Robotics and Mechatronics

Program Title: 6B07104 Robotics and Mechatronics
Institution: Eurasian Technological University
Registration Date: 13 October 2021
Last Update: 30 April 2025
Degree Awarded: Bachelor
Credits: 240
Level: EQF/NQF 6
Study Language: Russian, Kazakh, English
Format: On-campus and online

Program Area: Engineering, Manufacturing, and Construction Industries
Field of Study: Engineering and Engineering Technology
Program Group: Mechanics and Metalworking

Program Objective:
The Robotics and Mechatronics program aims to prepare specialists with deep theoretical knowledge and practical skills in designing, programming, and operating robotic systems and mechatronic devices. Students develop the ability to create innovative solutions by integrating mechanical, electronic, and software components for industrial automation and intelligent system development, meeting modern technological requirements.

Distinctive Features: None specified
Professional Standard Applied: IoT Systems Development (approved 05 December 2022)

Learning Outcomes:
Graduates of this program will be able to:

1. Understand and analyze economic concepts, organizational structures, and legal norms using research methods.

2. Develop interpersonal and teamwork skills, promoting inclusion and socially responsible practices.

3. Apply ICT tools, design principles, and specialized software for kinematic and strength calculations.

4. Analyze scientific and technical information in robotics, ensure safety, and follow technical regulations.

5. Use foundational mathematics, physics, and electronics knowledge for circuit and mechanical calculations.

6. Design industrial robots and mechatronic systems, including technical documentation and project simulations.

7. Apply AI, automation, and measurement tools in designing and evaluating robotic systems, considering economic feasibility.

8. Foster creativity and research skills to develop innovative robotics solutions compliant with standards and client requirements.

Key Courses Include:

• Methods of Scientific Research

• Fundamentals of Law and Anti-Corruption Culture

• Basics of Economics and Financial Literacy

• Ecology and Life Safety

• Career Design and Professional Development

• Green Technologies in Economics

• Artificial Intelligence and Machine Learning

• Robotics and Mechatronics Fundamentals

• Autonomous Mobile Robots

• Smart Transportation Technologies and ITS

• Microprocessor and Embedded Systems

• Industrial Electronics and Automation

• Robot Design and Mechatronic Systems

• Project Management

• Reliability and Safety of Robotics Systems

• Automotive Engines and Electric Drives

• Hydraulics and Pneumatics

• Sensors, Digital and Analog Devices

• Theory of Mechanisms and Machines

• Robotics Production Technology

• Environmental and Safety Aspects of Robotics

Program Structure:
The curriculum combines foundational disciplines in mathematics, physics, electronics, and mechanics with advanced courses in robotics, mechatronics, AI, machine learning, and smart technologies. Students gain hands-on experience through design, simulation, and practical projects, preparing them for careers as robotic engineers, mechatronics specialists, and automation system designers.

Career Paths:
Graduates are qualified for positions such as Industrial Robotics Engineer, Automation Engineer, Mechatronics Specialist, IoT System Developer, and roles in intelligent transportation and manufacturing industries.

Accreditation:

• Licensed under KZ51LAA00008304

• Professional standards aligned with national and international requirements

• Atlas of New Professions recognition for Industrial Robotics Designer

Program Duration: 2–4 years (depending on credit load and individual study plan)

Summary:
The 6B07104 Robotics and Mechatronics program equips students with interdisciplinary skills in engineering, electronics, computer science, and AI to design, implement, and manage robotic and mechatronic systems. The curriculum emphasizes research, innovation, technical proficiency, and professional ethics, ensuring graduates are capable of advancing automation technologies in diverse industrial and service sectors.