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A student of the Robotics and Computer Vision program working on a laptop in the university atrium

Master’s program

Robotics and Computer Vision

Robots that see, understand and act alongside people.

The program prepares research engineers able to build autonomous systems: from perception algorithms to real-time control. Half of the time is spent in the laboratory, with real robots and partner tasks.

“Here we get a chance to solve real human problems, not textbook examples.”
Portrait of a student of the program

Artem

Robotics and Computer Vision student

  • 2 years

    MSc in Computer Science

  • English

    Language of instruction

  • Global

    opportunities

  • Hands-on

    projects from year 1

Program overview

The laboratory as the main classroom.

Students work in the Robotics and Intelligent Systems laboratory on projects with industry partners: warehouse logistics, infrastructure inspection, assistive technologies.

Virtual campus tour

Program facts

Degree
MSc in Computer Science
Duration
2 years4 semesters
Language of instruction
English
Next intake
Next intakeSeptember 2027
Location
Innopolis, Republic of Tatarstan
Tuition
480 000 ₽ per year

Curriculum

Two years — from theory to an autonomous robot.

The first year covers perception, planning and control; the second is devoted to research and a thesis on a real platform.

  1. Students discussing a project in a campus common area

    Advanced courses in robotics and computer vision, a research seminar and the choice of a supervisor.

    • Advanced Algorithms
    • Statistical Learning
    • Research Seminar
    • Electives
  2. A student of the Robotics and Computer Vision program working on a laptop in the university atrium

    Laboratory work, a publication and a master’s thesis with an industry or research partner.

    • Laboratory Project
    • Scientific Writing
    • Master’s Thesis

Labs and research

From ideas to real-world solutions

Join our research labs and work on cutting-edge technologies with world-class researchers and industry partners.

Our faculty

Learn from world-class researchers

Our faculty are leading researchers and industry experts working at the frontier of their fields.

Student projects

Real projects. Real impact.

  • The Warehouse Inventory Robot project: a working moment

    Warehouse Inventory Robot

    Autonomous Navigation

    The robot keeps shelf inventory without stopping the warehouse.

  • The Bridge Inspection by Drone project: a working moment

    Bridge Inspection by Drone

    Computer Vision

    Crack detection in images with over 90 % accuracy.

  • The Assistive Robotic Arm project: a working moment

    Assistive Robotic Arm

    Control

    A manipulator for people with limited mobility.

Students on the university campus lawn

Your future

Engineers of autonomous systems.

Graduates build robots in industry, logistics and medicine, or continue research in a PhD.

94%
Employment ratewithin 6 months
18
Partner companiesin robotics and logistics
30%
Continue to a PhDat the university and abroad
Portrait of a graduate of the program
“Innopolis gave me the skills, confidence and network to build a career I’m excited about.”
MichaelAlumnus, machine learning engineer

Admissions

Ready to build a brighter tomorrow?

We look for curious, motivated problem-solvers who want to make a difference.

  • Completed secondary education (or equivalent)
  • Strong background in mathematics and computer science (recommended)
  • English language proficiency (IELTS 6.0 or equivalent)
  • Online application and motivation letter
Students on the university campus lawn

Be part of a story that shapes a brighter tomorrow.

Apply now