The H2Hybrid Fuel Cell Automotive Trainer is the ultimate tool for exploring science and engineering
Hydrogen Fuel Cells Hybrid & Electric
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Pennant has developed a suite of free standing, back-to-back Wiring Board Trainers for basic aviatio
Aircraft System Trainers
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The Basic Flying Control Rod Trainer (BFCRT) provides basic training on flying control surface opera
Aircraft System Trainers
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The Generic Hand Skills Trainer (GenSkill) is a free standing physical prepresentation of a typical
Aircraft System Trainers
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Genskill is a part task trainer providing experience through practical exercises for hand skills nec
Aircraft System Trainers
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Aeronautical hydraulic test bench   Topic coverage: Hydraulic unit (Constant flow pump, Accu
Aircraft System Trainers Hydraulics
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English , French
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This didactic equipment has been specially designed for the learning of hydraulic aeronautical maint
Aircraft System Trainers Hydraulics
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French , English
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FLEXMILL, 3 Axes CNC Milling Machine with closed loop servo motor control fitted with Industrial Con
CNC
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XLMILL with MTAB Industrial control, 3-axis CNC bench milling machine with MTAB ISO industrial contr
CNC
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FLEXTURN, 2-axis CNC Slant Bed Bench Turning Centre with closed loop servo motor control fitted with
CNC
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XLTURN, CNC slant bed turning centre with MTAB industrial control with Fanuc compatible programming,
CNC
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The Titan Series machine is all steel construction, providing the rigid foundation required for ultr
CNC
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The Phoenix series CNC Plasma machine is all steel constructed, providing a rigid foundation to supp
CNC
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The HD-II Table top CNC router. This machine includes a 2HP HSD high frequency collet spindle, vacuu
CNC
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The Atlas series machine is an all steel constructed machine providing a rigid foundation required f
CNC
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The Venus Series CNC Plasma is constructed using rigid materials delivering ultra-smooth plasma cutt
CNC
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MAXMILL 5037 is a smart CNC vertical milling machine designed for high value engineering production.
CNC
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PRODUCTS INTRODUCTION The hydraulic training system is an important part of the comprehensive train
Hydraulics
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Advance Electrohydraulic Training Kit with PLC Hytech Hydraulic Training kits are designed to provi
Hydraulics
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Place the students into transmission situation like a real agricultural machine The hydrostatic tra
Hydraulics
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‘Hytech’ Hydraulic training kit is designed for educational purpose where students can easily operat
Hydraulics
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The SHCO 4.0 bench has the same functionality as the SHCO-V2, with a difference that we have replace
Hydraulics
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Choose the industrial components so that your students can perform different exercises. They will th
Hydraulics
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The SHCO bench is a bench completely different from traditional panel benches. We designed this didc
Hydraulics
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The DL 8110H is a robust and flexible hydraulic bench with industrial characteristics designed for t
Hydraulics
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INTRODUCTION Hydraulics is the technology that employs the properties of the liquids to operate mac
Hydraulics
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The Hydraulic Training Station is a portable hydraulics training system. This system allows students
Hydraulics
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Application: The laboratory is used to conduct basic and advanced courses in the fields of electric
Hydraulics
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Application: Attachment for group lessons in theory and practical teamwork Training objective: Re
Hydraulics
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Mobile teaching station is intended for conducting laboratory classes in the field of mechanics of m
Hydraulics
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Application: Explanation of the physical processes and the measurement technology in the hydrauli
Hydraulics
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The Hydraulic Systems Principles Trainer (HSPT) enables practical hydraulic principles to be taught
Hydraulics
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English (United Kingdom)
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Mobile teaching station is intended for conducting laboratory classes in the field of mechanics of m
Hydraulics
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The POGT telescopic crane operative part represents a real industrial system allowing students to be
Hydraulics
