Digital Twins in Technical Systems

The Master’s program, implemented by the Department of Engineering Cybernetics at NUST MISIS together with the PJSC “Sberbank,” prepares highly qualified specialists for the most advanced applied tasks that use modern artificial intelligence (AI) technologies. Graduates of the Master’s program are capable not only of developing mathematical support of such technologies from scratch, but also of bringing the idea of a project using machine learning models to its application.

Modern computer technologies play a vital role in the art. Artists can create new and significant works through various software and hardware tools that would not be possible before. The Master’s program in Art & Technology combines the best practices of Art & Science. Students work with neural networks, visual programming languages, VR and AR, robotics, sound and light environments, which allow them to create unique and technologically advanced art works.

The students will dive into the world of digital branding and graphic design with a multi-track online program. The curriculum of this Master’s program includes such subjects as Neural Networks for Designers, Business Processes in Creative Industries, Visual Language, Motion Design, and Social Media Marketing. The students will develop practical skills by working on real projects with the support of experienced teachers and industry experts. Take a step into the future and become a professional in digital design and brand strategy.

The program has educational tracks. During completing the program, the students can continue their studies on the “Digital Branding in Creative Industries” track or switch to the “Graphic Designer” track.

Drone technologies are one of the fastest-growing areas in engineering and IT. The demand for specialists capable of designing, programming, and deploying autonomous aerial systems increases every year. Students of this Master’s program study aerodynamics, flight mechanics, composite materials, microcontroller basics, and control of technical devices.

Particular emphasis is placed on software development, including autonomous flight algorithms, computer vision, machine learning, sensor data processing, and UAV-ground station integration. The program also addresses legal and ethical issues related to drone technology. The practical component includes modeling, simulator testing, and field trials. Graduates gain the skills needed to develop and configure drone systems for sectors such as agriculture, logistics, geodesy, emergency response, security, and environmental monitoring. Students can find employment in innovative companies, research centers, and government agencies even during their studies.