Kaunas University of Technology

Overview

The Electronics and Electrical Engineering program at Kaunas University of Technology emphasizes the design and development of electronic circuits, electrical power systems, and embedded technologies that are pivotal in contemporary industries. Through a combination of theoretical knowledge and practical application, students will acquire the skills necessary to thrive in engineering roles or pursue advanced studies.

• Duration: Typically 36 months (full-time)
• Credits: Commonly 180 ECTS (verify with the final curriculum plan)
• Level: Undergraduate / Bachelor’s degree
• Delivery: On-campus
• Language of instruction: English (please confirm for your intake)
• Application window: Varies by intake; early submission is advised for timely assessment and document processing
• Tuition fees: Dependent on applicant category; consult the university’s program fee details for more information

What you'll study

The curriculum integrates engineering theory with practical skills, covering essential subjects in electronics, electrical engineering, and computing, while reinforcing the foundations of mathematics and physics.

Core learning areas

• Electronics and circuit design: Focus on both analogue and digital electronics, measurement techniques, and circuit analysis.
• Electrical engineering: Study of power systems, electrical machines, and the basics of energy conversion.
• Embedded and control technologies: Learn about microcontrollers, interfacing, and fundamental automation concepts.
• Modelling and simulation: Utilize design and simulation tools to evaluate engineering solutions.

Practical components

• Laboratory work: Engage in experiments that enhance your skills in circuit and system design.
• Engineering projects: Participate in team-based tasks that focus on creating design documentation and technical reports.
• Professional internship: Gain real-world experience by applying your skills in a professional engineering environment.

Curriculum details: The specific course offerings and credit distribution may vary based on the study plan and intake. Check the program website for the most current full curriculum information.

Entry requirements

Academic qualifications: A strong foundation in mathematics and science is typically required, alongside a satisfactory GPA. Specific subject requirements may include:

• Final exam in Mathematics
• Final exam in Chemistry, Physics, Biology, Information Technologies, Geography, or Engineering Technologies
• Final exam in English Language

Career prospects

Graduates of the Electronics and Electrical Engineering program are well-prepared for a variety of engineering roles within industries such as telecommunications, manufacturing, and automotive sectors. They may also choose to continue their education through graduate studies, specializing in advanced engineering topics or research. The practical experience gained during the program, along with the solid theoretical foundation, equips students to tackle real-world challenges effectively.