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The Master's Degree in Mining Engineering from the Universidade de Vigo qualifies students for the regulated profession of Mining Engineer. The best way to find out what training this academic qualification provides is to get to know the profession of mining engineer: in what areas he/she works and how he/she carries out his/her professional activity.
The exploitation of mining resources and the guarantee of an adequate supply of mining products at acceptable prices is the indispensable basis of any modern industrial nation. The demand for minerals of all kinds is greater today than ever before and continues to increase as nations strive to improve their standard of living. It is therefore the task of the mining industry to provide humanity with the minerals and raw materials to meet these needs. This is why the exploitation of mining resources is and will continue to be essential for society, given that the products derived from it are essential to satisfy its basic needs.
In this context, mining engineers are responsible for the exploration, research, exploitation, benefit, processing, transformation and use of non-renewable natural resources on Earth (rocks and mines, underground water, mineral and thermal water, oil, natural gas) and other geological resources, such as underground space, all of which activities must be carried out in a safe, profitable and environmentally compatible way. In addition, his knowledge as a specialist in the removal and fragmentation through the use of explosives makes him a suitable technician to work in activities related to earthmoving and the execution and control of underground works.
Within the professional activities of the Mining Engineer, there is also the exploitation and transformation of all types of energy resources. The Mining Engineer also knows the technologies of metallic materials, ceramics, polymers and composites, from their obtaining to their use in industry, as well as iron and steel techniques, being able to design the appropriate material for each application and to supply the construction and equipment industries with the raw materials they require.
In the mining industry, the field of professional activity of the Mining Engineer includes the evaluation, planning and exploitation of mining sites and the design and practice of physical and chemical transformation processes of the mines to obtain mining products. The mining engineer carries out these tasks on the basis of a knowledge of the geological, mineralogical, physical and chemical characteristics of the deposit to be exploited and its geographic, geological, climatic and social surroundings, selecting the technologies that guarantee the lowest capital and operating costs, maximum productivity and the recovery of the substances contained in the mineral with optimum quality. All this while ensuring the safety and health of workers and the standards of protection, restoration, rehabilitation and conservation of the environment. Due to the complexity of mining projects and the large number of factors, variables and actors involved, the mining engineer carries out his activity in multidisciplinary teams. However, it is the Mining Engineer who is responsible for providing a mining project with the integrated technological management necessary to coordinate all the operations, both productive and support, according to business objectives clearly defined by the mining company.
Program overview
Main Subject
Engineering - Mineral and Mining
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master's Degree in Mining Engineering from the Universidade de Vigo qualifies students for the regulated profession of Mining Engineer. The best way to find out what training this academic qualification provides is to get to know the profession of mining engineer: in what areas he/she works and how he/she carries out his/her professional activity.
The exploitation of mining resources and the guarantee of an adequate supply of mining products at acceptable prices is the indispensable basis of any modern industrial nation. The demand for minerals of all kinds is greater today than ever before and continues to increase as nations strive to improve their standard of living. It is therefore the task of the mining industry to provide humanity with the minerals and raw materials to meet these needs. This is why the exploitation of mining resources is and will continue to be essential for society, given that the products derived from it are essential to satisfy its basic needs.
In this context, mining engineers are responsible for the exploration, research, exploitation, benefit, processing, transformation and use of non-renewable natural resources on Earth (rocks and mines, underground water, mineral and thermal water, oil, natural gas) and other geological resources, such as underground space, all of which activities must be carried out in a safe, profitable and environmentally compatible way. In addition, his knowledge as a specialist in the removal and fragmentation through the use of explosives makes him a suitable technician to work in activities related to earthmoving and the execution and control of underground works.
Within the professional activities of the Mining Engineer, there is also the exploitation and transformation of all types of energy resources. The Mining Engineer also knows the technologies of metallic materials, ceramics, polymers and composites, from their obtaining to their use in industry, as well as iron and steel techniques, being able to design the appropriate material for each application and to supply the construction and equipment industries with the raw materials they require.
In the mining industry, the field of professional activity of the Mining Engineer includes the evaluation, planning and exploitation of mining sites and the design and practice of physical and chemical transformation processes of the mines to obtain mining products. The mining engineer carries out these tasks on the basis of a knowledge of the geological, mineralogical, physical and chemical characteristics of the deposit to be exploited and its geographic, geological, climatic and social surroundings, selecting the technologies that guarantee the lowest capital and operating costs, maximum productivity and the recovery of the substances contained in the mineral with optimum quality. All this while ensuring the safety and health of workers and the standards of protection, restoration, rehabilitation and conservation of the environment. Due to the complexity of mining projects and the large number of factors, variables and actors involved, the mining engineer carries out his activity in multidisciplinary teams. However, it is the Mining Engineer who is responsible for providing a mining project with the integrated technological management necessary to coordinate all the operations, both productive and support, according to business objectives clearly defined by the mining company.
