Rubric

METHODS OF TEACHING GENERAL ENGINEERING AND SPECIAL ACADEMIC DISCIPLINES IN AEROSPACE UNIVERSITY

7 articles

Artificial intelligence in engineering thermodynamics: a teaching methodology for training students in neural network approaches to heat and mass transfer problems
Leonid V. Bykov, Aleksandr M. Molchanov
2026, no. 7pp. 54–59DOI:10.20339/am.07-26.05480 RUB
Training of aviation and rocket and space technology specialists in the practical use of mathematical statistics, probability theory, and statistical dynamics
Vladimir T. Kalugin, Alexander Yu. Lutsenko, Irina K. Romanova-Bolshakova
2026, no. 7pp. 60–70DOI:10.20339/am.07-26.06080 RUB
Teaching methods of the general engineering discipline ‘Electrical Engineering and Electronics’ at an aerospace university
Vladimir F. Storchevoy, Nikolay P. Kushchev
2026, no. 7pp. 71–79DOI:10.20339/am.07-26.07180 RUB
Development and implementation of modules on unmanned aerial systems into educational programs of higher education in the aerospace industry
Dmitry A. Kozorez, Yurii G. Sledkov, Maria I. Toporova, Anna V. Korneenkova
2026, no. 7pp. 80–88DOI:10.20339/am.07-26.08080 RUB
Improving of Physical and Mathematical Training of Students as the Basis of Engineering Education
Marina V. Nikandrova, Anna B. Nikolaeva, Ekaterina I. Zagrebina
2025, no. 6pp. 90–94DOI:10.20339/am.06-25.090Open Access
Transformation of Geometric and Graphic Disciplines in MAI During the Transition to Basic Higher Education
Rushana R. Anamova, Andrey V. Ripetskiy, Svetlana A. Leonova, Larisa B. Nikishina, Victor Yu. Mischenko
2025, no. 6pp. 83–89DOI:10.20339/am.06-25.083Open Access
Explainable Artificial Intelligence as a New Direction of Development of Intellectual Technologies and Training in Rocket, Space and Aviation Engineering
Vladimir T. Kalugin, A.Yu. Lutsenko, I.K. Romanova-Bolshakova
2025, no. 6pp. 76–82DOI:10.20339/am.06-25.076Open Access

Artificial intelligence in engineering thermodynamics: a teaching methodology for training students in neural network approaches to heat and mass transfer problems

Training of aviation and rocket and space technology specialists in the practical use of mathematical statistics, probability theory, and statistical dynamics

Teaching methods of the general engineering discipline ‘Electrical Engineering and Electronics’ at an aerospace university

Development and implementation of modules on unmanned aerial systems into educational programs of higher education in the aerospace industry

Improving of Physical and Mathematical Training of Students as the Basis of Engineering Education

Transformation of Geometric and Graphic Disciplines in MAI During the Transition to Basic Higher Education

Explainable Artificial Intelligence as a New Direction of Development of Intellectual Technologies and Training in Rocket, Space and Aviation Engineering