hat
se fòmasyon de baz te pote soti nan Mai dapre prensip la nan nan (fini-a-fen) konsepsyon. Sa a gen ladan edikasyon nan desen an nan chak sistèm obligatwa pou bati tout avyon, fize, ak teknoloji espas: 3D modèl nan eleman, fòmasyon nan pati pou modèl elektwonik, konsepsyon pwosesis koule, pwogram konpilasyon pou CNC machin zouti, pati manifakti, Kontwol kalite, ak tès. Pou fè sa, te inivèsite a kreye inik, fasilite laboratwa modèn, chak nan yo ki konfòm ak nivo entènasyonal la nan devlopman endistri. Chak etablisman bay: plen-echèl ekipman modèl, ki gen ladan avyon, elikoptè, misil, ak zam sistèm; robotic; Avionics ak rada; van tinèl; simulateur vòl; eskanè endistriyèl; poud metal inite fondman; poud X-ray diffractometers; eksperimantal vakyòm kanpe pou veso espasyèl rechèch Plasma propulseur; ekipman pou etid la nan mikwo-yo ak nano-patikil; ak mezi laboratwa pou kreyasyon an nan-wo presizyon radiosystems ultra-Wideband.
eng
Basic training is carried out at MAI according to the principle of through (end-to-end) design. This includes education in the design of each system required for building all aircraft, rocket, and space technology: 3D modeling of components, formation of parts for electronic models, process flow design, program compilation for CNC machine tools, parts manufacturing, quality control, and testing. To do this, the university has created unique, modern laboratory facilities, each of which complies with the international level of industry development. Each facility provides: full-scale equipment models, including aircraft, helicopters, missiles, and weapons systems; robotics; avionics and radar; wind tunnels; flight simulators; industrial scanners; metal powder fusing units; powder X-ray diffractometers; experimental vacuum stands for spacecraft plasma thruster research; equipment for the study of micro-and nano-particles; and measurement laboratories for the creation of high-accuracy ultra-wideband radiosystems.