Development of technology for the production of hydrogen fuel cells with 80-150 kW power for passenger drones as Ehang 214. Organization of production of fuel cells. Management of design work on the development of bipolar plates, membrane electrode assemblies, seals, cooling system, hydrogen supply system, air supply system, etc. Leading the development of a fuel cell management system. Leading the development of a compressed hydrogen storage system on board the drone. Management of the development of an electrical converter DC-DC with a capacity of 80-150 kW. Leading the development of a system for testing fuel cells. Search and purchase of technological and auxiliary equipment for the production of fuel cells. Search, testing and purchase of materials for the production of fuel cells. Selection of workers and engineers for the production of fuel cells.

Development of technology for the production of open cathode hydrogen fuel cells for drones, vehicles and environmentally friendly energy sources with 0.1-3 kW power. Technology of coating the catalyst to the membrane (CCM) and gas diffusion layer (CCS). Technology for the production of membrane electrode assemblies. Technology for the production of lightweight titanium bipolar plates with a protective coating. Development of technology for the production of fuel cells.

Development of production technology for electrochemical energy storage (lithium-ion batteries, supercapacitors, lithium-ion supercapacitors, fuel cells). Development of technology for the production of lithium-ion batteries in an aluminum case, a plastic case and pouch-case. Electrode manufacturing technology, winding, welding, drying, electrolyte impregnation, aging, etc. Development of technologies for the production of carbon, graphite, LTO, NMC, LFP electrodes by wet (common) and dry battery electrode technology. The improvement in specific energy properties of electrochemical energy storage. Management of the production of supercapacitors, lithium-ion batteries, lithium-ion supercapacitors.

Development of production technology for supercapacitors with non-aqueous electrolyte. Development of dry battery electrode technology for the production of a carbon electrode for supercapacitors. Non-aqueous electrolyte production technology for supercapacitors. Carbon electrode production management. Supercapacitor production management. Supervising the design work for the creation of supercapacitor modules for electric vehicles.

Investigation of the causes of destruction of rocket engine parts using a scanning electron microscope, transmission electron microscope and EDS analysis. Metallographic analysis.