Line I Laser and information technologies I-1. Formation of submicron structures, development of base elements for optoelectronics, and information optical systems I-2. Methods and smart laser systems for synthesis of complex-topology 3D objects, relying on computer models and tomography data, including laser stereolithography systems I-3. Methods and systems of adaptive optics for data processing and monitoring of material treatment processes I-4. Method of local modification of nano-porous and polymer materials, based on supercritical impregnation

Line II Laser application in biomedicine II-1. Laser and information technologies for remote biomodeling of 3D objects II-2. Laser systems for transmyocardial revascularization II-3. Hyperthermia of cartilaginous tissues II-4. Reconstructive bioengineering for oncology II-5. Laser, optical-acoustic and optical devices for medical diagnostics II-6. Synthesis of new mineral-polymer composites for implantation surgery and tissue engineering II-7. Optical and information methods of studying biological objects

Line III Industrial lasers, laser computer systems and technologies of processing advanced materials III-1. Development and production of industrial CO2 lasers of 0.5-15 kW power and high beam quality III-2. Laser technologies of material processing and automated laser systems fitted with adaptive control systems to perform cutting, welding, and surface modification III-3. Development and production of optoelectronic laser systems for nondestructive diagnostics of near-surface structure of materials