Master's in Mining Engineering, Mineral Processing and Geophysics

Mineral Resources and Sustainable Mining is one of the few programmes in the world which cover the whole mining value chain from exploration to mining, concentration, refining and closure.

The faculty has close collaboration with the industry and teaching is provided by highly experienced and internationally well-regarded teachers. The Oulu Mining School is involved with many high-level EU projects which focus on innovation, developing new methods and refining existing processes.

Students can choose their study path from three options.

Mining Engineering

Mining engineering is a branch of engineering focused on the safe, efficient, and sustainable design, operation, and management of mines throughout their entire life cycle. It covers subjects such as mining methods, rock mechanics, mine planning, drilling, blasting, management, economics and geology.

Mineral Processing

Mineral processing focuses on separating valuable minerals from raw ore and upgrading them into usable products. It involves physical and chemical processes such as comminution, flotation, and different separation techniques to increase ore quality and efficiency of resource use.

Geophysics

Geophysics uses physical principles—such as gravity, magnetism, electrical, and seismic methods—to study the structure and processes of the Earth. It can be used to investigate the subsurface for resources like in mineral exploration or groundwater studies, for natural hazards, and in environmental and engineering applications.

Excellent skills in and understanding sustainable use of mineral resources and principles of sustainable mining and beneficiation, including:

• Theoretical studies in engineering and geosciences
• Economic and environmental aspects of mining and mineral resources
• Hands-on practices in the well-equipped Oulu Mining School Research Center and out in the field
• The latest modelling and simulation education related to the topics
• Instrumental skills in mineral analytics.

An ideal candidate is academically versed in mining related engineering or natural sciences, with a passion for sustainable practices in the field of mining.

This individual is driven by a commitment to environmental management and innovation in the mining sector and is eager to engage with the industry through internships and collaborative projects, aiming to contribute to the mining cycle. The candidate is equipped to address global challenges in mineral industry.

Your previous degree can be in the field of engineering or in natural sciences, preferably geophysics, geosciences, physics, or chemistry. Engineering mathematics courses in Calculus, Differential Equations and Matrix Algebra are required to be completed.

Not having the required math skills?

Consider applying for a parallel programme in Geosciences focusing also on Mineral Resources and Sustainable Mining.

Read about eligibility and admissions procedure for Mining Engineering, Mineral Processing and Geophysics, detailed information available at Studyinfo.

For detailed information about Mining Engineering, Mineral Processing and Geophysics courses and the programme structure, look at the study guide:

• Read the study guide for Mining Engineering and Mineral Processing and Geophysics (MSc Tech) programme

Job opportunities exist in all fields of the mining cycle including exploration, mineral processing, and mining engineering, both in industry and academic research.

Occupational profiles of the graduates include:

• Geophysicist
• Mining Engineer
• Plant or Mill Manager
• Rock Mechanics Engineer
• Research Scientist.