Our training programs
Our training programs
Drone piloting
Scope of training: 40 hours (12 hours – theoretical training, 28 hours
– practical training)
Lesson mode: 1 week, 8 teaching hours per day
Who is the program for?: people with no experience piloting aircraft
operators, as well as current drone operator pilots
Purpose of the program: formation and improvement of students’
professional competence in the field of piloting unmanned aircraft
when flying various types of drones
Gained skills and competencies: preliminary and pre-flight preparation of UAVs
safe operation of UAVs; UAV control under required operating conditions
Types of UAVs: Meteor75 Pro,DJImavic3,UAV Bumblebee, UAV Fly
Drones for Electrical Grids
Scope of training: 240 training hours (40 hours – theoretical training, 200 hours – practical training)
Lesson mode: 2 months, 4 teaching hours per day
Who is the program for?: for electricians and specialists of power companies, for training in the use of UAVs in the energy sector
Purpose of the program: to develop and improve student's professional competence in the field of technology for using UAVs in the electric and power industry
Gained skills and competencies: inspection of the condition of power lines in the visual spectrum (mounted inspection); thermal imaging inspection of power lines; inspection of the state of the security zone, assessment of the volume of the
vegetation; cleaning and lubrication of the wire with the help of a UAV installation of repair clamps with the help of a UAV installation of sensors, marker balls with the help of a UAV
Types of UAVs: DJImavic3, special CableWalker drones for the electric power industry: Dragonfly, Spider, DJI matrice 300
Drone Data processing for Electrical Grids
Scope of training: 240 training hours (100 hours – theoretical training, 140 hours – practical training)
Lesson mode: 2 months, 6 teaching hours per day
Who is the program for?: for electricians and IT specialists of power
companies for training in the use of UAVs in the energy sector
Purpose of the program: training of specialists in processing data obtained using UAVs
Gained skills and competencies: construction of 3D models of a power line processing of video data and thermal imager data received from UAVs: detection of defects in wires, lightning rods, fittings, towers
processing of laser scanning data: determination of dimensions, determination of sagging wires, determination of vegetation volume
processing of magnetic scanning data: determination of places of internal
defects of the wire core
Drones for Agriculture
Scope of training: 240 training hours (100 hours – theoretical training, 140 hours – practical training)
Lesson mode: 2 months, 6 teaching hours per day
Who is the program for?: for employees of agricultural enterprises whose purpose is to use UAVs for cultivating agricultural land
Purpose of the program: formation and improvement of students' skills in UAS management (including performing a complex of works on operation, maintenance, repair of UAVs and related functional equipment) in agriculture when performing complex processing of agricultural land
Gained skills and competencies: Statement of the task of upcoming flights, terrain analysis and determination of processing zones: pre-flight configuration of the UAV, field marking Treatment with selective herbicides. Foliar feeding using urea. Treatment of various crops with fungicides and insecticides. Desiccation.
