Regulations for the Degree of Bachelor of Science (BSc)
- The Personal Programmes of Study Regulations apply in these regulations.
Admission
- Candidates for the Degree must have qualified for admission to the University of Waikato and met any criteria set out in the Criteria for Admission to Particular Qualifications.
Requirements for the Degree
- The normal minimum period of enrolment for completion of the Degree is three years.
- Candidates must enrol in the Division of Health, Engineering, Computing and Science and follow an approved programme of study.
- Candidates must gain 360 points at 100, 200, and 300 levels or above, including at least 225 points above 100 level and 75 points above 200 level.
- Candidates must complete the requirements of a major.
- Applied Computing1
Computer Science
Data Analytics
Mathematics - Aquaculture
Biomedical Science
Chemistry
Crime Science1
Earth Sciences
Ecology and Biodiversity
Electronics1
Environmental Sciences
Marine Science
Materials and Processing
Materials Science
Molecular and Cellular Biology
Psychology
- Applied Computing1
- To complete the requirements of a single major, candidates must gain 135 points in that major, including at least 105 points above 100 level, of which at least 45 points must be above 200 level. Candidates must also meet any specific requirements prescribed for the major in the relevant subject entry in the Subject Regulations.
- Candidates completing a single major may also complete a minor by gaining 60 points in any minor subject, including at least 30 points above 100 level. Candidates must also meet any specific requirements prescribed for the minor in the relevant subject entry in the Subject Regulations.
- Candidates may complete a second major in any undergraduate major.
- To complete the requirements of a double major, candidates must gain 120 points in each major, including at least 90 points above 100 level, of which at least 30 points must be above 200 level. Candidates must also meet the specific requirements prescribed for each major in the relevant subject entry in the Subject Regulations.
- A paper completed towards the requirements of a major or a minor cannot be counted towards the requirements of another major or a minor.
- Candidates must also complete at least 105 points from papers listed for the field of the Degree if completing a single major, or at least 120 points from papers listed for the field of the degree if completing a double major, including:
- for candidates enrolled in majors under section 6(a) of these regulations:
CSMAX175, one of DATAX111, DATAX121, MATHS101, MATHS102, MATHS103, MATHS104, MATHS135 or MATHS165, CSMAX270, and at least 15 points of Work-Integrated Learning at 300 level from the list of Work-Integrated Learning options. - for candidates enrolled in majors under section 6(b) of these regulations:
- for candidates enrolled in majors under section 6(a) of these regulations:
30 points chosen from List A: Science Fundamentals2, SCIEN100 or another approved Cultural Perspectives paper, and 15 points chosen from List B: Work-Integrated Learning.
- Candidates enrolled in the majors under section 6(b) of these regulations must include at least 30 points chosen from List C: Science Numeracy as part of their programme of study.
- Candidates may take up to 120 points from outside the field of the Degree.
- The field of the Degree is defined in the appendix to these regulations.
Conjoint component requirements – Single major only
- Candidates must gain a minimum of 255 points at 100, 200, 300 and 400 levels, including at least 150 points above 100 level and 60 points above 200 level.
- Candidates must complete the requirements of a major, as specified in sections 6 and 7.
- Candidates must also complete at least 105 points from the papers listed for the field of the Degree, as specified in section 12. However, candidates may substitute any of the following papers for any other field of the Degree paper:
- or candidates enrolled in majors under section 6(a) of these regulations:
- CSMAX175, if the candidate completes the Disciplinary Foundations requirement of their other conjoint component as defined on that page,
- CSMAX270, if the candidate completes the Cultural Perspectives requirement of their other conjoint component as defined on that page,
- 15 points from papers as specified in the Work-Integrated Learning Regulations if the candidate completes the Work-Integrated Learning requirement of their other conjoint component as defined on that page.
- for the candidates enrolled in majors under section 6(b) of these regulations:
- 15 points chosen from List B: Work-Integrated Learning, if the candidate completes the Work-Integrated Learning requirement of their other conjoint component as defined on that page.
- SCIEN100 or another Cultural Perspectives paper, if the candidate completes the Cultural Perspectives requirement of their other conjoint component as defined on that page.
- or candidates enrolled in majors under section 6(a) of these regulations:
- Candidates may take further points from outside the field of the Degree to enhance the coherence of their conjoint programme, with the permission of the Pro Vice-Chancellor of the Division or delegated authority.