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Application: For group lessons in the theory field and team work in the field of practice. Add-on mo
Hydraulics
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2 or 3-axis hydraulic welding positioner for training purposes.   Features: Hydraulic actu
Hydraulics Industrial Maintenance
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Application: HydroDidact is a learning board to perform specific exercises in the areas of hydrauli
Hydraulics
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Learn more about hydrostatic transmission and steering The operative part SHDH is dedicated specifi
Hydraulics
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Hytech Didactics Electropneumatic training system is computer controlled PLC based pneumatic trainin
Pneumatics
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The Pneumatics Training Station is a portable pneumatics training system. This system allows student
Pneumatics
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PRODUCTS INTRODUCTION The Training System of Primary Pneumatic Technology is designed based on tech
Pneumatics
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PRODUCTS INTRODUCTION This pneumatic training system is the important part of the mechatronics comp
Pneumatics
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INTRODUCTION   Pneumatics is the technology that employs the properties of gases as a way of
Pneumatics
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Basic Pneumatic Training Kit is designed to provide hands on experience on conventional pneumatic va
Pneumatics
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Refrigeration and air conditioning training developed to demonstrate the operation and working princ
HVAC Refrigeration Refrigeration
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English , French (France) , Italian , Spanish
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Air Conditioner Training System developed to demonstrate the operation and working principle of spli
HVAC Refrigeration Heating Ventilation Refrigeration
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This Positive or Negative cold room training equipment is an excellent didactic tool to teach studen
HVAC Refrigeration Refrigeration
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This Air Water Heat Pump training equipment is an excellent tool to teach students various relevant
HVAC Refrigeration Heating
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This Air handling system with energy recovery, recycling, heating, cooling, humidifying and industri
HVAC Refrigeration Ventilation
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The DL I4.0 Lab is a collaborative didactic system that integrates hardware processes through softwa
Industrial Automation Mechatronics Industrial Robotics
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De Lorenzo’s solution creates a collaborative environment to study concepts related to Industry 4.0,
Industrial Automation Mechatronics Industrial Robotics
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English , French (France) , Italian , Spanish
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CIM (computer integrated manufacturing) is a manufacturing method, in which the entire production pr
Industrial Automation Mechatronics Industrial Robotics
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English , French (France) , Italian , Spanish
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CIM (computer integrated manufacturing) is a manufacturing method, in which the entire production pr
Industrial Automation Mechatronics Industrial Robotics
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Integrated ABB iRB120-Robot Training Station features: AA200.001.02 WorkstationMR (800 x 800 x750)
Industrial Robotics Mechatronics
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English
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Automated system for packing of jars / bottles in carton boxes / trays   Description of t
Industrial Robotics
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Practical. Future-oriented. Digital. HORST makes a lot of things easier, including in training. Our
Industrial Robotics Mechatronics
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System for capping, controlling and customizing jars/bottles or making assemblies Description of
Industrial Robotics
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Practical. Future-oriented. Digital. HORST makes a lot of things easier, including in training. Our
Industrial Robotics Mechatronics
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Training on collaborative mobile robotics, programming the 6-axis robot and mobile platform The A
Industrial Robotics
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PRODUCTS INTRODUCTION This system takes the flashlight assembly process as an example to learn the
Industrial Robotics
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PRODUCTS INTRODUCTION The RH-ABB-01 industrial robot training equipment adopts ABB company IRB-120
Industrial Robotics
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Integrated Robotic welding cell is an advanced training cell which provides hands on experience
Industrial Robotics Mechatronics Process Control PLC Industrial Maintenance
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The HS-045A1 is a compact, high-speed, high precision DENSO industrial SCARA robot, bas
Industrial Robotics
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With a unit weight of only 4 kg and an integrated controller, as well as comprehensive safety featur
Industrial Robotics
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The VP series 5243 (5-axis) /6242 (6-axis) are characterized by their very compact dimensions and hi
