• Analysis of trends in tractor-combine harvester manufacturing, substantiation of rational parameters for tractor and combine equipment for various purposes.
• Development of methods for calculating and substantiating the parameters of key units, systems, and components, as well as programs and methods for bench and field testing of agricultural machinery.
• Development of methods for determining the reliability indicators of tractor and combine equipment, their components, and parts based on operational data, and recommendations for improving the reliability of agricultural machinery.
• Substantiation of rational reliability standards for agricultural machinery for various purposes based on competitiveness criteria.
• Development of provisions for technical regulations in the field of agricultural machinery reliability, taking into account current GOST, ISO, and IEC standards.
• Development of methods and means for dynamic balancing of oscillating working parts of agricultural machinery.
• Analysis of kinematic diagrams of steering drives for steered wheels of mobile equipment, substantiation of control formulas for multi-axle machines.
• Analysis and synthesis of differential mechanisms and on-board power distribution systems between drive axles and wheels, steering wheel drives, and structural diagrams of dual-flow hydrostatic-mechanical transmissions for mobile equipment.
• Development and production support for mounted and trailed forage harvesting equipment with regenerative drives for working parts, and regenerative drives for agricultural machinery.

• Ensuring the reliability and safety of mobile machines
• Synthesis and optimization of mechanical and mechanical-based hybrid systems for mobile machines with complex structures
• Methods for kinematic, dynamic, and resource calculations of mobile equipment
• Computational support for the design process of mobile equipment components and assemblies
• Development of methods for assessing the technical condition and diagnostics of transmission systems
• Development of computational and experimental methods for predicting the service life of structures under typical operating and testing conditions
• Development of a theoretical and experimental method for monitoring the development of vibration processes and damage accumulation in limiting components of machine drive mechanisms
• Development of methods and tools for accelerated testing of automotive components based on diagnostics of their technical condition
• Development of software in the above areas of activity
• Implementation of the department's developments at domestic mechanical engineering enterprises
• Development of methods and tools based on software and hardware modeling for the creation and quality assessment of control algorithms and elements of transmission control systems for mobile machines, and testing of these system elements
• Development of control algorithms and software for control systems for hydromechanical transmissions of trucks, construction, and mining equipment
• Dynamic and Kinematic calculation of transmissions, synthesis of control system circuits
• Development of methods and tools for virtual, bench-scale, and field research and testing of active safety systems, their components, and control algorithms based on software, hardware-software modeling, and information processing methods. Synthesis of active safety system circuits
• Creation of fundamental principles and innovative technologies for increasing the strength of steels and their components by managing the chemical, structural, and mechanical homogeneity of grain boundary nanovolumes in structural materials.

The testing laboratory of the Scientific and Technical Center "Republican Testing Ground for Mobile Machines" is accredited in the national accreditation system of the Republic of Belarus in accordance with STB ISO IEC 17025. It is a Technical Service E 28/Q under the 1958 Geneva Agreement and is included in the Register of Certification Bodies and Testing Laboratories (Centers) of the Customs Union that assess product conformity with the requirements of the technical regulations of the Customs Union.

The Scientific and Technical Center "Republican Testing Ground for Mobile Machines" branch includes the Industry Laboratory for Research and Testing of Automotive Components and Mobile Machines (Head: S.P. Mamai)

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Electromechanical and Hybrid Powertrains for Mobile Machines

• Selection and feasibility study of powertrain design;
• Modeling of powertrain operating modes under typical operating conditions;
• Development of system interaction algorithms and technical requirements for powertrain components.

Electric Drives

• Design, calculation, and modeling of the physical processes of electric machines;
• Design, calculation, and modeling of operating modes, and prototype development of electric drive control inverters;
• Development of algorithms and software for electric drive control systems.

Energy Storage and Converter Technology

• Design, calculation, and modeling of the physical processes, and prototype development of rechargeable energy storage units;
• Design, calculation, and modeling of the physical processes, and prototype development of supercapacitor energy storage units;
• Development and prototype development of electronic control systems for electrical energy storage units;
• Development and prototype development of controlled power converters.

Highly Integrated Electronic Control Systems

• Development of the design and circuit design for electronic modules of highly integrated control and diagnostic systems for mobile machines;
• Algorithm modeling and software development for microprocessor modules of highly integrated control and diagnostic systems for mobile machines.

Bench Equipment

• Calculation and design of test benches;
• Development of electronic control systems for bench equipment;
• Development of electronic systems for the primary processing, accumulation, and transmission of bench test data.