted over 50 million dollars of research funding and founded many startups. For example:
Dr. Rebecca Peer, formerly at Stanford. Lectures Energy, Policy, and Society. Researches sustainable energy systems.
Dr. Jannik Haas, formerly at the German Aerospace Center. Lectures Energy Systems Modelling. Researches future energy systems.
Dr. David Dekenberger. Lectures Advanced Energy Systems Engineering and is the most prolific author in the existential/global catastrophic risk field.
Dr. Yi Wang, formerly at ETH. Lectures Planning and Design of Sustainable Transport. Researches sustainable transport systems.
Dr. Jeremy Watson, formerly at Cambridge. Lectures Renewable Electricity System Design. Researches integration of renewable technologies into power grids.
Dr. Matt Watson, founder of NILO and Aspiring Materials. Lectures Advanced Energy Processing. Researches industrial decarbonisation.
Dr. Enda Crossin, formerly at the University of Queensland. Lectures Sustainable Systems in Engineering. Researches environmental life cycle assessment.
Dr. Christina Dunker, formerly at RocketLab. Lectures Wind Resources Modelling. Works for the space industry.
Dr. Andrew Lapthorn, Director of the High Voltage Lab. Lectures Renewable Electricity System Design. Researches high voltage technologies.
Advance the future of energy: Do a PhD in Renewable Energy Engineering at the University of Canterbury.
Our PhD in Renewable Energy Engineering is designed for visionary leaders and researchers who are driven to shape the future of global energy systems. This program offers cutting-edge research opportunities, access to state-of-the-art facilities, and interdisciplinary collaboration with world-renowned experts.
Your first steps towards a PhD involve finding a supervisor for your topic (see our research groups below) and exploring our PhD scholarships.
SERG develops cutting-edge simulation and optimisation models to support decarbonisation strategies and energy transition policies.
SERG develops cutting-edge simulation and optimisation models to support decarbonisation strategies and energy transition policies.
The interdisciplinary team of researchers brings diverse expertise and focused research interests that collectively advance energy solutions. With strengths in thermodynamics, heat transfer, and fluid mechanics, they apply their knowledge to enhance HVAC systems, building services, and combustion processes, optimizing energy efficiency, and sustainability in urban environments
The interdisciplinary team of researchers brings diverse expertise and focused research interests that collectively advance energy solutions. With strengths in thermodynamics, heat transfer, and fluid mechanics, they apply their knowledge to enhance HVAC systems, building services, and combustion processes, optimizing energy efficiency, and sustainability in urban environments
HIT Lab NZ is a multidisciplinary research centre whose work focuses on the intersection between people and technology.
HIT Lab NZ is a multidisciplinary research centre whose work focuses on the intersection between people and technology.
EPECentre is partnered across industry, community, and academia to drive the transformation to a clean energy future.
EPECentre is partnered across industry, community, and academia to drive the transformation to a clean energy future.
QuakeCoRE is transforming the earthquake resilience of communities and societies through innovative, world‐class research, human capability development, and deep national and international collaboration. We are a Centre of Research Excellence (CoRE) funded by the New Zealand Tertiary Education Commission. Learn more about QuakeCoRE.
QuakeCoRE is transforming the earthquake resilience of communities and societies through innovative, world‐class research, human capability development, and deep national and international collaboration. We are a Centre of Research Excellence (CoRE) funded by the New Zealand Tertiary Education Commission. Learn more about QuakeCoRE.
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
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
UC's Cluster for Community and Urban Resilience (CURe) is a transdisciplinary research team that seeks to build the resilience of communities through innovative, collaborative, and inclusive research that's focused on equitable and sustainable urban systems. Learn about our Cluster for Community and Urban Resilience.
UC's Cluster for Community and Urban Resilience (CURe) is a transdisciplinary research team that seeks to build the resilience of communities through innovative, collaborative, and inclusive research that's focused on equitable and sustainable urban systems. Learn about our Cluster for Community and Urban Resilience.
Most power electronics research involves using electronic devices in their switch mode. Switching power supplies and amplifiers are far more efficient than their linear counterparts. This becomes very important when power levels are large, if power supply is limited, or both. Learn more about UC's Power Electronics research group.
Most power electronics research involves using electronic devices in their switch mode. Switching power supplies and amplifiers are far more efficient than their linear counterparts. This becomes very important when power levels are large, if power supply is limited, or both. Learn more about UC's Power Electronics research group.
UC's power systems group researches renewable energy, energy efficiency and technology, power quality, transformers, power system dynamics, generation and distribution networks, power electronic control, high voltage engineering, and energy markets. Learn more about our Power Systems group.
UC's power systems group researches renewable energy, energy efficiency and technology, power quality, transformers, power system dynamics, generation and distribution networks, power electronic control, high voltage engineering, and energy markets. Learn more about our Power Systems group.
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