Industrial Robotics
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Hytech Didactic - Robocell is a complete cell for training on pick and place robot. Equipped with Fa
Industrial Robotics Mechatronics
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Industrial IOT / Industry 4.0 based Smart Factory Solution IIOT Training kit is a smart factory wit
Mechatronics Industrial Robotics
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PRODUCTS INTRODUCTION The training equipment is based on fully integrated automation control techno
Mechatronics
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Industry 4.0 is a meaningful term that includes technologies and concepts of value chain organizatio
Mechatronics
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The Dosaxe system is an automated system for filling jars / bottles of different sizes in continuous
Mechatronics
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PRODUCTS INTRODUCTION The PLC programming training system is an important part of the comprehensive
Mechatronics
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MAPS-6 Flexible Manufacturing System, Industry 4.0 IOT Ready Mechatronics Training System Key Advan
Mechatronics
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PRODUCTS INTRODUCTION Industrial 4.0 training equipment is a model of an "intelligent" factory, thr
Mechatronics
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MAPS 5 - FLEXIBLE AUTOMATION SYSTEM, CAPSTONE Industry 4.0 IOT Ready Mechatronics Training System
Mechatronics
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The Flexible Manufacturing System 1, “AE-PLC-FMS1” is a modular system composed of five workstations
Mechatronics
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MAPS 4 - BOTTLING PLANT, Industry 4.0 IOT Ready Mechatronics Training System Key Advantages of MTAB
Mechatronics
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TRAINING SYSTEM for SIEMENS AC Motor & IFM ENCODER & Drive (G120) includes: AA017.100.
Mechatronics
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PRODUCTS INTRODUCTION The training system is an important part of the mechatronics training systems
Mechatronics
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Stand-alone floor mounted system to train the concept & aspects of Material Storage & Handli
Mechatronics PLC
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PRODUCTS INTRODUCTION S120 servo training system is an important part of mechatronics comprehensive
Mechatronics
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PRODUCTS INTRODUCTION This system meets the assessment and training requirements of German AHK mech
Mechatronics
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This is an automated system for order preparation (storage and picking of trays / boxes) Descript
Mechatronics
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INTRODUCTION The system is designed according to the modular concept and standardized industrial c
PLC Mechatronics
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IFM "SENSORS & COMMUNICATIONS" TRAINING SYSTEM includes:   AA200.000.05 TABLE_TOP STAND wi
PLC Process Control
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PH Basic is a table mounted model of Hytech PLC and HMI training Kit. This model is generally suitab
PLC
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The basic PLC programming system is built around an industrial process simulator (ProSimT) for
PLC
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Hytech Didactics’ PLC and HMI Training kit is ergonomically designed to provide detailed training on
PLC
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The SMART Vibration Analysis Learning System (BVALS) is a versatile platform for a broad range of ma
PLC Process Control
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The Vibration Analysis Learning System with IFM technology offers a complete solution for vibration
PLC Process Control
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MTAB PLC TRAINER KIT, The PLC Training console has been designed to teach and train the students in
PLC
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The “AE-PLC-PAN” is a PLC application which contains one of the last Panasonic PLC models. The “AE-P
PLC
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The Computer Controlled Modular Control and Regulation Unit, "RYC/T", is designed by EDIBON. It allo
Process Control
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The GP Strategies® Process Controls Training Station is designed to introduce maintenance personnel
Process Control Industrial Maintenance
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The Computer Controlled Process Control Plant with Industrial Instrumentation and Service Module (Fl
Process Control
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ASTANK 2 is an integrated platform for control techniques in systems engineering. It is designed to
Process Control
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The Pump/Mechanical Training Station provides hands-on training for mechanical skills using a functi
Industrial Maintenance
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Study, maintenance and testing bench for industrial pumps   Features : Industrial pumps(ce
Industrial Maintenance
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Stacking and unstacking of pallets   Features: PLC and HMI (switches or operator panel)
Industrial Maintenance
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This is a hands-on industrial training system for alignments and transmissions study and mainte
Industrial Maintenance
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Multiformat packaging machine: Filling and capping for liquids / pellets in bottles / jars - for edu
