Hydrocarbons Production and Processing
Specialisation: none
Academic degree: Master of Science (MSc)
Study period: full-time – 1 year, part-time – 1 year, 6 months
Academic degree: Master of Science (MSc)
Study period: full-time – 1 year, part-time – 1 year, 6 months
This Master’s programme offers a comprehensive and practice-oriented education for students aiming to pursue careers in the oil and gas processing industry. It equips graduates with the skills needed to excel in areas such as industrial operations, process design, research and development, innovation management, and higher education.
Students gain hands-on experience in experimental design, chemical process engineering, and tools for process modeling and automation. The curriculum also emphasizes strategic planning for innovation and the development of cost-effective and sustainable industrial technologies.
The programme combines technical depth with a strong focus on quality management and the practical implementation of modern hydrocarbon processing solutions.
Admission requirements for international applicants:
- An interview assessing language proficiency and foundational knowledge relevant to the program.
Educational programme
- Modern Chemical Processes and Technologies for Advanced Hydrocarbon Processing
- IT Applications in Scientific and Industrial Settings
- Innovative Methods and Technologies
- Intellectual Property and Innovation
- Optimization of Hydrocarbon Processing Technologies
- Modeling and Optimization of Hydrocarbon Processing Systems
- Applied Design of Chemical and Technological Processes in Hydrocarbon Processing
- Industrial and Environmental Safety
- Environmental Quality Management
- Research Practicum
Career prospects
- oil and gas processing plants
- petrochemical enterprises
- scientific and research laboratories and centers
- design institutes
- chemical production facilities
Professional competencies
- engage in innovative activities
- master advanced technologies for deep processing of hydrocarbon feedstocks
- understand and work with automated systems for production control
- plan and manage operations in industrial settings
- implement effective corrosion protection techniques for industrial equipment
- use advanced instrumental methods to analyze the composition and properties of materials and substances
- understand processes in oil and gas production and refining
- develop and apply resource-efficient, low-waste, and sustainable production technologies
- design chemical reactors
