The Robotics Lab is a mobile robot with omnidirectional wheels. The platform is equipped with a set of sensors and a manipulator with 4 degrees of freedom. The platform can be used as a laboratory bench for universities and a robotics application development platform for research groups.
Robotics Lab
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The Robotics Educational and Research Platform has been designed as a platform for practical hands-on works and as an open platform for robotics algorithms design and development.
Robotics Educational and Research Platform
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The Mobile Robot test bench has been designed for robotics experiments in the agricultural field. It can be used for design and debugging of robotic algorithms as well. The robot has been designed based on the virtual instrumentation technology of National Instruments. The platform is programmed and controlled using a personal computer.
Mobile Robot for Study of Robotics Systems in Agriculture
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The educational lab is intended for teaching the basics of manipulator and vision systems usage for industrial automation. Manipulator with 4 degrees of freedom (DOF), color camera, illuminator and a digital weight scale are used in the lab.
Manipulator and Vision Systems Usage in Industrial Automation Lab
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The automated mini wind tunnel is an accostable scientific and research laboratory bench. It can be useful for carrying out research and hands-on works in the high and secondary educational institutions. The laboratory bench should be used along with a personal computer.
Automated Educational Mini Wind Tunnel
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The automated medium wind tunnel is an accostable scientific and research laboratory bench. It can be useful for carrying out research and hands-on works in the high and secondary educational institutions. Due to its affordability, the medium wind tunnel makes it possible to duplicate tests performed with the use of more expensive large-scale wind tunnels.
Automated Educational Medium Wind Tunnel
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The automated wind tunnel has been designed based on the Flotek or Aerolab wind tunnels. It can be used as a research bench as well as an educational laboratory.
Mobile Robot for Study of Robotics Systems in Agriculture
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The automated educational stand for the study of airfoils deformation has been developed based on the TrueStructure bench by Turbine Technologies. The stand is designed for practical experiments in structural analysis and can be used for the analysis of simple and complex bending, shear and torsion on a tube model, an I-beam and an aircraft airfoil.
Automated Airfoils Deformation Research Lab
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The lab stand is based on the TurboGen gas turbine electric power generation system by Turbine Technologies, equipped with National Instruments control and measurement hardware. The system is powered by an SR-30 Turbo-Jet engine.
Laboratory Bench for Study of Gas Turbine Engines Characteristics
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The Virtual System of Gas Turbine Engine Lab is designed for simulation of operation of gas-turbine engines and studying the parameters variation depending on the engine power conditions. The Virtual System of Gas Turbine Engine laboratory is based on the NI sbRIO-9627 real-time controller by National Instruments company.
Virtual Control and Research System of Gas Turbine Engine Characteristics
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The Information Input and Output Devices Lab is designed as a laboratory bench for familiarization with a basics of programming of information input and output devices. The Lab stand allows students to familiarize oneself with the basics of functioning of the devices and with the features of their programming.
Information Input and Output Devices Lab
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The laboratory stand is designed for studying physical processes of solar and light emission conversion into electrical energy. The lab stand allows students to gain practical skills in working with solar cells and explore their main parameters and characteristics.
Research Lab for Studying Solar Cells’ Parameters and Characteristic
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The training platform is intended to familiarize with the basics of sensors for measuring and monitoring
environmental parameters as well as conducting educational practical experiments to determine some
important parameters.
IoT (Environmental Conditions Monitoring Sensors Lab)
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