- The field of the Degree is as specified in the appendix.
Variations
- The Pro Vice-Chancellor of the Division or delegated authority may permit more than 120 points to be taken from outside the field of the Degree in individual cases.
- The Pro Vice-Chancellor of the Division or delegated authority may vary or waive these regulations in individual cases.
Notes:
- There will be no new intake into this major in 2024.
- The requirement to complete 45 points from List A may be reduced for those candidates completing either a second major or a minor from the majors listed under section 6(b) of these regulations.
Appendix
The field of the Degree is defined as
- the papers offered by the School of Computing and Mathematical Sciences, including DSIGN125, but excluding other DSIGN coded papers, and
- the papers offered by the School of Science and School of Engineering, and
- the Philosophy papers PHILO102 Introduction to Logic and PHILO208 Reason, Science, and Pseudoscience, and
- the papers listed for the subject of Crime Science, and
- any PSYCH coded papers (except work-integrated learning papers such as PSYCH300 and PSYCH301).
- any BIOMD coded papers.
- HELTH201
List A: Science Fundamentals
APHYS111 | Physics in Context - Ahupūngao o te Ao |
AQCUL101 | Introduction to Aquaculture - Ahumoana |
BIOEB101 | Concepts of Biology - Ngā Huatau o te Koiora |
BIOEB102 | Introduction to Ecology and Biodiversity - Mātai Hauropi a Kanorau Koiora |
BIOMD101 | Introduction to Human Biology - Tinana Tangata Koiora |
BIOMO101 | Introduction to Molecular and Cellular Biology - Mātai Pūtau a Mātai Rāpoi Ngota Koiora |
CHEMY100 | Chemistry in Context - Matū o te Ao |
CHEMY101 | Structure and Spectroscopy - Tūramaramatia i ngā Hanganga |
CHEMY102 | Chemical Reactivity - Tauhohehohe Matū |
CLIMT101 | Introduction to Climate Change Science - Pūtaiao Huringa Āhuarangi |
EARTH101 | Introduction to Earth System Sciences - Pūtaiao Pūnaha Whenua |
EARTH102 | Discovering Planet Earth - Tūhuratia Papatūānuku |
ENGEN111 | Electricity for Engineers |
ENGEN112 | Materials Science and Engineering |
ENGEN180 | Foundations of Engineering |
ENVSC101 | Environmental Science - Pūtaiao Taiao |
MARIN101 | Marine Biodiversity - Rerenga Rauropi Taimoana |
MARIN102 | Marine Mammals, Birds and Apex Predators |
PHYSC100 | General Physics |
List B: Work-Integrated Learning
HECSS363 | The Impact Lab |
SCIEN301 | Capstone Project |
SCIEN303 | Undergraduate Research Project |
SCIEN313 | Undergraduate Research Project |
SCIEN314 | Science Entrepreneurship |
List C: Science Numeracy
one of | CHEMY202 Physical Chemistry or CHEMY204 Analytical Chemistry |
one of | COMPX101 Introduction to Programming or COMPX102 Object-Oriented Programming or ENGEN103 Engineering Computing |
one of | COMPX201 Data Structures and Algorithms or COMPX202 Mobile Computing and Software Architecture or COMPX223 Database Practice and Experience or COMPX241 Software Engineering Design 1 or COMPX242 Software Engineering Design 2 or CSMAX101 The World of Data |
ENVPL202 | Cartography and Spatial Analysis |
ENGEN201 | Engineering Maths and Modelling 2 |
one of | MATHS101 Introduction to Calculus or MATHS103 Mathematics 1A or ENGEN101 Engineering Maths and Modelling 1A |
one of | MATHS102 Introduction to Algebra or MATHS104 Mathematics 1B or ENGEN102 Engineering Maths and Modelling 1B |
MATHS135 | Discrete Structures |
MATHS165 | General Mathematics |
MATHS168 | Preparatory Mathematics |
MATHS2XX | Any 200-level paper in MATHS coded papers |
one of | PHYSC100 General Physics or PHYSC101 Physics for Engineers and Scientists or ENGEN110 Engineering Mechanics |
one of | DATAX111 Statistics for Science or DATAX121 Introduction to Statistical Methods |
DATAX2XX | Any 200-level DATAX coded paper |
HELTH | Epidemiology and Biostatistics |