This practical course targets engineers, managers, technicians, operators, and support staff in mineral processing. Participants gain foundational knowledge to collaborate with specialists or manage metallurgical projects, without becoming experts. “Effective problem-solving in mineral processing starts with asking the right questions. Understanding what to ask—about data, equipment performance, process variability, or material behavior—often determines the quality of the solution.” This course introduces mineral processing in extractive metallurgy, focusing on concentrating valuable minerals from ores while linking ore characteristics, process selection, and metallurgical requirements to key factors such as grade, recovery, CAPEX/OPEX, and environmental compliance. Learners will apply core concepts to optimize comminution, classification, concentration, and upgrading processes. The course covers equipment selection, circuit design, materials handling, and the integration of technical, economic, and operational considerations to maximize efficiency and value. Health, safety, and environmental (HSE) principles, including risk mitigation are also emphasized.

In this introductory course, students explore the science behind the processes used in today's mineral processing industry. The concepts of reaction kinetics are introduced and applied to the chemistry and physics in mineral processing operations.

Acid Rock Drainage Prediction is a comprehensive course and technical reference on the chemistry, mechanisms, sources, assessment, testing and prediction of acid rock drainage supported by case studies.

This course introduces students to the historical development, scientific principles, and industrial practices involved in metal extraction and processing. It explores the relationship between mineral resources, chemical properties of metals, and the technologies used to transform ores into refined metals used in modern industries.

Extractive Metallurgy 2 builds on foundational knowledge and focuses on advanced principles and practices for extracting metals from mineral resources. The course emphasizes mineral beneficiation and modern extractive technologies, which link mining operations with downstream metallurgical processing.

A course for process engineers, mill operators and students. Grinding 1 - Fundamentals is the first of a suite of three courses on grinding theory and practice from Metso Technology Development. Topics include Mineral Processing Basics, Particles, Slurries, Comminution, Classification, Dynamics, Physics and General Mill Safety.

A course for process engineers, mill operators and students. Grinding Unit Operations is the second of a suite of three courses on grinding theory and practice from Metso Performance Solutions. Topics include Tumbling Mills, Cyclones, Cone Crushers, Vibrating Screens and Auxiliary Equipment.

A course for process engineers, mill operators and students. Grinding Circuits is the third of a suite of three courses on grinding theory and practice from Metso Performance Solutions. Topics include Grinding Circuit Basics, AG and SAG Mill Circuits, and Ball and Rod Mill Circuits.

A course for process engineers, mill operators and students. Gyratory Crushing is one of a series of mineral processing courses from Metso Performance Solutions. Topics include include Mineral Processing Basics, Particles, Comminution, Physics, Mill Safety, Primary Crushing, Auxiliary Equipment, Circuit Basics and a Crusher Circuit Example.

A course for process engineers, mill operators and mineral processing students. Flotation 1 - Fundamentals is the first of a suite of three courses on flotation theory and practice from Metso Technology Development. Topics include Mineral Processing Basics, Water Properties, Particles, Slurries, Pulp Zone, Froth Zone, Flotation Kinetics and Impediments to Flotation.

A course for process engineers, mill operators and students. Flotation Unit Operations is the second of a suite of three courses on flotation theory and practice from Metso Performance Solutions. Topics include Mechanical Flotation Cells, Column Flotation Cells, Conditioners, Regrind Mills, Cyclones and Auxiliary Equipment.

A course for process engineers, mill operators and students. Flotation Circuits is the third of a suite of three courses on flotation theory and practice from Metso Performance Solutions. Topics include Flotation Circuit Basics, Copper Circuit Example and Copper-Zinc Circuit Example.

This course covers the essential considerations for understanding and optimizing electrowinning (EW) and electrorefining (ER) processes in the extraction and purification of non-ferrous metals, including gold, silver, copper, nickel, cobalt, zinc, and manganese. The course provides a detailed overview of the electrochemical principles, practical applications, and safety protocols involved, integrating theoretical foundations with real-world industrial practices. It consists of six modules, addressing the foundations of electrometallurgy, core electrochemical concepts, general and metal-specific cell design and configurations, optimization strategies, best practices, and safety considerations.

This course covers the essential considerations for understanding and optimizing the electrowinning process in gold extraction, a critical final step in recovering high-purity gold from concentrated solutions. It provides a detailed overview of the electrochemical principles, practical applications, and safety protocols involved, integrating theoretical foundations with real-world industrial practices.

Process Mineralogy 1 for Metals is the first of two courses on process mineralogy by the author. It presents the basic tools of investigative and analytical mineralogy and their application primarily with respect to metals, illustrated by numerous examples. Topics covered include optical microscopy, x-ray diffraction, x-ray fluorescence, electron microscopy, mineral separation and mass balance techniques. Together with the companion course, Process Mineralogy 2 for Coal and Industrial Minerals, this course provides an excellent introduction to process mineralogy for all mining disciplines.

Process Mineralogy 2 for Coal and Industrial Minerals is the second of two courses on process mineralogy by the author. It presents application of the basic tools of investigative and analytical mineralogy with respect to coal and industrial minerals, illustrated by examples. In addition to coal, the course covers the industrial minerals diatomite, clay, calcium carbonate, glass, cement and advanced ceramics. Together with the companion course, Process Mineralogy 1 for Metals, this course provides an excellent introduction to process mineralogy for all mining disciplines.

This practical course is concerned with the principles, procedures and tools for quality control of geochemical and assay samples on a mineral project. Topics include: statistical tests; sources and measures of error in sampling, subsampling and analysis; and procedures for monitoring data quality. This course is a "must" for anyone concerned with interpreting assay results and/or implementing quality control procedures. *** This is a premium course which has been peer-reviewed by a committee appointed by the Canadian Institute of Mining, Metallurgy and Petroleum (CIM) and the Society for Mining, Metallurgy and Exploration (SME).

A comprehensive course for managers and professionals on revenue, cost, cash flow, discount rates, methods of financing, metal prices, metal contracts, uncertainty, modeling and real options in the context of mine project economics. *** This is a premium course which has been peer-reviewed by a committee appointed by the Canadian Institute of Mining, Metallurgy and Petroleum (CIM) and the Society for Mining, Metallurgy and Exploration (SME).

An Introduction to Modelling Metal Project Finance serves as an introduction to the critical issues associated with the debt financing of mining projects. The aims and objectives of project financing are discussed with an overview of the steps leading up to application. The course is aimed at professionals throughout the mining industry and assumes a basic appreciation of the main financial parameters.