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4 Years On Campus Bachelors Program
University of OviedoThe Bachelor's Degree in Mining & Energy Resources Engineering at the University of Oviedo equips you with the skills to tackle the world's energy and resource challenges, blending mining expertise with sustainable energy solutions. It's perfect for students passionate about engineering innovation, geology, and environmental impact who want hands-on projects and a career in high-demand industries like renewable energy and raw materials extraction.
Curriculum Structure
First Year
You'll build a strong foundation in core sciences and math, starting with Mathematics (including Calculus) to master essential problem-solving tools used across engineering fields. Courses like those in the basic training module introduce you to fundamental concepts shared with related degrees, such as Civil Engineering basics, setting the stage for specialized mining and energy topics. This year focuses on developing analytical skills through lectures, practices, and seminars that make up about 40% of your workload.
Second Year
Dive into engineering fundamentals with subjects like Electric Circuits and Machines (GIELEC01-1-006), where you'll learn to analyze and apply electrical systems critical for mining operations and energy production. You'll also explore mechanics and resources, building practical abilities to identify real-world problems in energy extraction. Hands-on work ramps up, preparing you for advanced applications in sustainable resource management.
Third and Fourth Years
Advanced modules cover specialized mining technologies and energy systems, including subjects like those in Mining Technologies (drawing from GIMINA01-2-009), focusing on practical extraction methods, safety, and efficiency through 150 hours of integrated study. You'll tackle Oleo-Hydraulic and Pneumatic Technologies (GIMECA01-4-008) to understand fluid power systems vital for heavy machinery in mining and energy sectors. These years emphasize project-based learning, integrating civil and mining engineering for comprehensive professional readiness.
Focus Areas
Sustainable mining, renewable energy engineering, geological resource management, and advanced extraction technologies.
Learning Outcomes
Graduates gain expertise in designing energy-efficient mining operations, analyzing resource deposits, applying electrical and mechanical systems to real projects, and ensuring environmental compliance—ready to innovate in global energy transitions.
Professional Alignment (Accreditation)
The program aligns with EU-regulated engineering standards, offering official accreditation as a Grado en Ingeniería de los Recursos Mineros y Energéticos, with pathways to professional mining engineer status via master's progression.
Reputation (Employability Rankings)
University of Oviedo engineering degrees boast strong employability, with mining and energy grads highly sought in Spain's resource sector; official stats highlight near-100% placement in related fields post-graduation.
At the University of Oviedo's Bachelor's Degree in Mining & Energy Resources Engineering, you'll dive into hands-on experiential learning right from year one, building real-world skills through labs, field work, and practical sessions tailored to mining and energy challenges. The program emphasizes laboratory and field work in core subjects, group tutorials, and workshops using specialized equipment for everything from thermodynamics to energy systems—preparing you to tackle industry demands with confidence.
Here are some standout ways you'll gain practical experience specific to this degree:
- Dedicated laboratories and field work: Core courses include up to 69 hours of lab and field work per subject, like Basic Operations in the Laboratory and Informatic Tools, focusing on chemistry and practical engineering concepts relevant to mining resources.
- School of Mining, Energy and Materials Engineering of Oviedo: Your home base for hands-on training in materials science, metallurgy, and energy engineering, with access to specialized equipment for heat engines, internal combustion systems, and resource facilities.
- Practical sessions in classes, seminars, and workshops: Structured into many courses (e.g., 14 hours in first-year subjects), often with group tutorials (4 hours) to collaborate on real engineering problems like entropy diagrams and energy conversion.
- Informatic tools and digital resources: Integrated from the start, including software for thermodynamic analysis (Mollier diagrams) and energy systems simulation in subjects like facilities and heat engines.
At the University of Oviedo's Bachelor's Degree in Mining & Energy Resources Engineering, you'll dive into hands-on experiential learning right from year one, building real-world skills through labs, field work, and practical sessions tailored to mining and energy challenges. The program emphasizes laboratory and field work in core subjects, giving you direct experience with equipment, heat engines, and energy systems at the School of Mining, Energy and Materials Engineering of Oviedo—a dedicated hub for this field. You'll work with industrial facilities and tools like reciprocating internal combustion engines, plus informatics tools for simulations and data analysis.
Here's how our program stands out with specific experiential opportunities:
- Laboratories and field work: Core courses include up to 69 hours of lab and field practice per subject, such as in Basic Operations and energy facilities, using real equipment for thermodynamics, heat engines, and materials testing.
- School of Mining, Energy and Materials Engineering facilities: State-of-the-art labs and workshops at this Oviedo school, focused on mining tech, energy resources, and metallurgy for hands-on engineering projects.
- Informatic tools and software: Integrated practical sessions with informatics tools for modeling and analysis, alongside electronics and energy production equipment in shared modules.
- Practical sessions in classes/seminars/workshops: Group-based tutorials (up to 14 hours per course) and workshops for collaborative problem-solving on energy conversion, storage, and mining operations.
- Energy systems equipment: Training on wind, photovoltaic, and internal combustion systems, plus heat engines and facilities simulation for practical energy engineering skills.
This practical focus will prepare you better than most programs—imagine applying right away to top mining and energy firms.
To enter the Bachelor’s Degree in Engineering of Mining & Energy Resources at the University of Oviedo, you must meet the general Spanish university access requirements, such as holding the Spanish Bachillerato with a passed EBAU/PAU or an equivalent qualification from your country of origin (general access routes are common for all degrees).Other accepted access routes include Higher Vocational Training (CFGS), a recognised university degree, or passing the entrance exams for applicants over 25, 40, or 45 years old that the university offers.International applicants must obtain the accreditation of access to the Spanish university system (e.g., via UNEDasiss) to confirm that their secondary studies are equivalent to the Spanish Bachillerato.The degree typically has a minimum admission score (nota de corte) around 5.000 for the EBAU/CFGS pathway, reflecting the competitive access level.Mining engineeringEnergy engineeringResource explorationExtraction planningMineral processingEnvironmental managementGeotechnical engineeringHydrogeologyExplosives engineeringEnergy generationSustainability consultingProject managementTechnical surveyingSafety engineeringPublic administrationTeachingResearchUnderground worksRenewable energy 
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