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Discover courses across every level โ from primary school to professional development.
604 courses available
Engineering
Engineering Mathematics I
The mathematical toolkit every engineering discipline in this faculty relies on โ calculus, differential equations, and vector analysis applied specifically to engineering problems, extending pure mathematics into the language engineers use to model the physical world.
Engineering
Engineering Mechanics
The physics of forces, motion, and equilibrium applied specifically to engineering structures and machines โ statics and dynamics โ forming the mechanical foundation every engineering discipline in this faculty builds on.
Engineering
Engineering Drawing and Computer-Aided Design
How engineers communicate designs precisely โ technical drawing conventions, orthographic and isometric projection, and an introduction to computer-aided design tools used to produce and interpret engineering drawings across every discipline in this faculty.
Engineering
Engineering Materials Science
The properties and behaviour of the materials engineers build with โ metals, polymers, ceramics, and composites โ and how material selection and behaviour under load influence engineering design decisions across every discipline in this faculty.
Computing
Introduction to Computer Science and Programming Fundamentals
The first step into computing โ how computers actually solve problems, and the fundamentals of writing structured, working code. Covers programming basics including variables, control structures, and functions, forming the foundation every discipline in this faculty builds on.
Computing
Discrete Mathematics for Computing
The mathematical foundation underlying computer science โ logic, set theory, combinatorics, and graph theory โ the abstract structures and reasoning tools every computing discipline in this faculty relies on.
Computing
Computer Systems and Architecture
What actually happens inside a computer โ how hardware and software interact, from digital logic and the CPU through to memory, storage, and the operating system that ties it all together.
Computing
Data Structures and Algorithms
How to organise data and solve problems efficiently โ arrays, lists, stacks, queues, trees, and the fundamental algorithms for searching and sorting, forming the practical problem-solving foundation every computing discipline in this faculty builds on.
Civil Engineering
Introduction to Civil Engineering and Surveying
The civil engineer's first look at the built environment โ the major sub-disciplines of civil engineering, and the fundamentals of land surveying used to measure and map the sites civil engineers build on.
Mechanical Engineering
Introduction to Mechanical Engineering Design
The mechanical engineer's first look at how machines and mechanical systems are designed โ the design process, basic machine elements, and an introduction to thermodynamics and manufacturing considerations that shape mechanical design decisions.
Electrical Engineering
Introduction to Electrical Engineering and Circuit Analysis
The electrical engineer's first look at how circuits work โ basic circuit theory, Ohm's and Kirchhoff's laws, and the analysis of simple DC and AC circuits, forming the foundation every subsequent electrical engineering course builds on.
Mining Engineering
Introduction to Mining Engineering and Geology
The mining engineer's first look at the earth and the industry built on extracting resources from it โ basic geology relevant to mining, an overview of mining methods, and the mining engineer's role across the full mine life cycle from exploration through to closure.