Industrial Maintenance
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The Basic Unit of Mechanical Drive Systems, "MDSU", consists of a main frame where a series of acces
Industrial Maintenance
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Test bench for level, flow and pressure control in drinking water systems and tanks, perfect for tea
Industrial Maintenance
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PRODUCTS INTRODUCTION This training system is designed and developed based on the AHK mechatronics
Industrial Maintenance
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The system allows the evaluation, after each assembly and disassembly, of a set of shafts and bearin
Industrial Maintenance
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The GP Strategies® Electrical Troubleshooting Training Station is designed to introduce maintenance
Industrial Maintenance
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The Computer Controlled Biogas Process Unit, "EBGC", is supplied with two packed anaerobic digesters
Bioenergy
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The Computer Controlled Biogas Processing Plant, “PBGC”, is supplied with two reactors made of stain
Bioenergy
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The main element of the unit is the biomass boiler, which will heat the water that will flow through
Bioenergy
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The process carried out by the Computer Controlled Biodiesel Process Unit, “EBDC”, consists on trans
Bioenergy
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INTRODUCTION In the past, fossil fuels were used essentially for transportation, relying on the abu
Bioenergy
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INTRODUCTION Geothermal energy is generated using the heat given off by the Earth to obtain energy.
Geothermal
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The Computer Controlled Geothermal Energy Unit with Two-Well System, "EGTWC", is a laboratory scale
Geothermal
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The hydrogen generator is designed to produce Hydrogen for laboratory use and must comply with 
Hydrogen Fuel Cells
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The Computer Controlled PEM Fuel Cell Advanced Unit, "EC6C", has been designed to allow the students
Hydrogen Fuel Cells
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The Computer Controlled PEM Fuel Cell Unit, "EC5C", has been designed to allow the students to under
Hydrogen Fuel Cells
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The ultimate generation training panel for studying and testing PEM hydrogen fuel-cell technology up
Hydrogen Fuel Cells
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The turbine housing is transparent so that can be viewed as the turbine uses the inertia that transf
Hydropower
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Trainer EN 05.1 has been designed as a small-scale hydropower plant and it is equipped with a Pelton
Hydropower
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The equipment is designed for the study and visualization of both the behavior and the characteristi
Hydropower
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De Lorenzo has designed a modular trainer that studies the power flow and interaction between the el
Smart Grid Wind Energy Hydropower
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A smart grid is an electricity network that uses digital and other advanced technologies to monitor
Smart Grid Wind Energy Solar PV Hydropower
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The Computer Controlled Waves Energy Unit, “EOMC”, is a unit in scale, designed to study the wave en
Ocean Energy
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What is a Smart Grid? A smart grid is an electrical grid that uses information and communications t
Smart Grid
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The purpose of this application is the study of hydroelectric power plants in the context of micro g
Smart Grid
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The Smart Grid Power System with Power Generation, Transmission, Distribution and Loads, with SCADA,
Smart Grid
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The purpose of this application is the study of wind power plants in the context of microgrids. It c
Smart Grid
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The purpose of this application is the study of photovoltaic power plants in the context of microgri
Smart Grid
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The purpose of this application is to demonstrate the importance of energy storage in isolated envir
Smart Grid
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The Computer Controlled Steam Power Plant Adjustable up to 20 kW, “TPTVC/20kW”, represents a laborat
Smart Grid
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The purpose of this application is to demonstrate the importance of energy storage in isolated envir
Smart Grid
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The Computer Controlled Single Water Pumping Application, “SWPC”, has been designed by Edibon to sho
Smart Grid Solar PV Wind Energy
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This power plant is required to work with any other power plant offered in this catalog. Its purpose
Smart Grid
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The Microgrid Power System, "AEL-MGP", has been designed for the theoretical-practical training on m
Smart Grid
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The Stand-Alone Photovoltaic Application, “AEL-SAPV”, has been designed by EDIBON to study the energ
Solar PV
