Find a course by code

2014 2015
  • Find a course by subject

    • 2014 2015



BE(Hons), PGDipEngGeol, ME, MEFE, MEM, MEngSt, MET, PhD


Engineering is a challenging and exciting field that uses physical science and mathematics to solve complex problems. Engineers must enjoy design work, thinking creatively and analytically, working as part of a team, and communicating their ideas to others. If you are interested in developing new, innovative technology to improve the quality of our lives and provide solutions to meet the needs of our modern world, then Engineering is for you.

Engineers understand the underlying mechanisms of how things work, ensuring that almost everything that underpins our society functions effectively, safely and efficiently. They are responsible for designing, analysing and improving basic infrastructure, water resource management, telecommunications systems, and the generation and distribution of electricity. Engineers improve the operation of processing plants and factories, and they design new medical technology, computer systems and electronics.

Why study Engineering at UC?

As a UC Engineering student you will have access to some of the best engineering staff and resources in New Zealand and the world.
  • UC is ranked 19th in the world in Civil and Structural Engineering, ahead of the likes of Oxford and Cornell (QS world university rankings by subject 2014).
  • UC’s Mechanical Engineering and Chemical and Process Engineering are the top departments for research in the country (Tertiary Education Commission 2013 PBRF Assessment).
  • We have specially-designed computer laboratories and software as well as a specialist Engineering and Physical Sciences library.
  • There are dedicated Engineering teaching and research laboratories in every discipline, with first-rate equipment, testing facilities and expert technicians available to support your hands-on learning. UC has world-class engineering facilities including a futuristic augmented reality lab, the only high-voltage lab in New Zealand, a new UC Quake Centre, a structures lab, a fluids lab and a wind tunnel to name a few.
  • Each Intermediate Year student will have a personal Academic Advisor.
  • There are numerous scholarships available to Engineering students throughout your four years of study, many of which are industry-funded and include summer employment opportunities.

Our programmes are accredited by the Institution of Professional Engineers New Zealand (IPENZ), and students qualify for graduate membership of IPENZ upon completion of their degree. An Engineering degree from UC is also internationally recognised, allowing graduates from our programmes access to overseas career opportunities upon gaining their qualification.

Recommended background

Entry into the Intermediate Year is not limited, it is open to any student with the relevant background.

The best preparation for studying Engineering at UC is to take Year 13 calculus, physics and chemistry. You should aim to achieve a minimum of:

  • 18 credits in NCEA Level 3 mathematics with calculus
  • 14 credits in NCEA Level 3 physics
  • 14 credits in NCEA Level 3 chemistry
  • or equivalent in IB or Cambridge.

Click here for details of NCEA, IB and Cambridge entry requirements and here for the Bachelor of Engineering with Honours degree information.

Note that the chemistry component is not required for some engineering disciplines. However, a basic knowledge of chemistry is expected of all Intermediate Year students.

100-level courses

The first year of the BE(Hons), the Engineering Intermediate Year, consists of five compulsory courses essential for all Engineering disciplines (see below) plus four further courses specific to the Engineering discipline(s) you are considering studying in the professional years (years 2–4).

Required Intermediate Year courses

  • ENGR 100 Academic Writing Assessment (0 points, no cost)
  • ENGR 101 Foundations of Engineering
  • EMTH 118 Engineering Mathematics 1A
  • EMTH 119 Engineering Mathematics 1B
  • PHYS 101 Engineering Physics A: Mechanics, Waves and Thermal Physics

Other required Intermediate Year courses

The particular combination of courses required depends on the Engineering discipline you intend to study in the following three professional years. If you are undecided on which discipline you wish to pursue it is possible to keep your options open for more than one discipline (and is encouraged given the popularity of some professional programmes).

Engineering specialisation Required courses
Chemical and Process CHEM 111
EMTH 171
Natural Resources
CHEM 111
EMTH 171
ENGR 102
Electrical and Electronic
COSC 121
Either EMTH 171 or MATH 120
PHYS 102
(For Computer Engineering COSC 122 is recommended)
Mechanical EMTH 171
ENGR 102
And at least two of:
COSC 121
PHYS 102
Either CHEM 114 or CHEM 111
Mechatronics COSC 121
PHYS 102
ENGR 102
EMTH 171
Software Engineering COSC 121
COSC 122
MATH 120

Entry into the professional years of the Engineering programme is limited, however most students who pass their Intermediate Year courses gain entry to their first or second choice. If you are not successful in gaining a place or if you decide not to continue with Engineering, you can normally credit passes to the Bachelor of Science or other UC degrees. It is worth checking the website or contacting a Student Advisor to make sure you cover your bases from the outset.

For further information about the Engineering Intermediate Year, including an outline of the required courses for each discipline and course updates, please see the College of Engineering.

200-level and beyond

Once you have completed the Engineering Intermediate Year you can apply for entry into the First Professional Year of one of the nine Engineering disciplines:

Some limits on entry into the professional years of each discipline apply, with selection based on your grade point average achieved during the Engineering Intermediate Year.

The professional years will focus your learning on knowledge and skills that are relevant to your chosen Engineering discipline through a combination of lectures, laboratory work and field classes. In the second and third professional years you will have the option of choosing courses which concentrate on a particular field (or fields) within your chosen Engineering discipline.

Practical work

Before graduating with the BE(Hons) degree you must complete 100 days of practical work in the engineering industry. This is normally carried out during the summer breaks of the professional years. You are also required to carry out a workshop training course during the First Professional Year to prepare you in the use of hand tools, welding and lathes. You must also hold a University-approved first aid certificate while enrolled in the BE(Hons).

Further study

Students who wish to further specialise in a particular area may choose to study at postgraduate level. A Postgraduate Certificate in Engineering (PGCertEng) and a Master of Engineering Studies (MEngSt) are options for those not interested in a significant research component. A Master of Engineering (ME) degree involves one or two more years of study, combining courses with a research thesis. There is the opportunity to gain this master's qualification with an endorsement in Bioengineering, Chemical and Process Engineering, Civil Engineering, Construction Management, Earthquake Engineering, Electical and Electronic Engineering, Engineering Mathematics or Mechanical Engineering.

The Doctor of Philosophy (PhD) requires three to four years of research and a thesis.

There are also opportunities to pursue postgraduate study at overseas universities, where UC graduates are highly regarded.

Career opportunities

Throughout their degree, students take part in practical work experience, on campus events, careers fairs and industry talks, giving them multiple opportunities to make industry contacts.

Engineering students have the opportunity to participate in events such as the annual bridge building competition and projects such as designing and building a racing car or simulating lightning strikes – all of which increase professional capability and encourage leadership, teamwork and innovation.

Our graduates find work on projects of social, economic and environmental significance to society. Many UC engineers progress into management or consultancy.

For further information, go to


College of Engineering
Telephone: +64 3 364 2608