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Academic school or department
School of Physical and Chemical Sciences
Te Kura Mat贖
14 September 2023
Chemists, physicists, and astronomers are curious about how the world works. Physicists explain the basic laws that underlie everything on any scale, from the smallest elementary particles to the universe as a whole. Learn more about UC's School of Physical and Chemical Sciences.
HOW TO APPLY
Chemists investigate everything relating to molecules: how to synthesise and transform them, and how molecules are involved in the processes that govern life and the environment. Fundamental physics and chemistry has also driven and continues to lead the revolutionary changes in technology that have transformed the nature of society and our planet.
That also gives us a particular responsibility in finding solutions to the huge challenges that face humanity in the 21st century, including climate change and sustainable energy sources.
Our school
Te Kura Mtu | School of Physical and Chemical Sciences is made up of over 80 staff and runs an exciting programme of teaching and research using state-of-the-art facilities. Our areas of scholarship are diverse and we collaborate nationally and internationally.
Our teaching staff are all active researchers and very passionate. Dynamic teams are leadingresearchin a wide range of disciplines, from molecular cloning to stellar astrophysics, from the design of new pharmaceuticals to nanotechnology devices.
Our state-of-the-artfacilitiesare packed full of equipment to help us measure, manipulate, visualise and quantify the living world.
Leading research
A wide range of research is undertaken within Te Kura Mat贖 | School of Physical and Chemical Sciences, allowing our students to develop vital skills for further study or the workforce.
Our research groups and centres focus on collaboration with industry experts to give our students practical, real-world experience in a range of specialisations.
Our staff and students have access to well-resourced laboratories, facilities, field stations and cutting-edge equipment.
Engagement and careers
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Science Outreach for Schools
UC's science outreach programme inspires and supports future scientists, problem solvers, and innovators. We work with teachers and scientists to enhance science education in schools, give students real world experiences, and show the exciting career opportunities possible with science. Learn about UC's science outreach for schools.
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Science Outreach for Schools
UC's science outreach programme inspires and supports future scientists, problem solvers, and innovators. We work with teachers and scientists to enhance science education in schools, give students real world experiences, and show the exciting career opportunities possible with science. Learn about UC's science outreach for schools.
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Science Outreach for Schools
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What can I do with my degree?
Search the 厙ぴ勛圖 | Te Whare Wnanga o Waitaha website.
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What can I do with my degree?
Search the 厙ぴ勛圖 | Te Whare Wnanga o Waitaha website.
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What can I do with my degree?
From environment to manufacturing, in niche technologies and with leading edge science, scientists identify, respond to and address science-based challenges affecting our lives now and in the future. Whether its dealing with a changing climate, confronting health issues, improving society, responding to demographic changes, protecting New Zealand's unique biodiversity, or designing and manufacturing products for commerce, Aotearoa New 厙ぴ勛圖needs people who can ask the right questions and know how to use science to answer and solve many of these.
Excellent quality, high-impact science is fundamental to New Zealand's ability to achieve excellent economic, environmental, social, and cultural outcomes. Innovation will be the main mechanism through which we lift peoples' productivity, prosperity and wellbeing.
The School of Physical and Chemical Sciences offers undergraduate and postgraduate qualifications that allow science students to explore their options, find their passion and make a difference to society in their chosen career.
Fast facts:
- STEM graduates are employed full-time at a higher rate than non-STEM graduates. (UC Graduate Destination Survey, 2016)
- $329 billion global space economy.
- More medical physicists needed in Aotearoa New Zealand. ()
- 4.6% growth expected in the employment of natural and physical scientists by 2020. ()
- Scholarships of course fees plus $10-30,000 available for high school science teacher trainees. ()
- 3,600+ people work across seven, NZ's largest science research hubs.
- These hubs gain annual revenues of $677 million. 2/3 of the nations publicly-funded science researchers, outside health and IT, work at CRIs and CRIs undertake 3/4 of research contracted by New 厙ぴ勛圖businesses.
- Aotearoa New Zealand's natural products industry is worth $1.4 billion annually.
The School offers two programmes unique within Aotearoa New Zealand: A Bachelor of Science inAstronomyand a variety of postgraduate qualifications inMedical Physics.
倏喝娶泭facilitiesare world-class. The Mt John Observatory and the Rutherford Regional Science and Innovation Centre are unique in Aotearoa New Zealand.
In addition, we frequently host international experts asErskine Fellows, offering unique learning opportunities for students of Chemistry. Past fellows have included. UC is proud to be the alma mater of Nobel prize winner Ernest, LordRutherford, who studied at UC when it was known as Canterbury College. Other notable alumni includeRichard Barrer, a pioneer in the Chemistry of zeolites, materials widely used in catalysis.
The School of Physical and Chemical Sciences works with a number of local, regional and international organisations, including:
- National Geographic
- GNS Science
- Environment Canterbury
- National Institute of Water and Atmospheric Research Ltd (NIWA)
- Te R贖nanga o Ngi Tahu
- National Science Challenge
