University of Petroșani

Programme overview

This collection of bachelor specialisations trains engineers with a mix of general theoretical knowledge and applied technical competence. Programmes emphasise practical disciplines such as mining engineering, topography/geodesy, mining construction, environmental engineering for industry, economic engineering in construction, quality management, occupational safety, engineering and business management, computing, automation and electromechanics. Graduates are prepared to perform design, planning and technical‑economic analyses and to participate in management at various hierarchical levels.

What you'll study

Course content varies by specialisation but, according to the published degree fiches, students study topics including:

• Mining engineering: design, planning and exploitation of mineral deposits; underground and modern mining technologies; technical‑economic rationale for extraction.
• Mining topography/surveying: topography, geodesy, cadastre, cartography plus mathematics and modern measurement and computing techniques for surface and underground surveys.
• Mining construction: geomechanics, underground and surface construction technology, and design/execution of mining works and associated infrastructure (preparation plants, quarries, hydrotechnical and transport works).
• Engineering and environmental protection in industry: industrial technologies, pollution prevention and control for air/water/soil, noise and vibration mitigation, waste management (landfills, tailings) and land rehabilitation.
• Economic engineering in construction and Engineering & Business Management: interdisciplinary study of technical, economic and managerial aspects of construction and industrial organisations, with a focus on engineering management and entrepreneurship.
• Engineering and quality management: principles and practice of quality assurance for designed and manufactured products; competencies for education, research and communication in quality systems.
• Safety engineering in industry: occupational safety and health, process safety and industrial equipment risk management across public and private sectors and emergency/inspectorate contexts.
• Computers, Applied Automation & Informatics: computer architecture, operating systems, networks, digital signal processing; automation, robotics, PLCs, modelling, simulation, data acquisition and control for industrial applications.
• Electromechanics: applied electrical engineering and electromechanical systems training (specialisation described as long‑standing within the university).

Entry requirements

The source does not list specific admission criteria. Prospective applicants should consult the faculty admissions office or the published enrolment regulations for programme‑specific requirements and any prerequisite subjects.

Career prospects

Graduates can work across mining sectors (coal, ore, salt, rare metals), hydro‑technical and industrial construction, quarries, rail and road works, and related public works. Surveying graduates may work in civil and industrial construction, land improvement, agriculture and cadastre/public administration. Environmental engineers find roles in industrial units, environmental protection inspectorates and public administration. Safety engineers have opportunities in companies, inspectorates, emergency services, consultancy and certification bodies. Computing, automation and electromechanics graduates are suited to industrial automation, robotics, systems maintenance and equipment design; management‑oriented graduates combine technical roles with managerial responsibilities.

Scholarships & funding angle (general)

Specific scholarship information is not provided in the degree fiches. Applicants should explore university scholarships, national student funding programmes, industry partnerships and faculty or departmental awards relevant to engineering disciplines.