Program description

Modern engineering is a multidisciplinary field of knowledge. As new technologies, materials, and digitalization develop, there is a growing need for engineers with the appropriate knowledge and skills.

This program allows students to study modern production processes, methods of their organization, analysis, and optimization, as well as industrial products based on modern materials and technologies.

Program content

Education will be conducted according to effective innovative curricula, programs, and methods, by leading foreign professors and highly qualified specialists from local leading companies, based on an innovative, production-integrated education system.

Programs include course projects, laboratory work, practical classes, training, and production internships at leading enterprises. Students will gain knowledge in the field of industrial engineering with compulsory subject courses and deepen their knowledge of specialization with the help of elective courses. The program consists of the following directions:

  • Mechanical Engineering
  • Electrical Engineering and Electronics
  • Mechatronics and Robotics

Career perspectives

Upon graduation from Industrial Engineering, graduates can work as mechanical, process, product, and design engineers. This will provide great professional growth and development opportunities in modern engineering.

Core Competencies & Skills:

  • Master smart production and process innovation
  • Design efficient systems for industry 4.0
  • Optimize resources, data, and workflow dynamics
  • Integrate technology, people, and performance
  • Lead transformation in digital manufacturing
  • Program duration:
    8 semesters
  • Language:
    English
Industrial Robotics Club
Provides hands-on experience with industrial robotic systems,
automation, and smart manufacturing technologies.
Tickets
CAU Techno Hub
Advanced laboratories driving innovation, research, and hands-on engineering excellence.
Robotics Lab
Advances intelligent automation through hands-on research and education in industrial and service robotics. Equipped with KUKA, ABB, and Franka research robotic arms, a humanoid robot, and Dobot Magician systems, the lab focuses on robotic control, human–robot interaction, and real-world industrial applications that bridge research, education, and innovation.
AR/VR Lab
Explores immersive technologies that transform learning, design, and human–computer interaction. Equipped with Meta Quest 3S, Meta Quest Pro, Apple Vision Pro, and Microsoft Surface smart glasses, the lab focuses on extended reality (XR) development, simulation, and real-world applications across education, industry, and innovation.
IoT Lab
Focuses on the design and deployment of smart, connected systems that integrate sensors, devices, and cloud platforms. The lab supports hands-on learning and research in embedded systems, data acquisition, and real-time monitoring, enabling innovative solutions for smart homes, smart industries, and intelligent environments.
Electrical and Electronics Engineering Lab
Provides hands-on training in power systems, electronics, and industrial automation. Equipped with electrical and electronics engineering workbenches, PLC programming stations, and hydraulics and pneumatics workbenches integrated with PLCs, the lab supports practical learning, system integration, and real-world industrial applications.
Home Appliances Lab
Provides practical, hands-on learning focused on the design, operation, and maintenance of modern household equipment. Equipped with dedicated workbenches for refrigerators, HVAC systems, TVs, washing machines, electric ovens, water heaters, microwave and mini ovens, and vacuum cleaners, the lab enables students to study internal components, system functionality, fault diagnostics, and maintenance procedures used in real-world applications.
Strategic Global Partnerships
Siemens logo
Global leader in industrial automation and digitalization
Chirana Asia logo
Innovative medical equipment and technology solutions
Cisco logo
Worldwide leader in IT, networking, and cybersecurity
RoboDK logo
Сomplete solution to simulate and program robot arms offline for robot manufacturing and automation.
Click here to See the Complete Program Curriculum

Tuition Fees

The University tuition fee covers the cost of your tuition, examination, and graduation. Tuition fees are payable per semester and can be paid in full or in installments.
  • 81,000,000 UZS/year
    Local Students (Uzbekistan Citizens)
  • $6,000/year
    International Students from Central Asia
  • $7,000/year
    International Students

How much does the Industrial Engineering program cost and how long does it take?

Tuition for the B.S. in Industrial Engineering at Central Asian University is 81,000,000 UZS per academic year for citizens of Uzbekistan (2026–2027 intake). The program lasts 4 years (8 semesters) and is taught entirely in English in Tashkent. Entrance exams: Mathematics and English. Admission for the 2027/28 academic year opens on 1 February 2027.
Central Asian University supports talented students by offering a range of scholarships. Merit-based awards are available to help exceptional students achieve their academic and professional goals.
Learn more about Scholarships
Optimize systems, innovate processes, and drive efficiency with a degree in Industrial Engineering at Central Asian University. Apply now to start your journey!
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