The department has a good material base and educational-methodical support for the successful implementation of the educational process. At the disposal of the students of the Institute are teaching laboratories, computer labs with Internet access, specialized auditoriums with multimedia equipment.
Laboratory of Robotics
The laboratory is equipped with 10 Robotics Advanced Fischertechnik robotics sets, 10 resource sets, 2 Robotrack "Basic" sets, 10 Arduino kits for experiments and robotics projects, 3d printer E12 Anet, 6 monoblocks, Jl-K3020 CNC device for cutting and material processing, ACHI IR-6500 infrared soldering station, Saike-852d++ soldering station with analog-digital control, microscope for chip soldering, UTD2052CL 50 MHz digital oscilloscope and much more.
Mechanics and Molecular Physics Laboratory
Students master the methods and techniques of studying mechanical and thermal processes within the framework of classes on "Mechanics" and "Molecular Physics and Thermodynamics".
Optics, Electricity and Magnetism Laboratory
Students study optical and electromagnetic phenomena, and image making with the help of optical systems, within the framework of classes on "Electricity and Magnetism" and "Optics".
Physics Teaching Methods and School Experimental Techniques Laboratory
The laboratory equipment allows students to study the specifics of designing, conducting and evaluating school physics experiments within the disciplines "Methods of Teaching Physics", "School Experiment Techniques", "New Approaches to Teaching and Evaluation" and in preparation for teaching and professional practice.
Laboratory of Atomic Physics and Radioelectronics
The laboratory is equipped to study phenomena of the microcosm as part of the discipline "Physics of the Atom, Atomic Nucleus and Elementary Particles" and to study electronic devices and circuits as part of the discipline "Radioelectronics".
Laboratory of Computer Methods of Physics
The equipment of the laboratory allows to carry out virtual physical experiments on the disciplines of general physics, "Methods of teaching physics", "New approaches to teaching and evaluation", and also while passing pedagogical, professional and pregraduation practice.
Laboratory of Robotics, Electronics and Automation
Practical lessons are given in the laboratory on the basics of robotics, Arduino programming, circuitry.
Laboratory Information and Communication Technologies
The laboratory was created as a part of the Erasmus+ project. It is equipped with modern computers, didactic materials which allow teaching the discipline Information and Communication Technologies (in English) at a high methodological level.
