The Robotics and Intelligent Systems program centers on the engineering approaches and technologies crucial for creating autonomous mobile systems, like robots, capable of functioning independently without continuous human oversight.

This program highlights the use of these methods and technologies in robotics and automation sectors, including the automotive, transportation, communication technologies, marine technology, and logistics industries.

Furthermore, the program delves into the multidisciplinary nature of mobility within intelligent natural systems. Students will engage in practical work with cutting-edge technical systems and methods in advanced laboratory facilities. Overall, this program equips students with a thorough education in developing and applying autonomous mobile systems, preparing them for careers in this dynamic and swiftly advancing field.

4C Model:

The undergraduate program at Constructor University spans three years and awards 180 credit points, equipping students for diverse career opportunities.

Central to the program is the “4C Model,” which organizes disciplinary content into three themes aligned with each academic year: CHOICE, CORE, and CAREER. Alongside this, the “CONSTRUCTOR Track” runs concurrently, offering multidisciplinary content and vital skills in areas like argumentation, data visualization, societal engagement, and communication.

This curriculum is designed for flexibility, allowing students to customize their education to align with their career aspirations and explore various fields of study. Students also have the option to switch their major within the first year. Additionally, the program includes a mandatory internship and a study-abroad experience during the fifth semester, ensuring students gain practical experience and a global outlook.

Career Perspectives:

Graduates holding a degree in Robotics and Intelligent Systems will find numerous career opportunities, as automation and embedded intelligence continue to permeate various sectors of society.

These experts will possess comprehensive knowledge of the latest technologies in robotics and intelligent systems, along with practical experience gained through work with advanced technical systems in cutting-edge laboratories.

They will be prepared for careers in diverse fields, including the automotive and transportation sectors, communication technologies, marine technology, and logistics, among others. The job market outlook for these professionals is promising, driven by the growing need for specialists in this area.