- The Engineering Training Center
- Live ON-LINE trainings
- ON-LINE trainings
- FAQ ON-LINE trainings
- On-site courses in Poland
- Mechanical Engineering
- Industrial pneumatics
- Power Hydraulics
- