Program Mission

The Faculty of Engineering and Technology at Future University provides an academic and cultural environment that meets international standards, aiming to prepare highly skilled engineers who are professionally and ethically distinguished, entrepreneurial, and aligned with labor market demands. Graduates are equipped to compete locally and regionally, conduct innovative scientific research, and contribute to community service and sustainable development

Achieving leadership at the local, regional, and global levels in engineering education, scientific and applied research, community service, and environmental development.

Program Aims

Electrical Power Engineering Program graduates are equipped to identify, formulate, and solve complex electrical power engineering problems by applying principles of engineering, science, and mathematics, and to employ electrical power engineering design to develop solutions that meet specified needs while balancing public health, safety, and welfare with global, cultural, social, environmental, and economic considerations. They communicate effectively with a wide range of audiences and recognize their ethical and professional responsibilities in engineering contexts, making informed judgments that account for the global, economic, environmental, and societal impacts of electrical power engineering solutions. Furthermore, they function effectively within teams whose members provide leadership, foster collaborative and inclusive environments, establish goals, plan tasks, and meet objectives, while developing and conducting appropriate experimentation, analyzing and interpreting data, and using sound engineering judgment to draw conclusions. They continually acquire and apply new knowledge using appropriate learning strategies, utilize modern techniques, skills, and engineering tools essential for electrical power engineering practice, demonstrate leadership qualities together with business administration and entrepreneurial skills, and actively acknowledge their role in advancing the engineering field and contributing to the development of both the profession and the community.

Graduate’ Attributes

Electrical Power Engineering Program graduates possess the ability to apply mathematical, scientific, and engineering principles to solve engineering challenges, particularly in the selection, modeling, and analysis of electrical power systems with a focus on generation, transmission, and distribution. They are prepared to design and conduct experiments, interpret data, and model and analyze tailored electrical, electronic, and digital systems or components, enhancing their designs through the effective use of appropriate tools. They can develop and implement elements, modules, subsystems, and complete systems in electrical, electronic, and digital engineering using professional and technological tools to meet specific application needs within realistic constraints, and they are able to evaluate the performance of these systems and circuits under specified conditions to determine their suitability for designated applications, in line with relevant national and international standards and codes governing design, construction, operation, inspection, and maintenance. They work effectively within multidisciplinary teams, uphold professional and ethical responsibilities, and communicate clearly while considering the broader societal and environmental impacts of engineering solutions. Committed to lifelong learning, they remain aware of contemporary engineering issues and utilize suitable techniques, skills, and tools for engineering practice and project management, including specialized software packages related to electrical power and energy conversion systems, carefully selected for simulation, analysis, design, and control of specific applications. They can investigate defects and failures in components, systems, and processes using appropriate fault‑diagnosis methodologies, software tools, and measuring instruments, and of integrating components and subsystems to build assigned systems that satisfy specified requirements and compatibility constraints.