Engineering
From core engineering fundamentals through to a branch of your choice — Civil, Mechanical, Electrical, Chemical or Computer Science and Engineering — this course builds real engineering thinking, one level at a time.
One subject, four levels, a clear path through
Beginners cover the shared foundations of engineering, maths, physics and computing. From Intermediate onward, the course splits into dedicated Civil, Mechanical, Electrical, Chemical and Computer Science & Engineering tracks, each building steadily toward Expert level.
Introduction to Engineering
Understanding the definition and scope of engineering, an overview of its different branches, and the importance of engineering across various industries.
Engineering Fundamentals
The basic principles of engineering, an introduction to scientific concepts and problem-solving methods, and an understanding of engineering ethics and professional responsibilities.
Introduction to Mathematics and Physics
Fundamental mathematical concepts for engineering, the basic principles of physics relevant to engineering, and mathematical modelling and problem-solving techniques.
Introduction to Computer Science
The basics of programming languages and algorithms, an introduction to data structures and algorithms, and the fundamentals of software development.
Introduction to Civil Engineering
The foundations of civil engineering and its role in shaping the built environment.
Structural Analysis and Design
Analysing and designing structures to safely carry loads and withstand real-world conditions.
Geotechnical Engineering
Understanding soil and rock behaviour to inform the design of foundations and earthworks.
Transportation Engineering
Planning, designing and managing roads, railways and other transportation infrastructure.
Introduction to Mechanical Engineering
The foundations of mechanical engineering and its role in designing and building machines and mechanical systems.
Thermodynamics and Heat Transfer
Understanding how energy and heat move through systems, and applying these principles to engineering design.
Mechanics of Materials
Studying how materials deform and fail under different loads and stresses.
Machine Design
Designing mechanical components and systems that are safe, reliable and efficient.
Introduction to Electrical Engineering
The foundations of electrical engineering and its role in power, electronics and communication systems.
Circuit Analysis and Electronics
Analysing electrical circuits and understanding the behaviour of electronic components.
Electromagnetics and Power Systems
Understanding electromagnetic principles and how electrical power is generated, transmitted and distributed.
Control Systems
Designing systems that automatically monitor and adjust the behaviour of other systems.
Introduction to Chemical Engineering
The foundations of chemical engineering and its role in transforming raw materials into useful products.
Chemical Process Principles
Understanding the core principles behind industrial chemical processes.
Thermodynamics and Kinetics
Studying energy changes and reaction rates in chemical processes.
Separation Processes
Techniques for separating and purifying mixtures in industrial chemical processes.
Introduction to Computer Science and Engineering
The foundations of computer science and engineering, bridging software and hardware systems.
Data Structures and Algorithms
Organising and processing data efficiently using core data structures and algorithms.
Database Systems
Designing and managing systems that store, organise and retrieve data reliably.
Software Engineering
Applying engineering principles to designing, building and maintaining software systems.
Structural Dynamics and Earthquake Engineering
Understanding how structures respond to dynamic loads such as earthquakes, and designing for resilience.
Environmental Engineering
Applying engineering principles to protect and improve the natural environment.
Construction Management
Planning, coordinating and managing construction projects from design through to completion.
Urban Planning and Design
Designing cities and communities that are functional, sustainable and liveable.
Fluid Mechanics and Aerodynamics
Studying how fluids and gases behave and interact with moving objects.
Heat Transfer and Refrigeration
Applying heat transfer principles to cooling, refrigeration and thermal management systems.
Robotics and Automation
Designing and building robotic systems and automated processes.
Finite Element Analysis
Using computational methods to simulate and analyse how structures and components behave under real conditions.
Power Electronics and Drives
Designing electronic systems that convert and control electrical power for motors and other applications.
Digital Signal Processing
Analysing and manipulating digital signals for applications such as audio, video and communications.
Communication Systems
Designing systems that transmit information reliably over distance.
Renewable Energy Systems
Designing systems that generate power from renewable sources such as solar and wind.
Process Control and Instrumentation
Monitoring and controlling industrial processes using instrumentation and automated control systems.
Reaction Engineering
Designing and optimising chemical reactors for efficient and safe reactions.
Biochemical Engineering
Applying chemical engineering principles to biological and biotechnological processes.
Process Safety and Risk Management
Identifying and managing risks to keep industrial chemical processes safe.
Artificial Intelligence and Machine Learning
Building systems that learn from data and make intelligent decisions.
Computer Networks and Security
Designing and securing the networks that connect computer systems together.
Distributed Systems
Designing systems that run across multiple connected computers working together.
Web and Mobile Application Development
Building applications that run on the web and on mobile devices.
Structural Engineering
Advanced design and analysis of structures such as buildings, bridges and towers.
Geotechnical Engineering
Advanced study of soil and rock mechanics for complex foundation and earthworks projects.
Transportation Engineering
Advanced planning and design of transportation networks and infrastructure.
Environmental Engineering
Advanced application of engineering principles to environmental protection and sustainability.
Robotics and Automation
Advanced design of robotic systems and automated manufacturing processes.
Energy Systems
Advanced design and analysis of systems that generate, convert and manage energy.
Aerospace Engineering
Designing and analysing aircraft, spacecraft and related systems.
Automotive Engineering
Designing and analysing vehicles and automotive systems.
Power Systems and Smart Grids
Advanced design of electrical power systems and intelligent, connected grid infrastructure.
Communication and Networking
Advanced design of communication systems and network infrastructure.
Control Systems and Robotics
Advanced design of control systems for robotics and automated systems.
Renewable Energy Systems
Advanced design of systems that generate and manage power from renewable sources.
Process Design and Development
Advanced design and development of industrial chemical processes.
Environmental and Energy Engineering
Applying chemical engineering principles to environmental protection and energy systems.
Pharmaceutical Engineering
Applying chemical engineering principles to the design and production of pharmaceuticals.
Polymer Science and Engineering
Studying and engineering polymer materials for industrial and consumer applications.
Artificial Intelligence and Machine Learning
Advanced techniques for building intelligent systems that learn from data.
Data Science and Analytics
Advanced techniques for extracting insights and value from large datasets.
Cybersecurity and Privacy
Advanced techniques for protecting systems, data and privacy from digital threats.
Software Engineering and System Design
Advanced principles for designing and building large-scale, reliable software systems.
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