The Extractive Metallurgy Level 3 Advanced Diploma offers a detailed exploration of the principles and techniques used in the extraction of metals from ores. The course starts by covering the fundamentals of metallurgy, including thermodynamics, kinetics, phase diagrams, and the characterization of materials. Students will learn the various methods of mineral processing such as crushing, grinding, and different types of separation, as well as the application of froth flotation and chemical processes for extracting valuable metals.

A core part of the curriculum includes pyrometallurgy, which involves high-temperature reactions such as roasting and smelting, and how furnaces are designed for optimal production. In addition to this, students will explore hydrometallurgical and electrometallurgical techniques, including leaching, solution purification, and the processes of electrowinning and electrorefining. The course places significant emphasis on the environmental considerations of these practices, with a focus on sustainable processes in metallurgy.

The program also covers metallurgical engineering, including process control, plant design, and safety regulations, while introducing students to the business side of metallurgy, such as project management and economic analysis. Emerging technologies, such as bioleaching, nanotechnology, and sustainable recycling methods, are also explored, ensuring students are prepared for future advancements in the field. Practical training and laboratory work allow students to apply theoretical knowledge, providing hands-on experience in metallurgical processes and safety protocols. Industrial visits and internships further enhance learning by offering real-world exposure to the field.