In relation to the admission procedure, this will be applied to those students who meet the requirements for access to the degree. The competent body in relation to the admission procedure is the Master's Degree Academic Committee in application of the provisions of university regulations.
For admission to the Master's Degree in Mining Engineering, 3 types of groups have been identified
1. Collective A. Students in possession of one of the following degrees:
Graduate in Mining and Energy Resources Engineering from the University of Vigo
Graduate in Energy Engineering from the University of Vigo
2. Collective B. Students in possession of a university degree linked to the exercise of the regulated profession of Mining Technical Engineer (University Graduate or Mining Technical Engineer (different specialties)) issued by another University of the Spanish University System.
3. Collective C. Students in possession of a university degree not linked to the exercise of the profession of Technical Mining Engineer who meet the requirements for access after assessment by the Academic Committee and the administrative services.
Prioritization within each group will be done by average grade of the academic transcript. If the quota of one of the groups is not covered, it can be completed with students from the other groups. Taking into account the heterogeneity in the previous academic training of the access groups, the Master's Degree Academic Committee will establish, for each access group, the academic curriculum of the "Advanced Technology Training Module" of the curriculum based on the student's previous training. In addition, in the case of students in access group C, the Master's Academic Committee will establish, depending on the academic training it accredits, the set of credits that the student must take as a training supplement.
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
The Universidade de Vigo offers a wide range of Bachelor’s degrees in all areas of knowledge that include a large
selection of subjects held in English . In addition, Bachelor's Degree in
Telecommunication Technologies Engineering and Bachelor’s Degree in Industrial
Technologies Engineering are almost entirely taught in English.
Students wishing to pursue their postgraduate education can choose from
a wide range of Master’s programs in all areas of knowledge that include a large
selection of subjects held in English .
Master's Degree in Mining Engineering
Campus de Vigo, Vigo, Spain
24 monthsProgram duration
YesScholarships
Engineering - Mineral and MiningMain Subject Area
Program overview
Main Subject
Engineering - Mineral and Mining
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master's Degree in Mining Engineering from the Universidade de Vigo qualifies students for the regulated profession of Mining Engineer. The best way to find out what training this academic qualification provides is to get to know the profession of mining engineer: in what areas he/she works and how he/she carries out his/her professional activity.
The exploitation of mining resources and the guarantee of an adequate supply of mining products at acceptable prices is the indispensable basis of any modern industrial nation. The demand for minerals of all kinds is greater today than ever before and continues to increase as nations strive to improve their standard of living. It is therefore the task of the mining industry to provide humanity with the minerals and raw materials to meet these needs. This is why the exploitation of mining resources is and will continue to be essential for society, given that the products derived from it are essential to satisfy its basic needs.
In this context, mining engineers are responsible for the exploration, research, exploitation, benefit, processing, transformation and use of non-renewable natural resources on Earth (rocks and mines, underground water, mineral and thermal water, oil, natural gas) and other geological resources, such as underground space, all of which activities must be carried out in a safe, profitable and environmentally compatible way. In addition, his knowledge as a specialist in the removal and fragmentation through the use of explosives makes him a suitable technician to work in activities related to earthmoving and the execution and control of underground works.
Within the professional activities of the Mining Engineer, there is also the exploitation and transformation of all types of energy resources. The Mining Engineer also knows the technologies of metallic materials, ceramics, polymers and composites, from their obtaining to their use in industry, as well as iron and steel techniques, being able to design the appropriate material for each application and to supply the construction and equipment industries with the raw materials they require.
In the mining industry, the field of professional activity of the Mining Engineer includes the evaluation, planning and exploitation of mining sites and the design and practice of physical and chemical transformation processes of the mines to obtain mining products. The mining engineer carries out these tasks on the basis of a knowledge of the geological, mineralogical, physical and chemical characteristics of the deposit to be exploited and its geographic, geological, climatic and social surroundings, selecting the technologies that guarantee the lowest capital and operating costs, maximum productivity and the recovery of the substances contained in the mineral with optimum quality. All this while ensuring the safety and health of workers and the standards of protection, restoration, rehabilitation and conservation of the environment. Due to the complexity of mining projects and the large number of factors, variables and actors involved, the mining engineer carries out his activity in multidisciplinary teams. However, it is the Mining Engineer who is responsible for providing a mining project with the integrated technological management necessary to coordinate all the operations, both productive and support, according to business objectives clearly defined by the mining company.
