Electrical and Renewable Energy Engineering Eastern Mediterranean University

Overview

This Electrical and Renewable Energy Engineering programme at Eastern Mediterranean University  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 programme 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 programme 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.

Career Opportunities

Graduates of the Electrical and Renewable Energy Engineering programme 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.

Accreditation

It has the following rankings: 

• THE: Times Higher Education

• World University Ranking: the top 601 - 800 universities worldwide, ranked 1st in Northern Cyprus

• Young University Ranking: the top 151st young universities worldwide

• Impact Rankings: the top 301 - 400 universities worldwide

• QS World University Rankings

• QS Sustainability Rankings

• QS World University Rankings: EECA(Emerging Europe & Central Asia)