Power Systems

General Information about the program BSc in Power Systems 

Program Overview

Mission, objectives, and administration

The mission of the BSc Power Systems study program complies with the general statement of the mission of the Faculty of Electrical and Computer Engineering (FECE). The program is oriented to teaching and ongoing scientific research. The BSc Power Systems study program has a welldefined didactic and research concept. All staff and students of the BSc Power Systems study program follow internal regulations dealing with ethical behavior in teaching, research and assessment in all academic and administrative activities.

The Power Systems Study Program at the Faculty of Electrical and Computer Engineering (FECE), University of Prishtina, aims to provide high-quality education in electrical power engineering, aligned with the evolving technological, economic, and environmental demands. The program is designed to produce graduates who possess comprehensive knowledge, practical skills, and competencies in Power Systems, ready to meet the challenges of the national and international energy sectors.

This mission focuses on:

  • Equipping students with a solid foundation in electrical engineering principles, power generation, transmission, distribution, and energy management, ensuring they are prepared to contribute to the advancement of Power Systems in Kosovo and beyond.
  • Emphasizing renewable energy sources, smart grids, and energy efficiency, fostering innovation in sustainable Power Systems while addressing global energy challenges.
  • Preparing students for the job market by offering hands-on experience through practical training, internships, and the use of modern laboratories, ensuring that graduates can meet the demands of contemporary Power Systems industries both locally and globally.
  • Encouraging lifelong learning, critical thinking, and adaptability to advancements in electrical engineering and Power Systems, preparing graduates for continuous education and leadership roles in the energy sector.
  • Promoting ethical practices, environmental stewardship, and social responsibility in the design and implementation of Power Systems, ensuring graduates contribute positively to sustainable development in Kosovo and the global energy landscape.

The program's mission is closely aligned with the goals of FECE and the University of Prishtina, aiming to foster technological advancement, support the economic development of Kosovo, and prepare graduates for international competitiveness in the field of electrical and Power Systems.

The objectives of the Power Systems Study Program at the Faculty of Electrical and Computer Engineering (FECE), University of Prishtina, are focused on producing highly skilled graduates who are capable of meeting the demands of the power engineering sector, both locally and internationally. The key objectives are:

  • Offer students a strong foundation in electrical power engineering, covering topics such as generation, transmission, distribution, and energy management. Ensure students acquire both theoretical and practical knowledge necessary to understand and manage complex Power Systems.
  • Equip students with the skills to design, implement, and manage sustainable energy solutions, including renewable energy sources, smart grids, and energy efficiency techniques. Foster an understanding of the environmental and economic impacts of Power Systems, preparing students to contribute to sustainable energy practices.
  • Align the curriculum with the demands of the local and global job markets, ensuring graduates are ready for immediate employment in Power Systems-related fields. Integrate practical training, internships, and industry-relevant projects to enhance student employability and hands-on experience.
  • Develop students’ problem-solving, analytical, and critical thinking skills, enabling them to innovate and adapt to technological advancements in Power Systems. 
  • Instill in students a strong sense of ethical responsibility and awareness of the social and environmental impacts of power engineering decisions. Encourage students to design and implement Power Systems that are socially responsible, economically viable, and environmentally friendly. 

  

To achieve these objectives, the Power Systems Study Program sets out the following strategic goals:

  • Continuously update the curriculum to reflect technological advancements in power engineering, ensuring alignment with international standards and best practices. Integrate courses on emerging topics such as smart grids, renewable energy systems, and energy efficiency to meet the evolving needs of the power sector.
  • Strengthen collaboration with local and international energy companies, utilities, and regulatory bodies to ensure the program remains relevant to industry needs. Facilitate internships, professional practice, and project-based learning opportunities for students through partnerships with power sector companies.
  • Promote research opportunities in the field of Power Systems, especially in renewable energy, smart grid technologies, and energy management. Establish research partnerships with universities and research institutions in Kosovo and abroad to foster innovation and knowledge exchange.
  • Continous investment in modern laboratories and equipment that simulate real-world Power Systems operations, allowing students to gain hands-on experience in managing and analyzing Power Systems. Ensure that students have access to state-of-the-art tools and software used in the power engineering industry.
  • Provide continuous training and development opportunities for faculty members to enhance their teaching and research capabilities in line with the latest technological advancements. Offer students access to international exchange programs, workshops, and conferences to broaden their learning and professional networks.
  • Promote a curriculum that emphasizes the importance of ethical decision-making and sustainability in Power Systems design and management. Encourage students to focus on the social and environmental responsibilities associated with power engineering projects.
  • Ensure that the Power Systems Study Program meets national and international accreditation standards, maintaining high levels of quality in teaching, research, and learning outcomes. Regularly review and assess the program’s content and delivery to align with the European Higher Education Area (EHEA) and Kosovo’s National Qualifications Framework (NQF).