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STAND ALONE AND NETWORK CONNECTED The equipment EN 01.5 reproduces a scale, complete photovoltaic
Solar PV
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The Computer Controlled Photovoltaic Solar Energy Unit, "EESFC", includes equipment that uses the ph
Solar PV
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Modular trainer for the theoretical and practical study of the electric energy generation from photo
Solar PV
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Photovoltaic Solar Energy Modular Trainer, "MINI-EESF", is a laboratory scaled unit designed to stud
Solar PV
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Didactic system for the theoretical and practical study of photovoltaic solar panels. With the photo
Solar PV
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Modular didactic system for the study of a photovoltaic power system and the operation of a three-ph
Solar PV
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General description: These Didactic Trainers provide students with theoretical-practical learning
Solar PV
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The main target of a hybrid power system is to combine multiple sources to deliver non-intermittent
Solar PV Wind Energy
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Presentation: The Photovoltaic and Wind Energy Kit has been designed to allow the study of electric
Solar PV Wind Energy
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Modular trainer for the theoretical and practical study of the electrical installations with photovo
Solar PV Wind Energy
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The EN 01.6 equipment scales a complete photovoltaic solar system. It has been designed with special
Solar PV
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The Photovoltaic Systems Application in Isolated and Parallel Grids, ''AEL-PHIP'', has been designed
Solar PV
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The Photovoltaic Application with Connection to Grid, “AEL-PHVG”, has been designed by EDIBON to stu
Solar PV
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The equipment EN 01.4 has been designed as a standalone photovoltaic solar power plant, with 2 modul
Solar PV
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Spanish , English
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General description: Objetives It provides teachers and students with knowledge and basic experime
Solar Thermal
Content languages
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Instrumented and mobile domestic solar water heater   Features: Heat production (2.5m² of&
Solar Thermal
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This unit is a system that transforms solar energy into usable thermal energy. It uses the thermosip
Solar Thermal
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SOLAR THERMAL ENERGY TRAINER WITH REAL PANEL AND SIMULATED PANEL Didactic system for the theoretica
Solar Thermal
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English
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The Computer Controlled Thermal Solar Energy Unit, "EESTC", is a system that transforms solar energy
Solar Thermal
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The AEL-WPP is used to investigate the design and operation of modern wind power stations. The AEL-W
Wind Energy
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The Computer Controlled Wind Energy Unit, “EEEC”, contains an aerogenerator, in laboratory-scale, an
Wind Energy
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The Computer Controlled Wind Power Plants Application with Induction Generator, "AEL-WPPIC", has bee
Wind Energy
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This trainer allows the students to study the functions and operations of a modern wind power plant
Wind Energy
Content languages
English , Italian , Spanish , French
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Modular trainer for the theoretical and practical study of the electric energy generation from a mic
Wind Energy
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English , Italian , Spanish , French
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Modular trainer for the theoretical and practical study of the electric energy generation from a win
Wind Energy
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English , Italian
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With the equipment EN 04.2, we emulate the behavior of a wind turbine in a practical and educational
Wind Energy
Content languages
Spanish , English
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General description This Didactic equipment provides students with theoretical-practical learning
Wind Energy
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English , Spanish
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With the EN 04.4 equipment, we emulated the behavior of a wind turbine in a practical and didactic w
Wind Energy
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The Wind Power Application with Permanent Magnets Synchronous Generator, with SCADA, ”AEL-WPTC”, has
Wind Energy
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The Wind Power Plants with Induction Generator Application, “AEL-WPPI”, has been developed by Edibon
Wind Energy
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The Windmill Test-bench (EN 04.1), is a wind tunnel of 2 meters length designed to work with windmil
Wind Energy
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Spanish , English
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The Stand-Alone Wind Turbine Aplication, “AEL-SWT”, has been designed by Edibon for the training at
Wind Energy
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Learn More About Technical Training Equipment

