Robotic Systems Programming
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Design, program, and integrate robotic systems using microcontrollers, computer vision, and autonomous control technologies.
Duration
3 years
Language
In Lithuanian
Admission
Open until 2026 06 27
Robotic Systems Programming specialisation
The Robotic Systems Programming specialisation is oriented towards preparing robotics and automation specialists capable of designing, programming, and integrating robotic systems across various industry and service sectors. During studies, students gain practical skills working with microcontrollers, sensors, industrial robots, and the ROS framework.
Great emphasis is placed on robot programming, computer vision, autonomous systems, IoT solutions, and the application of artificial intelligence in robotics. The specialisation prepares specialists who can work as robotics engineers, automation specialists, and embedded systems developers.
Programme description
State code
6531BX010
Study field
B03 Software Systems
Qualification awarded
Professional Bachelor of Computing
Study mode and duration
Full-time, 3 years
Study volume in credits
180
Study plans
Full-time studies
Programme Leader
Edvinas Dubinskas
Edvinas Dubinskas is a practitioner in robotics, manufacturing technologies and automation, working with real industrial systems, robotisation and equipment monitoring solutions. His experience is especially valuable for students because robotics is best understood not only in theory, but through hardware, movement, signals, errors and the process of making a system work in the real world.
The Robotic Systems Programming direction connects programming, electronics, microcontrollers, sensors, industrial robots, ROS, computer vision, IoT and the application of AI in robotics. This is a field where code leaves the screen and begins to control a mechanism, a process or an autonomous system.
Under Edvinas’s leadership, students are encouraged to experiment, test and think like engineers. The goal is not only to build or programme a robot, but to understand how it will perform in manufacturing, logistics, services or any environment where technology must be reliable, safe and useful.
About the Programme
1 General Smart Technology Industry Bachelor programme subjects
Programming fundamentals, data structures and algorithms, databases, computer networks, operating systems, project management, professional ethics, interdisciplinary collaboration, and final thesis.
2 Robotic Systems Programming specialisation subjects
Robotics modules cover electronics fundamentals, microcontroller programming, sensors and actuators, C/C++ programming, control systems, robot programming, computer vision, ROS framework, industrial robots, autonomous systems, IoT, and AI in robotics. Students learn to build robotic systems — from hardware to software.
Robotic Systems Programming is a specialization within the Smart Technology Industry study programme. Admission is carried out through LAMA BPO or directly at Vilnius Design College. Applicants must have completed secondary education.
Full-time studies – EUR 1,539 per semester.
Graduates of the Robotic Systems Programming specialization can work as robotic systems programmers, PLC programmers, industrial automation specialists, and mechatronic systems programmers. They can also program and maintain smart manufacturing systems, robotic lines, and automated technological processes.
Curriculum
Semester 1Year 1
Programming Fundamentals5 ECTS
Electronics Fundamentals5 ECTS
Computer Science Fundamentals10 ECTS
Physics for Engineers10 ECTS
Semester 2Year 1
Microcontroller Programming10 ECTS
Sensors and Actuators10 ECTS
C/C++ Programming10 ECTS
Control Systems Fundamentals10 ECTS
Semester 3Year 2
Robot Programming5 ECTS
Computer Vision for Robots5 ECTS
ROS Framework10 ECTS
Creative Practice10 ECTS
Semester 4Year 2
Industrial Robots10 ECTS
Autonomous Systems10 ECTS
IoT and Embedded Systems10 ECTS
Semester 5Year 3
AI in Robotics10 ECTS
Project Management10 ECTS
Semester 6Year 3
Design Studio15 ECTS
Final Project15 ECTS