Design complex products
Model objects
Debug the kinematics of mechanisms
Assemble electrical circuits and programming microcontrollers
Create a working device based on a simulated mechanism
The topics are chosen so that you could get an idea of the real production: from the concept to the implementation. The engineer creates a three-dimensional model of the prototype, programs the functionality and makes the device from special materials. We will tell you about each stage
3D-Modeling7 lessons6 lessonsComposite materials3 lessons
The certificate of Bauman Moscow State Technical University
Understanding what engineering is about
Opportunity to participate in thematic contests and competitions
Continue studying in various extracurricular classes or a technical university
Complex for teachers
Education
Bachelor degree with honours
Bauman Moscow State Technical University
Department of Linguistics
Specialist's degree
Bauman Moscow State Technical University
Department of Engineering Business and Management
Postgraduate
Bauman Moscow State Technical University
Department of Engineering Business and Management
More information:
- Ph.D. in Economics
- Deputy director of Intersectoral engineering centre “Composites of Russia”
- Inginirium BMSTU project-manager
- Research interests: financial and economic analysis, business planning, financial modeling, risk management
Composite materials
Education:
Bauman Moscow State Technical University
Department of Mechanical engineering
Rocket and space composite structures Chair
Additional education:
- Graduated from Bauman MSTU with honours
- Scholarship winner of the Academic Council of BMSTU
- The Imperial Technical School club scholarship winner
- Twice winner of the scholarship of the President of the Russian Federation during his master's and postgraduate studies
- Post-graduate student of BMSTU, " Strength and thermal regime of aircraft" chair
- Author of a course of lectures on the discipline "Nanoengineering of spacecraft"
- Author of more than ten scientific papers and patents in the field of composite products of rocket and space technology
- Author of reports at conferences, including international ones in Yekaterinburg, Russia; Atyrau, Kazakhstan; Minsk, Belarus; Nordwijk, Netherlands; Wrexham, Wales
More information:
- Lecturer of the "Rocket and space composite structures" chair of Bauman MSTU
- The team-leader of BMSTU team at the 2015, 2016 and 2017 Composite Battle international competitions
- Research interests: composite materials, rocket and space structures, heat and mass transfer, finite element analysis, strength analysis, thermal analysis
Equipment overveiw. Composite materials
Education:
Bauman Moscow State Technical University
Department of Mechanical Engineering
Chair of Rocket and space engineering technologies
Additional education:
- Graduated from the correspondence school of Physics and Technology of MIPT with honours
- Graduated from BMSTU with honours
- Design, production and operation of rockets and space complexes specialization
-The Presidential scholarship winner
- The government of the Russian Federation scholarship winner
- Author of a number of scientific articles in the field of composite material technologies in rocket and space technology
More information:
- Winner of the first national interuniversity championship "Young professionals" (Worldskills Russia) in the competence of "Сomposite Technology»
- The expert of Worldskills on the competence of “Composite Technologies»
- Member of the organization committee of the international championship Composite Battle World Cup Kazan 2016
- Research interests: composite materials, rocket and space structures, rocket and space engineering technologies, additive technologies
Robotics
Education:
Bauman Moscow State Technical University
Department of “Mechanical Engineering”
Chair of Robotic systems and mechatronics
More information:
- 6 years of training in competitive robotics, winner of competitions: Robofest, CROC robot for life, Robofinist, Moscow Team Olympiad in robotics
- Multiple participation in The International Robotics Olympiad, in the categories: basic secondary, basic senior, robot footbal
- In 2015, the winner of the Olympiad "Step into the future", scientific work: "control of robots in the conditions of organized counteraction on the example of the game of robots in football»
- Laureate of the international scientific student congress "Digital economy: a new paradigm of development»
- Member of organization committee of the Bauman student hackathon on robotics
- Technical administrator of the "Internet of things" competence platform at the WorldSkills Kazan 2019 championship
3D-modeling
Education:
Bauman Moscow State Technical University
Department of Rocket and Space Technology
Chair of Rocket and space engineering technology
More information:
- 5 years of experience in CAD engineering programs. Participant of Student Olympiads in Engineering Graphics, Descriptive Geometry and Prototyping
- In 2017, the winner of the scientific and technical conference of the department of SM12, in 2018 the member of the organization committee of the scientific and technical conference of the department of SM12
- Diploma of Scientific and engineering exhibition "Polytechnic" in 2017
- Has been manufacturing products using additive technologies since 2018. Experienced in working with industrial 3D printers at manufacturing plants. Engaged in the development and manufacture of special purpose parts
Methodology
Education
- Institute of Asian and African Countries of Moscow State University named after MV Lomonosov, Department of Philology of the countries of Southeast Asia, Korea and Mongolia
- Moscow State Pedagogical University, Faculty of Pedagogy and Psychology
Additional education
Moscow Financial and Legal
Academy, Faculty of Economics and Law
More information:
Teacher-psychologist at the Inginirium BMSTU
7 lessons
In the part about 3D modeling you will learn how to create 2D and 3D models in special engineering programs. In the future, you will be able to create your own models and print them on a 3D printer
6 lessons
You will learn how robots work. The functionality will be programmed on the computer, and the robot will be simulated by the program, so the equipment is not necessary to use
3 lessons
Composites are very durable multi-component materials. From the module you will learn how they are created and what they are used for. In the practical part, we will create a composite material in a virtual laboratory
