This program is fully lectured in English and is designed to provide comprehensive scientific and technological training for professional practice in the field of Mechanical Engineering. It focuses on the design, analysis, manufacturing, and maintenance of mechanical systems and industrial equipment.
Profile of the Programme
The programme develops technical and scientific knowledge in areas such as:
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Mechanics and materials science
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Thermodynamics and heat transfer
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Fluid mechanics and hydraulic systems
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Mechanical design and CAD technologies
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Industrial maintenance and automation
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Energy systems and sustainable engineering
Key Learning Outcomes
The degree in Mechanical Engineering is awarded to students who can:
a) apply theoretical and practical knowledge to solve engineering challenges related to mechanical systems;
b) develop innovative solutions in product design, energy efficiency, and system optimization;
c) integrate multidisciplinary approaches in engineering projects with environmental and safety considerations;
d) communicate technical information effectively to both specialists and non-specialists;
e) pursue continuous professional development in a rapidly evolving technological landscape.
Occupational Profiles of Graduates
Graduates are qualified to work in mechanical design offices, industrial production, maintenance services, energy companies, and R&D departments.
Electrical Engineering Specialty
This program is fully lectured in English and prepares students for careers in the design, implementation, and management of electrical systems and technologies. It covers both low and high voltage applications in industrial, commercial, and renewable energy contexts.
Profile of the Programme
The programme emphasizes skills and knowledge in:
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Electrical circuits and power systems
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Control systems and automation
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Electronics and embedded systems
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Renewable energy technologies
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Electrical installations and safety standards
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Instrumentation and signal processing
Key Learning Outcomes
The degree in Electrical Engineering is awarded to students who demonstrate the ability to:
a) analyze, design, and optimize electrical and electronic systems;
b) apply innovative solutions to energy distribution, control, and automation challenges;
c) assess safety, sustainability, and efficiency in electrical projects;
d) communicate effectively with multidisciplinary teams and stakeholders;
e) adapt to emerging technologies and pursue lifelong learning.
Occupational Profiles of Graduates
Graduates are equipped to work in power generation and distribution companies, automation and control industries, electrical design firms, and energy management services.
Electromechanical Engineering Specialty
This program is fully lectured in English and aims to provide integrated training in both mechanical and electrical engineering, enabling graduates to work at the intersection of these two fields. It focuses on electromechanical systems, industrial automation, and maintenance engineering.
Profile of the Programme
The programme combines knowledge from both mechanical and electrical disciplines, including:
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Electromechanical systems design and diagnostics
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Industrial automation and robotics
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Control systems and instrumentation
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Maintenance engineering and reliability
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Energy systems and electromechanical devices
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CAD/CAM and simulation tools
Key Learning Outcomes
The degree in Electromechanical Engineering is awarded to students who can:
a) develop, operate, and maintain complex electromechanical systems;
b) solve multidisciplinary problems using a systems engineering approach;
c) ensure efficiency, safety, and sustainability in industrial environments;
d) communicate effectively and work collaboratively in engineering teams;
e) continue professional development in advanced electromechanical technologies.
Occupational Profiles of Graduates
Graduates may work in industrial automation, manufacturing, maintenance services, mechatronics, and energy systems, in both public and private sectors.