Program overview
Main Subject
Engineering - Mineral and Mining
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master's Degree in Mining Engineering from the Universidade de Vigo qualifies students for the regulated profession of Mining Engineer. The best way to find out what training this academic qualification provides is to get to know the profession of mining engineer: in what areas he/she works and how he/she carries out his/her professional activity.
The exploitation of mining resources and the guarantee of an adequate supply of mining products at acceptable prices is the indispensable basis of any modern industrial nation. The demand for minerals of all kinds is greater today than ever before and continues to increase as nations strive to improve their standard of living. It is therefore the task of the mining industry to provide humanity with the minerals and raw materials to meet these needs. This is why the exploitation of mining resources is and will continue to be essential for society, given that the products derived from it are essential to satisfy its basic needs.
In this context, mining engineers are responsible for the exploration, research, exploitation, benefit, processing, transformation and use of non-renewable natural resources on Earth (rocks and mines, underground water, mineral and thermal water, oil, natural gas) and other geological resources, such as underground space, all of which activities must be carried out in a safe, profitable and environmentally compatible way. In addition, his knowledge as a specialist in the removal and fragmentation through the use of explosives makes him a suitable technician to work in activities related to earthmoving and the execution and control of underground works.
Within the professional activities of the Mining Engineer, there is also the exploitation and transformation of all types of energy resources. The Mining Engineer also knows the technologies of metallic materials, ceramics, polymers and composites, from their obtaining to their use in industry, as well as iron and steel techniques, being able to design the appropriate material for each application and to supply the construction and equipment industries with the raw materials they require.
In the mining industry, the field of professional activity of the Mining Engineer includes the evaluation, planning and exploitation of mining sites and the design and practice of physical and chemical transformation processes of the mines to obtain mining products. The mining engineer carries out these tasks on the basis of a knowledge of the geological, mineralogical, physical and chemical characteristics of the deposit to be exploited and its geographic, geological, climatic and social surroundings, selecting the technologies that guarantee the lowest capital and operating costs, maximum productivity and the recovery of the substances contained in the mineral with optimum quality. All this while ensuring the safety and health of workers and the standards of protection, restoration, rehabilitation and conservation of the environment. Due to the complexity of mining projects and the large number of factors, variables and actors involved, the mining engineer carries out his activity in multidisciplinary teams. However, it is the Mining Engineer who is responsible for providing a mining project with the integrated technological management necessary to coordinate all the operations, both productive and support, according to business objectives clearly defined by the mining company.
Admission requirements
Exam Scores
Important Dates
Admission requirements
In relation to the admission procedure, this will be applied to those students who meet the requirements for access to the degree. The competent body in relation to the admission procedure is the Master's Degree Academic Committee in application of the provisions of university regulations.
For admission to the Master's Degree in Mining Engineering, 3 types of groups have been identified
1. Collective A. Students in possession of one of the following degrees:
2. Collective B. Students in possession of a university degree linked to the exercise of the regulated profession of Mining Technical Engineer (University Graduate or Mining Technical Engineer (different specialties)) issued by another University of the Spanish University System.
3. Collective C. Students in possession of a university degree not linked to the exercise of the profession of Technical Mining Engineer who meet the requirements for access after assessment by the Academic Committee and the administrative services.
Prioritization within each group will be done by average grade of the academic transcript. If the quota of one of the groups is not covered, it can be completed with students from the other groups. Taking into account the heterogeneity in the previous academic training of the access groups, the Master's Degree Academic Committee will establish, for each access group, the academic curriculum of the "Advanced Technology Training Module" of the curriculum based on the student's previous training. In addition, in the case of students in access group C, the Master's Academic Committee will establish, depending on the academic training it accredits, the set of credits that the student must take as a training supplement.
Tuition fee and scholarships
Scholarships
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
In this guide you will find:
Where to look for scholarship opportunities
How to apply to scholarships relevant to you
A list of available scholarships around the world
A scholarship application checklist
More programs from the university
Bachelor UG
Master PG
MBA
PHD
The Universidade de Vigo offers a wide range of Bachelor’s degrees in all areas of knowledge that include a large selection of subjects held in English . In addition, Bachelor's Degree in Telecommunication Technologies Engineering and Bachelor’s Degree in Industrial Technologies Engineering are almost entirely taught in English.
