Course Overview

Faculty of Engineering – European University of Lefke

The Faculty of Engineering at EUL offers a diverse range of undergraduate programs designed to equip students with the necessary skills and knowledge to excel in various engineering fields. The faculty is committed to fostering innovation, research, and ethical practices among its students.​

Accreditation and Recognition

• All engineering programs are accredited by the Council of Higher Education of Turkey (YÖK) since 1991. ​eul.edu.tr+1Univerlist+1

• Several programs hold the EUR-ACE Label, ensuring compliance with European standards for engineering education. ​eurace.enaee.eu

Programs Offered

1. Civil Engineering (BSc)

Program Overview:

The Civil Engineering program focuses on the design, construction, and maintenance of infrastructure projects. Students gain expertise in structural analysis, geotechnics, transportation, and environmental engineering.​eurace.enaee.eu

Key Features:

• Emphasis on sustainable and resilient infrastructure design.​

• Hands-on experience through laboratory work and field projects.​

• Preparation for professional licensure and postgraduate studies.​

Facilities:

• State-of-the-art laboratories for materials testing, fluid mechanics, and soil mechanics.​

• Access to advanced software for structural analysis and design.​

Career Opportunities:

Graduates can pursue careers in construction firms, consulting agencies, governmental bodies, and research institutions.​

2. Computer Engineering (BSc)

Program Overview:

This program integrates computer science and electrical engineering principles to develop hardware and software systems. Students learn about algorithms, data structures, computer architecture, and network systems.​

Key Features:

• Curriculum includes programming languages, operating systems, and embedded systems.​

• Opportunities for internships in tech companies.​

• Focus on developing problem-solving and analytical skills.​

Facilities:

• Modern computer labs equipped with the latest hardware and software tools.​

• Access to high-speed internet and cloud computing resources.​

Career Opportunities:

Graduates can work as software developers, system analysts, network engineers, or pursue further studies in computer science.​

3. Electrical and Electronics Engineering (BSc)

Program Overview:

This program covers the principles and applications of electricity, electronics, and electromagnetism. Students explore topics like circuit theory, control systems, and power electronics.​

Key Features:

• Hands-on training in designing and analyzing electrical systems.​

• Courses on renewable energy and smart grid technologies.​

• Preparation for roles in diverse industries, including telecommunications and energy.​

Facilities:

• Well-equipped laboratories for circuit design, signal processing, and power systems.​

• Simulation tools for modeling electrical networks.​

Career Opportunities:

Graduates can become electrical engineers, electronics designers, or work in automation and control industries.​

4. Electronics and Communication Engineering (BSc)

Program Overview:

Focusing on the transmission and reception of information, this program delves into communication systems, signal processing, and electronic circuits.​

Key Features:

• Courses on wireless communication, digital signal processing, and microwave engineering.​

• Emphasis on both theoretical concepts and practical applications.​

• Opportunities for research in emerging communication technologies.​

Facilities:

• Advanced labs for studying antennas, wave propagation, and communication networks.​

• Access to software tools for simulating communication systems.​

Career Opportunities:

Graduates can work in telecommunications, broadcasting, and network infrastructure companies.​

5. Software Engineering (BSc)

Program Overview:

This program emphasizes the systematic design, development, and maintenance of software systems. Students learn about software project management, quality assurance, and user interface design.​

Key Features:

• Curriculum includes agile methodologies, software testing, and human-computer interaction.​

• Collaborative projects simulating real-world software development scenarios.​

• Integration of ethical and legal considerations in software engineering.​

Facilities:

• Dedicated software development labs with version control systems.​

• Access to a variety of programming environments and tools.​

Career Opportunities:

Graduates can pursue careers as software engineers, application developers, or IT consultants.​

6. Environmental Engineering (BSc)

Program Overview:

This program addresses environmental challenges through engineering solutions. Students study water and air pollution control, waste management, and sustainable development.​

Key Features:

• Courses on environmental impact assessment, renewable energy, and ecological engineering.​

• Fieldwork and laboratory experiments to understand environmental systems.​

• Preparation for roles in environmental consultancy and policy-making.​

Facilities:

• Laboratories equipped for analyzing water and air quality.​

• Simulation software for modeling environmental processes.​

Career Opportunities:

Graduates can work in environmental agencies, NGOs, or pursue further studies in environmental sciences.​

General Facilities and Resources

• Laboratories: Comprehensive labs for physics, chemistry, computer science, and specialized engineering disciplines.