What You Should Know About Didactic Systems

In this section you can learn more about technical training systems: what they are, how they differ, their benefits, challenges, industry-trends and the best practices for search, comparison, evaluation and acquisition. If you have any questions or input, do not hesitate to reach out to us.

For quick navigation, use the menu bar to the left, happy reading!

 

What is a Technical Training Equipment?

A technical training equipment refers to a didactic system which is used by teachers, educators or professors to teach hard skills in vocational training. This didactic equipment is normally installed into a classroom or a training center and comes as a combination of hardware, software, and curriculum content. Lately, more systems are becoming available as remotely accessible, digital simulations, and virtual or augmented reality solutions.

While all technical training systems aim to teach their learners hard skills, the effectiveness of knowledge transfer and educational impact varies greatly between different didactic tools. Furthermore, while one solution might be very suitable for a specific scenario, it might not have the same didactic impact for another. It is therefore vital to understand how effective a specific solution is by evaluating its features and its suitability.

 

What Types of Technical Training Equipment Exist?

There are vast differences in the type of equipment that exists, they can be fairly generic providing essential features or be very specialized, with deep technical differences. There are three main ways of how to differentiate technical training equipment.

Career, Industry & Skills

The first and most obvious way to differentiate technical training systems is by career, industry or by category of skills to be learnt for a specific profession. The skills necessary for an HVAC technician, an electrician, a plumber or an automotive service technician differs quite a lot, and hence also their didactic training equipment.

Below a few common skills areas in no particular order to demonstrate this:

  • Electrical skills
  • Welding skills
  • Plumbing skills
  • HVAC maintenance skills
  • Woodworking skills
  • Construction management skills
  • Metalworking skills
  • Machining skills
  • Computer-aided drafting
  • Industrial maintenance skills
  • Automotive maintenance skills
  • Aviation maintenance skills

Desired knowledge level

The second way to differentiate technical training systems has to do with what level of knowledge they are designed to transfer. For example, both a future power engineer who will design renewable energy systems and a solar panel installation technician will have to learn about solar panels with hands-on didactic tools. However, the curricular content and the type of exercises which the students will go through will differ accordingly:

  • Vocational: focus on installation works, safety & trouble shooting
  • Engineering: focus on theoretical knowledge, understanding of principles and product design

Based on producer

Thirdly, there exists >250 different producers of technical training systems worldwide, some smaller and niched towards a specific technology or a specific set of skills to be learnt, others covering a broad range of technologies and skills, but sometimes lacking in specialization. With such a plethora of producers it’s not hard to understand that their products and didactic approaches have various degrees of effectiveness in knowledge transfer and successful skills attainment.

 

Common Features of Technical Training Equipment

Most technical training systems have a few common features, such as hardware, software and curriculum content. While its accurate to say that these are common features, they often differ substantially. Since many teaching environments and student populations differ, is a good thing to have a plethora of choice. On the other hand, it can make it hard to find the best solution for each customer, below a few notes on each feature.

Hardware or Equipment:

The training equipment used for teaching specific skills most often mimic industrial processes, installations, tools or machinery, but in a smaller format. This allows for all relevant scenarios to be taught in a realistic setting, but for a smaller cost than a full industrial system. Most renowned producers use industrial parts where relevant, while some choose to scale back on costs to meet the budgetary restrictions of their customers.

Sometimes producers differ between a demonstrational unit kept for the instructor in front of the classroom, and equipment kept on each student desk for providing a hands-on experience. Some training equipment is small enough to place on a desktop, while others need a full container size space in a classroom, laboratory or a training center. Most technical training systems have a standard model, but since they are produced to order, they can often change specifications according to the customer needs.

Software:

Most technical training systems today has varying degrees of digital integration, depending on which producer, and which industry and skills it is aiming to train with for. Few training products do not have any digital integration (not needed), some come with sensors to capture output data only, while others have full software suites, control panels, PLC’s, API’s, embedded systems, or digital twins with added benefits of simulation etc.

The trend of training equipment is following the trend in society in general, where devices increasingly are becoming connected and digitalized, which also increases the expectations on digital savviness of the learners. Read more on future trends further down.

Curriculum content:

The curriculum content for technical training systems is always based on the didactic philosophy of the producer. This varies greatly between not only the top of the range and the budget versions, but also between the best producers.

On the lower end of didactic support, the customer can expect a user manual and a list of experiments or fault simulations delivered on a pdf. On the top-of-the-range the customer can expect full course curriculum including student and teacher materials covering theory & practice, individualized learning, digital platforms and assessment tools.

