Aims and Objectives

Mission

The mission of a MSc Energy Engineering and Environment program is to educate and prepare students for careers in the field of Energy and Environmental Sustainability, with a focus on the production, from traditional and renewable energy sources, energy transmission and distribution as well as utilization sustainable and energy efficient, paying attention to the Environment. This program aims to provide a strong knowledge base in the principles of energy and environmental engineering to prepare personnel with the necessary skills to address current and future energy challenges. The mission of the MSc Energy Engineering and Environment program is to provide graduates with a combination of theoretical knowledge and practical skills, preparing them for careers in the field of energy engineering and environment. It covers essential aspects such as power systems, sustainable energy production, transmission, distribution, smart grids and environment issues. Students will develop a proficient and high-quality scientific understanding of Energy Engineering and Environmental impacts throughout the program developing the growth of creative problem-solving abilities, critical thinking, and teamwork skills crucial for success in energy and environment professions. The MSc Energy Engineering and Environment program is strategically designed to prepare students with the expertise needed to navigate the complexities of designing, promoting, and implementing both traditional and renewable energy solutions and their impacts in environment. It also prepares them to adapt to the dynamic changes in the industry, considering factors specific to Kosovo, the Region, and beyond. As a specific factor, the average age of about 60 years in the Energy Corporation of Kosovo – KEK can be mentioned.

The mission of the BSc Energy Engineering Program is also based on the Energy Strategy of the Republic of Kosovo 2022-2031, which also promotes the potential for the development of renewable energy. The purpose of this strategy is to create a friendly environment for private investments in the energy sector, which focuses on solar energy, wind energy, geothermal energy, biomass and gas as well as batteries for energy storage, also foreseeing the revitalization of Blocks in Thermal Power Plants Kosovo B. The Government of Kosovo aims to achieve the objectives set by the EU directives for the use of renewable energy sources, which is also evidenced by this Energy Strategy of the Republic of Kosovo 2022-2031.

Objectives

The objectives, content and assessment of the program MSc Energy Engineering and Environment are based on learning outcomes and a competency-based approach. The purpose of this program is to achieve academic competencies and skills related to the field of energy engineering and sustainable development. Through the MSc Energy Engineering and Environment program, students will acquire sufficient, qualitative and scientific knowledge in the field of energy and the environment. Students should be able to apply appropriate methods and techniques to analyze and address complex issues.

The objectives of MSc Energy Engineering and Environment program include:

• To provide students with a solid foundation in energy engineering, covering topics such as renewable energy sources, energy conversion technologies, energy storage, and energy efficiency.
• To develop an understanding of the environmental challenges associated with energy production and consumption. This includes addressing issues related to pollution, climate change, and resource depletion.
• To encourage the adoption of sustainable engineering practices by integrating principles of environmental responsibility and resource conservation into energy-related projects and solutions.
• Enhance students’ abilities to analyze complex energy and environmental issues.
• Foster a multidisciplinary approach by integrating knowledge from various fields such as engineering, environmental science, policy, and economics to address complex energy and environmental challenges.
• To provide opportunities for students to engage in research activities and contribute to the advancement of knowledge in the field.
• To equip graduates with the skills and knowledge necessary for successful careers in a variety of sectors, including energy industries, environmental consulting, government agencies, research institutions, and non-governmental organizations (NGOs).
• To understand global energy markets and international environmental agreements.

On successful completion of this program PLO of the program are:

• Understand and critically evaluate theories, principles, and concepts of Sustainable Power Generation;
• Integrate energy storage devices with renewable energy sources in both standalone and grid-tied applications, encompassing hybrid energy systems and the use of battery storage with renewable energy.
• Apply system modelling and complex system design competently, demonstrating effective management skills within the energy sector.
• Demonstrate the capacity to identify and resolve Heat Transfer problems using the principles of thermodynamics.
• Lead and manage professional teams within the energy sector, actively contributing to their knowledge development and performance assessment.
• Integrate knowledge from various fields of advanced power grid analysis.
• Take on the responsibility of contributing to the testing and commissioning of diverse electrical equipment, ensuring their optimal performance.
• Exhibit leadership and management capabilities in overseeing professional teams engaged in Transmission and distribution system functions.
• Design power electronic interfacing systems for the seamless integration of alternative energy sources into the power grid.
• Compose comprehensive reports assessing the environmental impact of energy projects, considering sustainability and ecological factors
• Synthesize knowledge from various Renewable Energy Sources to create new insights about their integration in smart grids.
• Recommend strategies for Carbon Management and Storage, aligning with contemporary environmental and energy industry demands.