BS Electrical and Renewable Energy Engineering

General Information

The Electrical and Renewable Energy Engineering program integrates a range of disciplines, including electrical engineering, renewable energy technologies, electronics, to prepare students for the rapidly evolving energy sector. This program focuses on providing students with a strong foundation in both conventional electrical engineering principles and emerging renewable energy solutions, such as solar systems.

Through a carefully designed curriculum that includes hands-on laboratory experiences, experimental projects, and applied design, students gain skills that allow them to innovate in sustainable energy production and electrical systems. By focusing on industry-relevant projects the program helps students build practical expertise and adaptability, critical for the energy sector's dynamic needs.

Aligned with high-level international standards, such as those set by accreditation bodies like ABET, the program ensures graduates are well-equipped to meet the demands of global engineering and energy markets, offering skills that enable them to thrive in energy production, sustainable development, and various engineering fields in both public and private sectors.

Education

One of the primary goals of the Electrical and Renewable Energy Engineering program is to graduate engineers who are proficient in using global engineering tools and methods, capable of designing and implementing new energy systems, and who embody an entrepreneurial approach to the engineering field. The program specifically aims to produce Electrical and Renewable Energy Engineers who:

• Are able to follow scientific and technological developments in the fields of Engineering and Basic Sciences,
• Can design, install, and operate electrical and renewable energy systems, as well as perform regular maintenance and calibration,
• Possess the knowledge and skills to provide consultancy services to companies operating in the energy sector or those that extensively use electrical and renewable energy technologies,
• Have the scientific competence to design new energy systems and devices,
• Base their professional practice on scientific principles and uphold ethical standards,
• Demonstrate strong analytical thinking and academic rigor,
• Embrace self-directed learning as lifelong learners,
• Are willing to take responsibility,
• Contribute to transforming globally produced knowledge into societal and industrial benefits,
• Act with a strong sense of ethical responsibility,
• Show high motivation and embody leadership qualities.

Through this comprehensive education approach, the program aims to equip graduates with not only technical skills but also the values and motivation needed to make significant contributions to both society and industry.

Career Opportunities

Graduates of the Electrical and Renewable Energy Engineering program can pursue careers in diverse sectors, including:

• Energy Service Providers
  Engineers can work with renewable energy companies, power plants, grid management services, and energy storage solutions, focusing on system design, installation, and maintenance.
• Industrial and Manufacturing Sectors
  These engineers play a vital role in improving energy efficiency, integrating renewable energy systems, and automating industrial processes in production environments.
• Maintenance and Repair Units
  Ensuring the reliability and continuous operation of renewable energy systems and electrical infrastructure in businesses and industrial facilities.
• Technology Transfer and Innovation
  Facilitating the implementation of new renewable energy technologies in various sectors, adapting innovations for practical use, and enhancing workplace energy efficiency.
• Universities
  Contributing to academic research, teaching, and the advancement of renewable energy technologies and electrical engineering knowledge.
• Transportation Sector
  Supporting the design and operation of energy-efficient systems and infrastructures, such as electric vehicle networks, rail systems, and sustainable transport innovations.
• Device Selection and Technical Specification Preparation
  Advising on the selection of renewable energy systems and preparing detailed technical requirements for devices and projects.
• Automation Systems
  Designing, developing, and managing automated systems to optimize energy use in industrial, commercial, and residential settings.
• End-User Training
  Educating and empowering users on the efficient operation and management of renewable energy systems, promoting sustainability.
• Security System Development
  Working as engineers to design, install, and enhance security systems powered by renewable and traditional electrical energy sources.
• Hospitals
  Supporting energy systems and advanced electrical equipment, ensuring uninterrupted operation in critical healthcare environments.

These opportunities highlight the versatility of skills acquired in the program and their relevance across a wide range of industries, emphasizing the program's focus on producing well-rounded and adaptable professionals.

Contact

Tel: +90 392 630 1301
Fax: +90 392 365 1648
E-mail: infoee@emu.edu.tr
Web: http://ee.emu.edu.tr