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BE Nanotechnology Brch Nanotechnology – Why are things different at the small scale? Who can I talk to? Nanotechnology is about understanding how things Associate Professor behave differently at the small scale (1-100 nm) and Richard Haverkamp then applying this understanding to large scale Institute of Technology and Engineering processes. Private Bag 11222 Bachelor of Engineering (BE) Palmerston North For example why does water in small droplets boil at a lower temperature than in large droplets? Why do Phone: 06 350 4167 Chemical and small pieces of metal or ceramic melt at a lower Email: [email protected] temperature than larger pieces? Why does a liquid Nanotechnology flowing in a tiny capillary behave very differently to liquid in a large pipe? Why are surfaces so important for chemical reactions? School of Engineering web site: When we understand the answers to these questions http://me.ac.nz/ we can then work out how to improve the chemical reactivity of a catalyst for making a new chemical; we Nanotechnology web site: can work out how to slow down the build-up of fouling http://nanotechnology.massey.ac.nz/ on pipes inside a dairy factory; we can think how it might be possible to make a new functional material To enrol: from black beach sands; or we can understand how Call 0800 Massey (627 739) or visit better to make new molecules for medicines. http://enrol.massey.ac.nz/ (Please note: Because this degree option is new it did not make it into the engineering and technology information booklet for 2006. Do not be put off by this! This degree replaces the BE (ChemTech)) Te Kunenga http://nanotechnology.massey.ac.nz/ ki Pürehuroa 0800 MASSEY (627 739) What is Chemical Technology and Nanotechnology? What are my Career Opportunities? What is the Bachelor of Engineering Degree? The Bachelor of Engineering (Chemical and Nanotechnology is new and new jobs will exist that The Bachelor of Engineering Degree is a four year full- Nanotechnology) provides a solid foundation for your haven’t existed in the past. A scan of international job time degree. Most of the Massey BE’s are accredited future career. Nanotechnology drives more and more advertisements shows that the number of position under the Washington Accord by the Institution of modern technology and chemical engineering specifying nanotechnology is growing rapidly already. Professional Engineers of NZ (IPENZ). The degree is processes. Internationally huge resources are being As well as these new opportunities a large range of designed to educate graduates to a high level of put into this new and developing field. This degree traditional jobs will also be available to graduates. competence in disciplines of engineering that are integrates an innovative chemical engineering These are in areas where a knowledge of chemistry, relevant to the new millennium. The new breed of programme with modern developments in chemical and process engineering and nanotechnology engineer is highly entrepreneurial, seeking to use their nanotechnology to prepare you for the workforce of can lead to the development of new products, the skills to drive development projects in industry, thus the future. improvement of existing products and processes and playing leading roles in bringing about constructive turning raw materials into high value products. change in organisations which seek to become The degree starts with a foundation in mathematics increasingly high-tech. and science and an introduction to technology and engineering. It then builds on these fundamentals to The industry sectors where you may find work include: As part of the BE programme you will have to work develop the basic skills of a chemical or process with a relevant employer for 900 hours during the engineer and opens up to the ways of thinking of the • Dairy processing. (Turning milk into new summer vacations. nano-revolution. We keep the degree broad enough to valuable products and improving the methods for equip graduates for a range of careers in New Zealand making existing products). or overseas covering both biological and non-biological • Chemicals. (Industries ranging from petroleum processes. There is an opportunity for individual and natural gas, glue for plywood, fertilizers, plastics, specialisation and participation on the frontier of metals and many more). knowledge with the research project component. • Minerals processing. (Finding ways to extract You will need NCEA level 3 in Chemistry, Physics and valuable elements from minerals or waste materials). Mathematics (with Calculus). • Biological products. (Taking plant or animal resources and extracting or manufacturing from these materials new high value products). • New materials and devices. (Developing new high-tech substances with specialised properties or new measuring devices). You may be called a nanotechnologist, a process engineer, and research scientist, a product development manager, a chemical engineer or many other titles depending on where you choose to take your career. New Zealand starting salaries are currently around $40,000 and $58,000 after 5 years. More general information on related careers can be found at http://www.futureintech.org.nz/talk.cfm.
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