Types of UAVs: XAG UAV model range, DJ UAV model rangeI
Drones for women
Scope of training: 80 hours (40 hours – theoretical training, 40 hours –
practical training)
Lesson mode: 2 weeks, 8 teaching hours per day
Who is the program for?: women with no experience piloting aircraft operators, as well as current pilot-UAS operators
Purpose of the program: formation and improvement of students’ professional competence in the field of piloting unmanned aircraft
(UAV) when flying on various types of UAV
Gained skills and competencies: preliminary and pre-flight preparation of UAVs; safe operation of UAVs; UAV control under required operating conditions
Types of UAVs: DJImavic3
Drones for sport
Scope of training: 240 training hours (40 hours – theoretical training,
200 hours – practical training)
Lesson mode: 2 months, 4 teaching hours per day
Who is the program for?: people who have no experience piloting
UAVs, current UAV pilots
Purpose of the program: formation and improvement of students’ professional competence in the field of piloting sports FPV-drones
Gained skills and competencies: Knowledge of the rules of sports competitions; PilotingFPV-drones on the simulator; Assembling the drone, soldering elements and pre-flight setup of the drone; Control FPV-drone, aerobatics
Types of UAVs: Meteor75 Pro, VzhukhFPV, FPV-drones of various
models
Drones for security applications
Scope of training: 240 training hours (40 hours – theoretical training, 200 hours – practical training)
Lesson mode: 2 months, 4 teaching hours per day
Who is the program for?: people with no experience piloting aircraft operators, as well as current drone operator pilots
Purpose of the program: formation and improvement of students’ professional competence in the field of piloting unmanned aircraft for ensuring infrastructure security
Gained skills and competencies: preliminary and pre-flight preparation of UAVs; safe operation of UAVs; UAV control for perimeter overflights, video surveillance;
thermal imaging from a drone;
practical scenarios for using UAVs to ensure infrastructure security
Types of UAVs: Meteor75 Pro, DJImavic3, UAV Bumblebee, UAV Fly, DJI matrice 30T
Anti-drone applications
Scope of training: 240 training hours (40 hours – theoretical training, 200 hours – practical training)
Lesson mode: 2 months, 4 teaching hours per day
Who is the program for?: people with no experience piloting aircraft operators, as well as current drone operator pilots
Purpose of the program: formation and improvement of students’ professional competence in the field of piloting unmanned aircraft for the purpose of testing the effectiveness of infrastructure protection systems, electronic warfare systems and
complexes
Gained skills and competencies: methods of protection against UAVs; types of electronic warfare; early detection of UAV; global radio transmission standards; preliminary and pre-flight preparation of UAVs for electronic warfare flights. setting up; drone frequencies
Types of UAVs: Meteor75 Pro, DJImavic3, UAV Bumblebee, UAV Fly, FPV-drones of various models
Drone workshop for school students and university students
Scope of training: 3 hours
Who is the program for?: for school students and university students who want to get acquainted with the Unmanned aircraft systems industry, with the professions of a Drone operator, a Drone maintenance and repair specialist, a Drone designer
Purpose of the program: to form an idea among school students and university students about professions in the field of Unmanned aircraft systems, to get acquainted with the basic rules of flight, to get acquainted with the main components of drones
Gained skills and competencies: A study about professions in the field of unmanned aircraft systems; Drone Assembly Workshop; Soldering electronics of Drone Workshop; Simulator flights; Piloting a drone (carried out indoors)
Types of UAVs: Meteor75 Pro, UAV Bumblebee, UAV Fly, UAV Ant, FPV drone
Sport FPV Drone Piloting (Drone Racing)
Duration: 144 hours
Participants who plan to master FPV drone control and take part in drone racing competitions.
Drone detection and countermeasure systems
Duration: 16 hours
Security service specialists, technical personnel, and employees responsible for protecting facilities from UAV threats
Manufacturing, Repair, and Operation of FPV Drones
Duration: 132 hours
Specialists who plan to master the manufacturing, configuration, repair, and operation of FPV drones.
Basics of drone piloting for industry
Duration: 56 hours
Corporate clients planning to implement unmanned aerial systems and train their personnel for specific operational tasks (monitoring, security, diagnostics, infrastructure inspection, aerial photography, and others).
Basics of drone piloting for Aerologistics
Duration: 80 hours
Specialists performing cargo delivery and transportation tasks in hard-to-reach areas
Specialists requiring rapid operational support using unmanned systems
UAS operators expanding their competencies in aerologistics
UAS Operations for Power Line Maintenance
Duration: 80 hours
Specialists of energy companies engaged in inspection and diagnostics of power lines
Specialists involved in the operation and maintenance of power transmission lines
Operator of Unmanned Aerial Systems
Duration: 144 hours
Individuals who plan to obtain the profession of Unmanned Aerial Systems Operator
Basic FPV Drone Piloting
Duration: 144 hours
Individuals learning FPV piloting from scratch
UAS operators working in complex environments and confined spaces
Specialists using FPV drones to solve applied tasks
Basic Drones Piloting
Duration: 40 hours
Individuals with no prior piloting experience who wish to master the operation of unmanned aerial vehicles
