Master

Mechatronics

Bialystok University of Technology

Bialystok, Poland

Duration

5 years

Language

English

About Mechatronics

The MSc in Mechatronics at Bialystok University of Technology is designed for graduates with a Bachelor of Science in Engineering, particularly in Mechatronics, Mechanical Engineering, or Automatics. The program aims to broaden students' education in mechatronic design, preparing them for roles in sustainable industry and technological progress. It covers various engineering fields including informatics, automatic regulation, robotics, mechanical engineering, materials, and biomaterials. Graduates are equipped to work in companies or institutions requiring expertise in automation, modern materials, computer technology, structures, and bioengineering.

Course Details

Degree Level

Master

Duration

5 years

Language

English

Application Deadline

Contact university for deadlines

University Information

Bialystok University of Technology

Bialystok, Poland

Public University

10,000 students (3% international)

About the University

Polish Name: Politechnika Białostocka Address: Wiejska 45A, 15-351 International Office Website: https://pb.edu.pl/en/international-relations-office/ Application Platform: Online Application System Winter Semester Starts: 2025-10-01 Summer Semester Starts: 2025-02-01 Legacy Logo URL: /images/universities/bialystok-university-of-technology.png

Entry Requirements

Bachelor of Science degree (or equivalent) in Engineering

English language proficiency at B2 level (Common European Framework)

Curriculum: Subjects include Mechatronics Essentials, Engineering Mechanics, Fundamentals of Electrical Engineering, Mathematics, Physics, Introduction to Computing, Materials Science, Strength of Materials, Automatic Control, Signals and Systems, Dynamics of Multibody Systems, Metrology and Measurement Systems, Machine Design, Manufacturing Technology, Digital and Microprocessor Technology, Fluid Mechanics, Polymers and Composites, Computer Aided Design, CNC Manufacturing Technology, Automation, Smart Materials, Instrumentation of Control Systems, Biomaterials, Thermodynamics, Diagnostics, Programming of Control Systems, Mobile Robots, CAD/CAM/CAE Systems, and Vehicles.

Career Prospects: Graduates can be employed in various engineering fields involving automation, modern materials, computer technology, structural engineering, and bioengineering. They are prepared for roles in companies and institutions focused on technological innovation and sustainable industry.