Duration
Full-time: 4 years
Part-time: Varies
Next start date
2021 Semester Two – 19 July
2022 Semester One – 28 February
Available locations
City
Points
480
Programme type
Undergraduate
Conjoint options available

Programme overview

This four-year programme, comprising a blend of theoretical and practical work, ensures that you’re career-ready upon graduation. You’ll pursue one of the nine specialisations available at our country’s leading Engineering faculty*.

We are known also for our passionate, active community. With dedicated support services and student networks to help you with personal or academic issues, we’ll provide you with all the resources necessary for success.

*QS World University Rankings by Subject 2019

Conjoint options

Conjoint programmes let you pursue two undergraduate bachelors degrees at the same time.

Learn more about conjoints

Programme structure

  • The BE(Hons) is split into four ‘Parts’ that correspond to your year of study.
  • In Part I, you will be exposed to our nine available specialisations and study a broad base of engineering and professional fundamentals.
  • You will also select a General Education paper – this is a distinctive feature of our University’s undergraduate programmes. General Education is designed to broaden your education. You will also have to complete an online academic integrity course.
  • Parts II, III and IV are customised according to your chosen specialisation. Along with your specialisation courses, you will study a common core of mathematical modelling, technical communication, and professional development. You will also pursue elective courses to explore the topics that interest you the most.
  • Practical work is an essential component of your degree. You will be required to complete a 40-hour workshop practice course in Part II, and 800 hours of practical work experience throughout your degree. Find out more about these compulsory practical components.

Most students need to take one or two General Education courses.

Students should also be aware of the University’s Academic English Language Requirement.

For all official programme information, including regulations about entry, enrolment, fees, examinations, and requirements for degrees, diplomas and certificates, see the University Calendar.

Sample programme structure

Part I 120 points

  • Code:
    CHEMMAT 121
    Name:
    Materials Science
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ELECTENG 101
    Name:
    Electrical and Digital Systems
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGGEN 115
    Name:
    Principles of Engineering Design
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGGEN 121
    Name:
    Engineering Mechanics
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGGEN 131
    Name:
    Introduction to Engineering Computation and Software Development
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGGEN 140
    Name:
    Engineering Biology and Chemistry
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGSCI 111
    Name:
    Mathematical Modelling 1
    Type:
    Compulsory core course
    Points:
    15 pts
  • Type:
    General Education course
    Points:
    15 pts
  • Code:
    ENGGEN 199
    Name:
    English Language Competency
    Type:
    Compulsory degree component
    Points:
    0 pts

Part II 120 points

  • Code:
    ENGGEN 204
    Name:
    Managing Design and Communication
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGSCI 211
    Name:
    Mathematical Modelling 2
    Type:
    Compulsory core course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Code:
    ENGGEN 299
    Name:
    Workshop Practice
    Type:
    Compulsory degree component
    Points:
    0 pts

Part III 120 points

  • Code:
    ENGGEN 303
    Name:
    Managing Projects and Innovation
    Type:
    Compulsory core course
    Points:
    15 pts
  • Code:
    ENGSCI 311
    Name:
    Mathematical Modelling 3
    Type:
    Compulsory core course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Elective course
    Points:
    15 pts
  • Code:
    ENGGEN 499
    Name:
    Practical Work
    Type:
    Compulsory degree component
    Points:
    0 pts

Part IV 120 points

  • Code:
    ENGGEN 403
    Name:
    Managing a Business
    Type:
    Compulsory core course
    Points:
    15 pts
  • Type:
    Specialisation course
    Points:
    15 pts
  • Type:
    Part IV research project
    Points:
    30 pts
  • Type:
    Elective course
    Points:
    15 pts
  • Type:
    Elective course
    Points:
    15 pts
  • Type:
    Elective course
    Points:
    15 pts
  • Type:
    Elective course
    Points:
    15 pts
  • Code:
    ENGGEN 499
    Name:
    Practical Work
    Type:
    Compulsory degree component
    Points:
    0 pts

Where could this programme take you?

Your specialisation, personal interests and chosen electives can impact what you pursue. With quantitative, problem-solving, communication and technical skills, you’ll easily adapt to the technologically-driven nature of many industries. All our specialisations are accredited by Engineering New Zealand, a signatory to the Washington Accord, making our BE(Hons) a recognised engineering qualification in many countries.

Jobs related to this programme

  • Analyst
  • Consultant engineer
  • Hardware and software developer
  • Project manager
  • Quantity surveyor
  • Research and design engineer
  • Systems engineer

Some career paths may require further study.

Further study options

See all study options

Graduate story: Penelope Maxwell

Engineering Science graduate Penelope Maxwell now works as a Product Development Engineer at Fisher & Paykel Healthcare.

Read more

Student career planning service

Once you become a student at the University, you can get help with planning and developing your career from Career Development and Employability Services.

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