Bachelor of Science Honours in Science Education

Qualification code: 98915 NQF Exit level: 8 Total credits: 120
Admission requirements:An appropriate bachelor's degree with an average of 60% or more. In instances where a student does not have an average of 60% or more a submission may be made to the relevant college to allow such a student admission. Students must provide a written motivation of not more than 3 pages requesting admission to the college. Each college will determine the requirements for the motivation. However, in considering the application the college must take into account: the relevant experience, work or otherwise, of the student; the language capabilities of the student; alternative options for access into the programme; any other factor deemed necessary by the college.

First level

ModulePre/Co-requisite
Group A. Compulsory
HPSTE81 - Proposal for Honours in Mathematics, Science and Technology Education
HRMSE82 - Honours Report in Science EducationPre: HPSTE81
STE4801 - Contemporary Theories of Learning and Implications for Teaching
STE4802 - History and Philosophy of Science
STE4803 - Research Methods in Mathematics, Science and Technology Education
STE4804 - Contributions From Cognitive Science to Teaching and Learning
Group B. Choose any 3 from the following:
APM4801 - Cosmology
APM4802 - Continuous Time Stochastics Processes
APM4804 - Introduction to General Relativity
APM4805 - Mathematics of Optimization Theory
APM4806 - Riemannian Geometry and Tensor Calculus
APM4808 - Numerical Solutions to Partial Differential Equations
APM4809 - Optimal Control
APM4810 - An Introduction to The Finite Element Method
APM4811 - Applied Functional Analysis
APM4812 - Introduction to Mechanics of Fluids
BOT4801 - Medicinal Plant Use
BOT4802 - Advanced Plant Taxonomy and Nomenclature
CHE4801 - Inorganic Chemistry IV
CHE4802 - Physical Chemistry IV
CHE4803 - Organic Chemistry IV
CHE4804 - Analytical Chemistry IV
CHE4805 - Advanced Physical Inorganic Chemistry
CHE4806 - Advanced Organic ChemistryCo: CHE4803
CHE4807 - Environmental Chemistry
CHE4808 - Honours Project Co: CHE4801 & CHE4802 & CHE4803 & CHE4804
COS4807 - Formal Logic
COS4851 - Logic-Based Reasoning
COS4852 - Machine Learning
COS4892 - Formal Program Verification
INF4817 - Software Engineering
INF4820 - Human-Computer Interaction
INF4825 - Software Project Management
INF4831 - Information Security
INF4860 - E-Learning: Concepts and Principles
INF4883 - Enterprise Architecture
MAT4831 - Measure Theory and Integration I
MAT4832 - Measure Theory and Integration IICo: MAT4831
MAT4833 - Group Theory
MAT4834 - Rings and FieldsCo: MAT4833
MAT4835 - Set Theory
MAT4836 - Topology
MAT4837 - Introduction to Category Theory
MAT4841 - Functional Analysis I
MAT4842 - Functional Analysis IICo: MAT4841
MAT4843 - Ordinary Differential Equations I
MAT4844 - Ordinary Differential Equations IICo: MAT4843
MAT4845 - Graph Theory I
MAT4846 - Graph Theory IICo: MAT4845
MAT4847 - Partial Differential Equations I
MAT4848 - Partial Differential Equations IICo: MAT4847
MAT4853 - Number Theory I
MAT4854 - Number Theory IICo: MAT4853
MAT4857 - Matrix Theory I
MAT4858 - Matrix Theory IICo: MAT4857
PHY4801 - Advanced Mathematical Methods
PHY4802 - ElectromagnetismCo: PHY4801
PHY4803 - Quantum Mechanics ICo: PHY4801
PHY4804 - Quantum Mechanics IICo: PHY4803
PHY4805 - Statistical PhysicsCo: PHY4801
PHY4806 - Advanced Solid State PhysicsCo: PHY4801
PHY4807 - Nuclear PhysicsCo: PHY4801
STA4801 - Matrix Methods in Statistics
STA4802 - Multivariate Distribution TheoryCo: STA4801
STA4803 - Linear ModelsCo: STA4801
STA4804 - RegressionCo: STA4801 & STA4803
STA4805 - Research Project in StatisticsCo: STA4806
STA4806 - Advanced Research Methods in StatisticsCo: STA4801
STA4807 - Time SeriesCo: STA4801
STA4808 - Survival Analysis
STA4809 - Nonparametric RegressionCo: STA4801
STA4810 - Methods of Multivariate AnalysisCo: STA4801 & STA4802 & STA4806
STA4811 - Probability and Stochastic ProcessesCo: STA4801
STA4812 - InferenceCo: STA4801

Go back