Industrial Internet of Things and Predictive Analytics

Internet of Things is a dynamically developing technology featuring high investment attractiveness and being fundamental for many professions of the future in power industry, retail, health care, transport, construction, etc. This comprehensive Master’s program provides training in a number of areas, such as in-built systems, data analysis and software engineering. It was developed by two departments — Automated Control Systems and Theoretical Physics and Quantum Mechanics. Its graduates are capable to analyze and design systems of various functional application based on the Internet of Things.

This program focuses on new technologies in information simulation and efficient BIM-solutions used in urban construction and industry. Additionally, students acquire competencies necessary for the successful future professional and R&D activities in simulation and business process analysis, programming, data processing, and R&D development and methods. Our graduates become high-wage BIM-managers, coordinators, or designers, as well as IT experts in BIM environment. Another option is to become a post-graduate student focusing on brilliant future carrier in science.

NUST MISIS and the National Center of Design and Innovations 2050.LAB present a joint Master’s program training professionals to use scientific, creative and engineering design methods in the field of industrial design and engineering. Industrial design is the key component in product manufacturing, being the innovation driver and the foundation of economic stability. Development of industrial design and engineering and the inflow of new experts in this branch will help to raise industry cost-efficiency and advance the digital development. This program targets those who wish to receive or upgrade their skills in industrial design and manage projects at various production sites of any industrial background. Our graduate employment focuses on the objective world, living environment, information and visual spaces and the related systems, phenomena and processes including those in science and engineering.

This major is based on both fundamental disciplines that help students reveal data analysis principles and algorithms, and applied courses that allow practical use of the acquired knowledge. The program design accounts for the requirements of leading global IT-companies and NUST MISIS high academic standards.