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Discover courses across every level โ from primary school to professional development.
1,187 courses available
Civil Engineering
Structural Analysis II (Year 3)
Builds on Structural Analysis I to cover the analysis of statically indeterminate structures using classical and matrix methods.
Civil Engineering
Reinforced Concrete Design (Year 3)
Covers the design of reinforced concrete structural elements โ beams, columns, and slabs โ in accordance with standard design codes.
Civil Engineering
Highway and Transportation Engineering (Year 3)
Covers the planning, design, and management of road and transportation infrastructure, including geometric design and traffic engineering basics.
Civil Engineering
Water Resources Engineering (Year 3)
Covers the engineering principles used to design water supply, drainage, and hydraulic structures, building on fluid mechanics fundamentals.
Civil Engineering
Environmental Engineering (Year 3)
Covers the engineering principles used to protect environmental quality, including water and wastewater treatment and solid waste management.
Mechanical Engineering
Thermodynamics II (Year 3)
Builds on Thermodynamics I to cover advanced power and refrigeration cycles and their application in real engineering systems.
Mechanical Engineering
Machine Design (Year 3)
Covers the design of common mechanical machine elements โ shafts, bearings, gears, and fasteners โ to withstand real operating loads safely.
Mechanical Engineering
Heat Transfer (Year 3)
Covers the three modes of heat transfer โ conduction, convection, and radiation โ and their application to the design of thermal systems.
Mechanical Engineering
Control Systems Engineering (Year 3)
Introduces the principles of feedback control systems used to regulate the behaviour of mechanical and other engineering systems.
Mechanical Engineering
Mechatronics (Year 3)
Introduces the integration of mechanical, electrical, and computer engineering principles in the design of smart mechanical systems.
Electrical Engineering
Power Systems Analysis (Year 3)
Covers the analysis of electrical power generation, transmission, and distribution systems, including load flow and fault analysis fundamentals.
Electrical Engineering
Control Systems (Year 3)
Introduces the principles of feedback control systems used to regulate the behaviour of electrical and electromechanical systems.