In many cases, effective training comes down to the didactic approach, the learning methods and the supporting materials. As one well-known producer puts it: “It’s not about the device, it’s about the theory and didactics behind it.”

 

Benefits of using Technical Training Equipment

The importance of properly structured hands-on training has been historically recognized by both eastern and western cultures:

“Tell me and I forget. Teach me and I remember. Involve me and I learn.”

Benjamin Franklin / Confucius

There are various different benefits to using technical training systems, especially for skills associated to hands-on professions described earlier, let’s explore a few of these benefits below.

Content Retainment

Various studies show that when a learner gets to apply what they have learnt in a hands-on manner to a practical setting, the retainment of the course materials will stick much longer, than if the content will only be taught in a theoretical manner.

Increased Engagement

When there is a practical learning environment, students pay better attention, are more engaged and willing to learn. There is nothing better to keep students engaged and stimulated than giving them ownership of their own learning experience.

Critical Thinking

Hand-on learning supports the development of critical thinking skills, since the student needs to decide about what to do next, to reach their desired outcome. As opposed to memorizing information for an exam, critical thinking skills will remain longer, and are highly sought after by employers, since it mimics the real world where employees will have to solve problems as they go.

Experienced Instructor

Learners who are using technical training systems in a hands-on approach are guided by an experienced instructor who has real world experience. This helps the learners to get a better understanding of what is expected from them by a future employer.

Workplace safety

All the practical careers mentioned earlier will require the students to handle tools and machines in their day-to-day job. Most workplace accidents involve the improper misusage of equipment, which is why it is important to learn how to safely handle such equipment.

 

Who uses Technical Training Equipment?

The normal customers of technical training systems worldwide differ from schools, colleges, universities, research institutions, training centers, multinational companies etc. The focus of these institutions differs internationally, but generally we can assume the below:

  • Schools: technical training systems can sometimes be used already at middle school level but are more common in education for practical and technical vocational career paths at high school level.
  • Colleges & Polytechnics: many community colleges or polytechnics offer certificates, diplomas or bachelor’s degrees in practical technology-based skills training. These institutions focus on applied or experiential learning and invest into hands-on training centers equipped with necessary technical training systems.
  • Universities: the typical university laboratory is either under a natural sciences faculty or an engineering faculty. Since universities conduct both education and research, the focus is on theoretical knowledge rather than practical skills. Thus, the type of equipment that can be found in such laboratories are rather scientifical instruments, than technical training systems.
  • Training Centers: there also exists training centers for upskilling or reskilling the existing workforce. These training centers can be run by chambers of commerce, regional authorities, joint ventures or internally at multinational companies. Mostly they focus on hard skills with a high need for technical training systems.

 

Challenges with Technical Training Equipment

Using technical training systems do have a few challenges across its life cycle stages, namely: search and exploration, acquisition, operation, after sales support and disposal.

Cost Transparency

Technical training systems are almost always produced to order and do not have the global supply chains that customers have gotten used to in electronics, automotive or apparel industries. This means that pricing for each sale must be calculated based on a wide range of underlying parameters such as customer country, expected incoterms, expected support in commissioning, installment, and training, required warranty and after sales support.

Technical Support

Since most producers manage their oversea sales through a partner network of distributors, often the distributors are responsible for the localized support in any specific country and language. This puts a lot of responsibility on the distributor to act in the long-term interest of their customers rather than short term interest to win business and optimize for low costs. It is safe to say that there is a great disparity in both the intentions, experience and skills among distributors worldwide. Some are particularly good, others much less so.

 

Trends in Technical Training Equipment

A traditional training system includes hardware, software, and content. So, what are the different trends in technical training systems? Mostly we can see trends associated to the rise of new digital solutions which are integrated with traditional training systems to save both time and money.

Computer Simulations

Some companies have digitalized their technical training systems into computer simulations or digital twins. This allows for a cost-effective approach to training.

Simulations are often adopted as a remote learning solution, preparing students with the tools, labs, and machinery from home before they get to use them in a real live setting.