Arts and Humanities (6)
Degree in Applied Galician and Spanish Philology
Degree in Design
Degree in Fine Arts
Degree in Foreign Languages
Degree in Geography and History
Degree in Translation and Interpreting (Galician-English)
Degree in Translation and Interpreting (Spanish-English)
Degree in Translation and Interpreting (Spanish-French)
Business and Management (6)
Degree in Business Administration and Management (Ourense Campus)
Degree in Business Administration and Management (Vigo Campus)
Degree in Commerce
Degree in Direction and Public Management
Degree in International Relations
PCEO Degree in Business Administration and Management / Degree in Computer Engineering
PCEO Degree in Business Administration and Management / Degree in Law
Engineering and Technology (6)
Degree in Aerospace Engineering
Degree in Agricultural Engineering
Degree in Artificial Intelligence
Degree in Biomedical Engineering
Degree in Computer Engineering
Degree in Electrical Engineering
Degree in Energy Engineering
Degree in Engineering in Industrial Organization
Degree in Forest Engineering
Degree in Industrial Chemical Engineering
Degree in Industrial Electronics and Automatic Engineering
Degree in Industrial Technology Engineering
Degree in Industrial Technology Engineering (English)
Degree in Mechanical Engineering (Vigo Campus)
Degree in Mining and Energy Resources Engineering
Degree in Telecommunication Technology Engineering
Degree in Telecommunication Technology Engineering (English)
PCEO Degree in Biomedical Engineering / Degree in Engineering in Industrial and Automatic Electronics
PCEO Degree in Biomedical Engineering / Degree in Mechanical Engineering
PCEO Degree in Mechanical Engineering / Degree in Engineering in Industrial and Automatic Electronics
Life Sciences and Medicine (6)
Degree in Biology
Degree in Nursing (Ourense Campus)
Degree in Nursing (Pontevedra Campus)
Degree in Nursing Meixoeiro (Vigo Campus)
Degree in Nursing POVISA (Vigo Campus)
Degree in Physiotherapy
Natural Sciences (6)
Degree in Chemistry
Degree in Environmental Sciences
Degree in Food Science and Technology
Degree in Marine Sciences
Social Sciences and Management (6)
Degree in Advertising and Public Relations
Degree in Audiovisual Communication
Degree in Early Childhood Education (Ourense Campus)
Degree in Early Childhood Education (Pontevedra Campus)
Degree in Early Childhood Education (Vigo Campus)
Degree in Economics
Degree in Labor Relations and Human Resources
Degree in Law (Ourense Campus)
Degree in Law (Vigo Campus)
Degree in Primary Education (Ourense Campus)
Degree in Primary Education (Pontevedra Campus)
Degree in Primary Education (Vigo Campus)
Degree in Social Education
Degree in Social Work
Degree in Tourism
PCEO Degree in Tourism / Degree in Geography and History
Students wishing to pursue their postgraduate education can choose from a wide range of Master’s programs in all areas of knowledge that include a large selection of subjects held in English .
Arts and Humanities (6)
Master's Degree in Advanced English Studies and its Applications
Master's Degree in Applied Linguistics
Master's Degree in Archaeology and Ancient Sciences
Master's Degree in Art Direction in Advertising
Master's Degree in Fashion Design and Creative Management
Master's Degree in Multimedia Translation
Master's Degree in Valuation, Management and Protection of Cultural Heritage
Master’s Degree in Translation for International Communication (MTCI)
Business and Management (6)
Master's Degree in Business Sport Management
Master's Degree in Finance
Master's Degree in Integrated Project Management
Master's Degree in Public Management and Institutional Leadership
Master's Degree in SME Management
Engineering and Technology (6)
Master's Degree in Artificial Intelligence
Master's Degree in Automotive Engineering
Master's Degree in Biomedical Engineering
Master's Degree in Computer Engineering
Master's Degree in Computer Vision
Master's Degree in Cybersecurity
Master's Degree in Energy and Sustainability
Master's Degree in ICT Management for Defense
Master's Degree in Industrial Engineering
Master's Degree in Industry 4.0
Master's Degree in Mechatronics
Master's Degree in Mining Engineering
Master's Degree in Occupational Risk Prevention
Master's Degree in Telecommunication Engineering
Master’s Degree in Additive Manufacturing
Master’s Degree in Aeronautical Engineering
Master’s Degree in Quantum Information Science and Technologies (MQIST)
Master’s Degree in Sustainable Water Management
Master’s Degree in Unmanned Aircraft Systems
Life Sciences and Medicine (6)
Master's Degree in Advanced Biotechnology
Master's Degree in Agri-Food and Environmental Science and Technology
Master's Degree in Aquaculture
Master's Degree in Genomics and Genetics
Master's Degree in Marine Biology
Master's Degree in Neuroscience
Master's Degree in Nutrition
Master's Degree in Therapeutic Exercise in Physiotherapy
Natural Sciences (6)
Master's Degree in Chemical Research and Industrial Chemistry
Master's Degree in Industrial Mathematics
Master's Degree in Oceanography
Master's Degree in Science and Technology for the Conservation of Fishery Products
Master's Degree in Terrestrial Biodiversity: Characterization, Conservation and Management
