Academic structure, teaching phases, and curriculum for B.E./B.Tech EEE at Kaunas University of Technology (KTU).
Electronics and Electrical Engineering (Bachelor of Engineering Sciences)
Teaching phases
Years 1-2: Dual-Field Foundations
Basics of Engineering, Classical Physics, Introduction to Electronics, Introduction to Programming for Engineers, Circuit Theory and Materials Science and Engineering, covering both the electronics and electrical-engineering sides of the dual programme.
Years 2-3: Applied Systems and Final Project
Applying to Kaunas University of Technology (KTU)?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Kaunas University of Technology (KTU). The consultation is free.
Academic structure, teaching phases, and curriculum for B.E./B.Tech EEE at Kaunas University of Technology (KTU).
Electronics and Electrical Engineering (Bachelor of Engineering Sciences)
Teaching phases
Years 1-2: Dual-Field Foundations
Basics of Engineering, Classical Physics, Introduction to Electronics, Introduction to Programming for Engineers, Circuit Theory and Materials Science and Engineering, covering both the electronics and electrical-engineering sides of the dual programme.
Years 2-3: Applied Systems and Final Project
Applying to Kaunas University of Technology (KTU)?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Kaunas University of Technology (KTU). The consultation is free.
Basics of Measurements and Metrology, Electronics, Signals and Systems, Analogue Devices, Power Electronics and Energy Converters, Electric Power Economics and Market and Smart Electric Power Systems, closing with a mandatory 15-credit Professional Internship and a 15-credit Bachelor's Degree Final Project in the final semester; applicants can also apply for a Litgrid-funded scholarship of EUR 375/month during their first year.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Practical training is built into each of the eight programmes here rather than offered as an optional add-on. Mechanical Engineering, Mechatronics, Aviation Engineering and Industrial Engineering students train on GUNT (Germany) systems, Mitutoyo measuring equipment, 3D prototyping equipment, CNC machining centres and Festo MPS/Robotino robotic kits, and can earn internationally recognised Dassault Systèmes CAD/CAE certificates alongside their degree. Mechanical Engineering, Mechatronics and Industrial Engineering all route students into a chosen specialisation from Year 3 (for example Mechanical Engineering's Biomechanics, Mechanical Systems Design, Robotics Engineering or Thermal Systems Engineering pathways) and close with a supervised Product Development Project or equivalent design project. Aviation Engineering's curriculum was developed with input from Lithuania's Transport Competence Authority and offers a pathway where students can dedicate two full semesters to placements only. Electronics and Electrical Engineering — described by KTU as the only programme of its kind in Lithuania — closes with a mandatory 15-credit Professional Internship alongside a 15-credit Bachelor's Degree Final Project in its final semester. Artificial Intelligence and Informatics students work with KTU's High-Performance Computing infrastructure; one recent KTU student has described joining the SKILLed AI Talent Academy and completing an internship at Centric IT Solutions, an international company based in Kaunas, while pursuing their studies.
Industry & placement partners
Basics of Measurements and Metrology, Electronics, Signals and Systems, Analogue Devices, Power Electronics and Energy Converters, Electric Power Economics and Market and Smart Electric Power Systems, closing with a mandatory 15-credit Professional Internship and a 15-credit Bachelor's Degree Final Project in the final semester; applicants can also apply for a Litgrid-funded scholarship of EUR 375/month during their first year.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Practical training is built into each of the eight programmes here rather than offered as an optional add-on. Mechanical Engineering, Mechatronics, Aviation Engineering and Industrial Engineering students train on GUNT (Germany) systems, Mitutoyo measuring equipment, 3D prototyping equipment, CNC machining centres and Festo MPS/Robotino robotic kits, and can earn internationally recognised Dassault Systèmes CAD/CAE certificates alongside their degree. Mechanical Engineering, Mechatronics and Industrial Engineering all route students into a chosen specialisation from Year 3 (for example Mechanical Engineering's Biomechanics, Mechanical Systems Design, Robotics Engineering or Thermal Systems Engineering pathways) and close with a supervised Product Development Project or equivalent design project. Aviation Engineering's curriculum was developed with input from Lithuania's Transport Competence Authority and offers a pathway where students can dedicate two full semesters to placements only. Electronics and Electrical Engineering — described by KTU as the only programme of its kind in Lithuania — closes with a mandatory 15-credit Professional Internship alongside a 15-credit Bachelor's Degree Final Project in its final semester. Artificial Intelligence and Informatics students work with KTU's High-Performance Computing infrastructure; one recent KTU student has described joining the SKILLed AI Talent Academy and completing an internship at Centric IT Solutions, an international company based in Kaunas, while pursuing their studies.
Industry & placement partners
