Browse Courses
Discover courses across every level β from primary school to professional development.
1,187 courses available
Civil Engineering
Soil Mechanics and Geotechnical Engineering I (Year 2)
Introduces the engineering properties of soil and their implications for foundation design and earthworks in civil engineering projects.
Mechanical Engineering
Thermodynamics I (Year 2)
Introduces the laws of thermodynamics and their application to energy systems, forming the theoretical foundation for later work in thermal and power engineering.
Mechanical Engineering
Mechanics of Materials (Year 2)
Covers how solid materials deform and fail under load, providing the analytical tools needed to design safe, efficient mechanical components.
Mechanical Engineering
Fluid Mechanics for Mechanical Engineers (Year 2)
Covers fluid behaviour with a focus on applications in mechanical systems such as pumps, turbines, and hydraulic machinery.
Mechanical Engineering
Engineering Design and CAD (Year 2)
Introduces systematic mechanical design processes alongside computer-aided design tools used to model, analyse, and document mechanical components.
Mechanical Engineering
Manufacturing Processes (Year 2)
Surveys the major manufacturing processes used to produce mechanical components, from casting and machining to forming and joining.
Electrical Engineering
Circuit Analysis II (Year 2)
Builds on introductory circuit theory to cover AC circuit analysis, resonance, and transient response in electrical circuits.
Physics
Classical Mechanics: Lagrangian and Hamiltonian Formulations
Building on Mechanics and Thermodynamics from Year 1, this course extends classical mechanics into the elegant Lagrangian and Hamiltonian formulations underlying modern theoretical physics.
Physics
Waves, Optics, and Acoustics
The physics of wave phenomena across mechanical and electromagnetic systems β wave propagation, optical phenomena, and the acoustic principles underlying sound and vibration.
Physics
Quantum Mechanics I
Extending Electromagnetism and Modern Physics into the foundational principles of quantum mechanics β wave functions, the SchrΓΆdinger equation, and the genuinely counterintuitive framework underlying modern physics.
Physics
Mathematical Methods for Physics
The mathematical toolkit physicists apply constantly β differential equations, vector calculus, and the mathematical technique underlying rigorous physical analysis.
Physics
Physics Laboratory and Experimental Methods
The experimental foundation of physics practice β measurement technique, error analysis, and the rigorous laboratory methodology underlying all physical experimentation.