Social Sciences and Management (6)
Master's Degree in Advocacy (Ourense Campus)
Master's Degree in Cities Challenges
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty (Ourense): Experimental Sciences. Mathematics and Technology
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty (Ourense): Orientation
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty (Pontevedra): Orientation
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty (Vigo): Experimental Sciences. Mathematics and Technology
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Art and Design
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Experimental Sciences. Biology, Geology, Physics and Chemistry
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Experimental Sciences. Physical Education
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Languages and Literatures. Foreign Languages
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Languages and Literatures. Official Languages and Literatures: Spanish and Galician
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Social Sciences. Geography and History
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Social Sciences. Humanities
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Vocational Training. Primary and Secondary Sector
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Vocational Training. Services Sector
Master's Degree in Compulsory Secondary Education, Baccalaureate, Vocational Training and Language Teaching. Specialty: Vocational Training. Training and Career Guidance
Master's Degree in Economics
Master's Degree in International Trade
Master's Degree in International Trade (online)
Master's Degree in Labour Management and Direction
Master's Degree in Learning Difficulties and Cognitive Processes
Master's Degree in Management and Planning of Inland and Health Tourism
Master's Degree in Minors in Situations of Unprotection and Social Conflict
Master's Degree in Multidisciplinary Intervention in Diversity in Educational Contexts
Master's Degree in Physical Activity, Sport and Health Research
Master's Degree in Research and Innovation in Specific Didactics for Infant and Primary Education
Master's Degree in Social Media Communication and Digital Content Creation
Master's Degree in Specific Needs of Educational Support
Master's Degree in Statistical Techniques
Master's Degree in Supply Chain Management and Innovation
Master's in Advocacy (Vigo Campus)
Full-Time MBA (1)
Master's Degree in Business Administration and Management
Master's Degree in Integrated Business Administration and Corporate Social Responsibility
Arts and Humanities (5)
Doctoral Program in Advanced English Studies: Linguistics, Literature and Culture
Doctoral Program in Creation and Research in Contemporary Art
Doctoral Program in Cultural Heritage Protection
Doctoral Program in Language Studies
Doctoral Program in Literary Studies
Doctoral Program in Translation and Paratranslation
Engineering and Technology (5)
Doctoral Program in Aerospace Technology: Electromagnetic, Electronic, Computer and Mechanical Engineering
Doctoral Program in Chemical Engineering
Doctoral Program in Energy Efficiency and Sustainability in Engineering and Architecture
Doctoral Program in Information and Communication Technologies
Doctoral Program in Laser, Photonics and Vision
Doctoral Program in Research in Advanced Technologies and Processes in Industry
PhD Program in Geotechnologies Applied to Construction, Energy and Industry
PhD Program in Intelligent and Adaptable Software Systems
Life Sciences and Medicine (5)
Doctoral Program in Advanced Biotechnology
Doctoral Program in Agri-Food Science and Technology
Doctoral Program in Endocrinology
Doctoral Program in Methodology and Applications in Life Sciences
Doctoral Program in Nanoscience and Biomedicine
Doctoral Program in Neuroscience and Clinical Psychology
Natural Sciences (5)
Doctoral Program in Applied Physics
Doctoral Program in Chemical Science and Technology
Doctoral Program in Creativity and Social and Sustainable Innovation
Doctoral Program in Marine Sciences, Technology and Management
Doctoral Program in Mathematical Methods and Numerical Simulation in Engineering and Applied Sciences
Doctoral Program in Mathematics and Applications
Doctoral Program in Terrestrial Ecosystems, Sustainable Use and Environmental Implications
Doctoral Program in Theoretical Chemistry and Computational Modeling
Doctoral Program in Water, Sustainability and Development
PhD Program in Science and Technology of Colloids and Interfaces
Social Sciences and Management (5)
Doctoral Program in Communication
Doctoral Program in Economic Analysis and Business Strategy
Doctoral Program in Education and Behavioral Sciences
Doctoral Program in Education, Sports and Health
Doctoral Program in Equity and Innovation in Education
Doctoral Program in Management and Conflict Resolution. Minors, Family and Therapeutic Justice
Doctoral Program in Market Law
Doctoral Program in Social Sciences and Ageing
Doctoral Program in Sports Science, Physical Education and Healthy Physical Activity
Doctoral Program in Statistics and Operations Research
Doctoral Program in Tourism