Another use-case is to divide students into groups rotating between first running simulations before later optimizing their time at the equipment.

Virtual Reality & Augmented Reality

Virtual Reality (VR) and Augmented Reality (AR) are often together referred to as XR. The last few years we have seen an increasing trend to use XR in training for various types of skills. The benefit is that it can be cost effective, while the drawback is that it does not always provide a true hands-on experience.

We expect the field of XR to mature and become more realistic over the next decade. As it does so further, the technology will grow and get adopted as a complement to traditional hands-on systems. Maybe one day it will even displace traditional systems, but that all depends on how realistic they can become.

Remote Access Equipment

As a response to Covid19 some producers have started to allow for remote operation of their technical training systems from home. This means that students and learners can remotely operate the real live equipment in the lab of their educational institution, essentially to make experiments from home.

Whether remote access to live equipment will catch-on, we expect will depend on its relative benefits to software simulations and XR solutions. Stay tuned for an in-depth blog post in 2021 comparing these three solutions further.

 

How to Buy Technical Training Equipment

There are lots of things to keep in mind during the whole search and acquisition process. Below we will give you and overview, but we have also written a full and exhaustive article packed with tips and ideas, available here: Training Systems: how to search and evaluate

Baseline Analysis

Any purchasing activities should have a solid foundation of a baseline analysis which covers the following:

  1. Training Needs Analysis (type of jobs which will be in demand)
  2. Job Analysis (which tasks needs to be performed)
  3. Identification of Competencies (what learners need to learn)
  4. Competency Development Framework (learning areas, verifiable to standard level)
  5. Development of Curriculum & Training Programs (translated into curriculum and teaching materials, including choice of Technical Training Systems)

Establishing Important Parameters

Before the search there are various important parameters to establish, below a few points that will be important in most acquisition scenarios.

  • Available budget
  • Language requirements
  • Pre-sales support needs
  • Installation & training needs
  • After sales technical support
  • Technical requirements
  • Clear product descriptions
  • Effectiveness of knowledge transfer
  • Workload on educator
  • Product delivery time

Searching for and Comparing Technical Training Systems

There are various ways to search for and find technical training systems and they all have their own benefits and drawbacks.

  • Reach out to peers
  • Read up on industry news
  • Visit trade fairs
  • Producer websites
  • Contact a local distributor
  • Contact a producer
  • Hire a consultant
  • Use an aggregator (online marketplace) such as Edquip

 

How to use Edquip

Edquip is an online marketplace for technical training systems, also sometimes referred to as an aggregator since it pools equipment from different and competing producers. The website has been designed to save time and money for educators, trainers, professors, and administrators who are searching for and exploring technical training systems.

If you prefer, you can also see a video, there is a link available from the header.

Search

Its very easy to search and find technical training systems at Edquip, you can either make a text search, or you can browse different product categories, both options from the home page. You can then narrow down your search by applying different filters, such as sub-categories, content language, warranty offered etc. Each product has a product page with product pictures, videos, descriptions, technical specifications, and different attributes.

Compare

Any products can be added to the product comparison, this becomes particularly useful when you want to compare similar products from different producers. The product comparison page makes it very easy to compare products based on different underlying parameters such as content language, country of origin, customer rating, warranty etc.

Request

From the comparison page you can request a quotation simultaneously for 2-5 products, straight from the producers of these products. You will have to sign up (or login) and fill out two different types of forms. The first form is general information which will help the producer to give you an accurate quotation, such as which country you are from, when you want the system delivered, if you need help with installation and training etc.

The second form is specific information about you, which Edquip will use to verify and validate your request before its shared with the producers, such as name, organization and contact info. We never share this info with the producers until you approve, which typically happen after you have decided which product you prefer and which company you would like to work with.

Review

You can always read other educators reviews and ratings of different technical training systems. The reviews are open-ended and contains qualitative information, while the ratings are quantitative ratings of different parameters related to student knowledge attainment or educator’s workload. If you have used any of the listed products in your own training center, then feel free to submit a review to help other educators in their acquisition process.