Материаловедение и технологии материалов. Неразрушающий контроль (на английском языке)

Цель программы

Training of masters of materials science who are capable of setting and solving engineering and scientific&technical problems in the sphere of new materials and coatings

О программе «Неразрушающий контроль (на английском языке)»

The program combines fundamental knowledge in the sphere of physics, chemistry and mechanics of materials with practical skills of work with modern technologies and research equipment. A mandatory element of training is the independent research work by students, which helps to deepen knowledge and acquire useful skills. Specialists who understand the structure of materials and are able to manage their properties successfully adapt to any technological areas.
1. Key aspects of the program;
- Study of modern materials;
- Steels and alloys for aerospace purposes;
- Composite materials (polymer, metal, ceramic based);
- Nanomaterials with unique properties of strength and superplasticity , technologies for their production;
- Smart materials (with shape memory, self-healing, adaptive);
- Biocompatible materials for medicine and environmentally friendly materials.
2. Design and production technologies:
- Methods of computer modeling, design of materials and structures.
- Additive technologies, 3D printing, technologies for producing hollow ultra-light structures using diffusion welding and superplastic forming, growing single crystals.
- Modern technologies for processing and modifying materials, thermal, chemical&thermal, mechanical strengthening of products.
3. Expertise and analysis of materials:
- Testing materials for strength, plasticity, heat resistance, wear resistance and fatigue life.
- Use of modern approaches of structure research: optical electron and probe microscopy, X-ray structural analysis, thermophysical research methods, spectral and photoelectron analysis of alloy composition.
- Methods of non-destructive testing and diagnostics: flaw detection, evaluation of structural parameters and strength properties of finished products, measurement of product thickness with one-sided access, non-contact control of the geometry of complex-shaped products.
Application in high-tech industries: aerospace and automotive industry; energy and electronics; medicine and biotechnology, construction and ecology, oil and gas industry.
Graduates of the program will be able to:
1. Develop and implement new materials and technologies.
2. Provide examination and analysis of material properties.
3. Optimize production processes.
4. Work with modern equipment and software.
5. Solve problems in the sphere of materials science for high-tech industries.
The program is suitable for those who are interested in science, innovation and want to become a sought-after specialist in the area of modern materials and technologies.

Преимущества при обучении

• Practice-oriented approach: Students work in modern laboratories, participate in real projects and internships at enterprises
• Use of digital technologies: The training includes working with software for modeling and analysis of materials
• Interdisciplinary nature: The program combines knowledge from chemistry, physics, mechanics and engineering, which allows graduates to be versatile specialists
• Industry relations: The program is designed taking into account the requirements of employers, which ensures its practical value
• Opportunities for scientific activity: Students can participate in research, publish articles and present projects at conferences

Для кого

The program is suitable for bachelor's degree graduates who have mastered technical areas of education, are interested in chemistry, physics and engineering, who want to deepen their knowledge in the sphere of modern materials and technologies