 

Selection Criteria

New student admissions at UP follow the regulations that are based in the UP Statute. Public announcements are made on the UP-web page and FECE web page. Article 103 of the UP Statute provides general details on admission requirements, which are uniformly applied to all candidates. Specific conditions for Bachelor studies, including application and registration details, are outlined in Articles 6, 7, and 8 of the UP Regulation. The Council of FECE, as per Article 103, decides on the subjects for the entry exam.

Traditionally, FECE organizes entry exam in Mathematics, and results are typically published within 2-3 days. Candidates have the right to appeal within 3 days. The Commission for result announcements is formed by FECE.

Application and enrollment criteria for Bachelor studies are published on the UP website in two calls, usually in July and September.

The selection of students to be enrolled in the study programs at FECE was based on three criteria: previous achievement as measured by success in high school (30%), state mature exam points (30%), and mathematics entrance exam points (40%). The same mathematics entrance exam was used for all programs of study.

Based on Article 6 of UP Regulation for basic- Bachelor studies, No. prot. 22 dt. 13.01.2022, in bachelor studies have the right to apply to all the candidates who have completed high school and have completed the State Matura exam, as well as candidates who have completed four years of ex-high school (without State Matura Exam). Specific requirements/criteria for candidates who completed previous education outside Kosovo are based on article 103 of the Statute of UP.

Students must hold valid high school diplomas, or other equivalent study documents in accordance with the requirements of MEST. Students submit their original diplomas and grade certificates as well as original certificate of state matura exam points.

 

Grading Criteria 

All academic units of the University of Prishtina apply the following grading scale to evaluate student achievement:

 

  • 10 and 9 – Shkëlqyeshëm (Excellent)
  • 8 – Shumë mirë (Very Good)
  • 7 – Mirë (Good)
  • 6 – Mjaftueshëm (Sufficient)
  • 5 – Pamjaftueshëm (Insufficient/Fail)

 

A student successfully completes a course when their achievement is at least grade 6 (Sufficient).

 

Assessment in each course may include a combination of:

  • Final exam
  • Midterm exam(s) or quizzes
  • Project work or laboratory assignments
  • Class participation and engagement

 

The exact distribution of grades among these components is defined in each course syllabus, but all courses follow the same University grading scale shown above.

 

Intended Learning Outcomes of the BSC in Power Systems 

Based on the University of Prishtina's mission, FECE's mission and strategic objectives, and the goals of the Power Systems Study Program, the following learning outcomes are defined for graduates. These outcomes are categorized into three groups: Knowledge, Skills, and Competencies, in alignment with the requirements of the Kosovo National Qualifications Framework (NQF) Level 6.

1. Knowledge

Graduates will acquire theoretical and practical knowledge necessary for understanding and contributing to the Power Systems sector:

  • Understand and apply basic electrical engineering principles related to Power Systems.
  • Comprehensive knowledge of power generation, transmission, and distribution.
  • Understand renewable energy systems and integration into power grids.
  • Knowledge of energy efficiency principles and sustainable practices in Power Systems.
  • Understand modern technologies like smart grids for enhanced power distribution.
  • Knowledge of protection schemes and control mechanisms to ensure reliability and safety in Power Systems.

 

2. Skills

Graduates will develop technical and analytical skills necessary to design, manage, and optimize Power Systems.

  • Ability to troubleshoot, analyze, and optimize Power Systems components and networks.
  • Proficiency in industry-standard Power Systems software and simulation tools.
  • Ability to design and simulate renewable energy systems in different environments.
  • Conduct energy audits and propose improvements for efficiency.
  • Apply theoretical knowledge through laboratory and field experiences.
  • Manage Power Systems projects, communicate findings, and report on technical work.

 

3. Competencies

Graduates will develop personal, professional, and ethical competencies that will enable them to contribute effectively to the energy sector.

  • Analyze Power Systems problems and propose innovative solutions.
  • Collaborate effectively in multidisciplinary teams and communicate technical ideas clearly.
  • Take leadership roles in Power Systems projects and make informed decisions under complex conditions.
  • Commit to continuous learning and adapt to new technologies and methodologies.
  • Demonstrate ethical decision-making and responsibility towards environmental sustainability in Power Systems.
  • Develop entrepreneurial projects related to renewable energy, energy efficiency, and smart grids. These learning outcomes are aligned with the mission of the University of Prishtina and FECE, ensuring that graduates are well-equipped to contribute to the sustainable development of Kosovo’s power sector and excel in the international energy market.

Tuition Fees
Studies at FECE are free of charge for all full-time students who successfully follow the three-year (Bachelor) programs and do not repeat any academic year during their studies.
In cases where a student fails to advance to the next academic year and is required to repeat the year, a semester fee of 25 euros, or 50 euros per academic year, is applied.

Library of the Faculty of Electrical and Computer Engineering

W O R K I N G H O U R S
08:00 – 16:00
Monday – Friday

List of books available in the Library.

 

 

Protocol for Linking Assessment Results

 

Syllabi for BSc in Power Systems  https://drive.google.com/drive/folders/1mH0TkLQYF708_1dtoUKxhOnKnw5JrmYN

 

BSc_Power systems
Publikuar me: 23/04/2023 Shkarko