The Master’s program in Advanced Manufacturing Technologies is aimed at providing students with the state-of-the-art educational experience in Engineering Science and Digital Technologies. Our students have a unique opportunity to learn the cutting edge manufacturing technologies together with the advanced science and digital design tools that underly those technologies. The program is structured so as to teach essential scientific and engineering disciplines in the first year and to engage in practical project-based studies and research in the second year. Upon a successful thesis defense, students are awarded the degree of “Master of Science in Information Systems and Technologies”.
All students receive an internationally competitive stipend and other benefits.
Entry requirements:
Application process and deadlines are described at: https://www.skoltech.ru/en/apply/msc-programs/ See also: http://msc.skoltech.ru/advanced-manufacturing-technologies
The nearest deadline is tbd.
Benefits of AMT program:
Possible career path:
The AMT program structure:
The AMT educational program is built of tightly interconnected courses in three areas:
Students are required to earn 120 ECTS credits of which:
For the detailed course descriptions, please visit the Courses page and see the official curriculum that contains complete details as to how many credits and in which terms the courses are offered.
Computational Engineering
| CURRICULUM | Instructor |
| Compulsory Courses | |
| Introduction to Advanced Manufacturing Technologies (3cr) | All faculty of CDMM |
| Mathematical Methods in Engineering and Applied Science | A. Kasimov |
| Recommended Electives | |
| Essential Engineering Toolbox (3cr) | Multiple |
| Continuum Mechanics | R. Nigmatulin |
| Science of Advanced Manufacturing (3cr) | I. Akhatov |
| Structural Analysis and Design | I. Sergeichev |
| Introduction to Product Lifecycle Management (PLM) | I. Uzhinsky |
| Advanced PLM techniques: Digital Design and Optimization | I. Uzhinsky |
| Advanced PLM techniques: Product Prototyping | I. Uzhinsky |
| Advanced PLM techniques: Testing and Model Validation | I. Uzhinsky |
| Numerical Methods in Engineering and Applied Science | A. Kasimov |
| Thermal Fluid Sciences | I. Akhatov |
| Composite Materials and Structures | S. Abaimov |
| Fundamentals of Additive Technologies | I. Shishkovsky |
| Nanocomposites | S. Abaimov |
| Geometric Modeling | A. Pasko |
| Advanced Manufacturing of Composite Materials | A. Safonov |
| Micromechanics | S. Abaimov |
| Materials Selection in Design | I. Salimon, S. Chugunov |
| Heterogeneous Volume Modeling and Digital Fabrication | A. Pasko |
| Fracture Mechanics | S. Abaimov |
| Industrial Robotics | I. Shishkovsky |
| 3D Bioprinting: Processes, Materials, and Applications | I. Shishkovsky |
| Finite Element Analysis | I. Sergeichev |
| Thermal Spray Coating | I. Shishkovsky |
| Digital Certification of Composite Structures | I. Sergeichev |
| Entrepreneurship & Innovation | |
| Innovation Workshop | |
| Ideas to Impact | |
| Leadership for Innovators | |
| Business Communication | |
| Thinking Disruptive for a Big Future | |
| Biomedical Innovation and Entrepreneurship | |
| Intellectual Property and Technological Innovation | |
| New Product Design: from Idea to Market Launch | |
| Management of Research & Development | |
| Technology Entrepreneurship |
Further information: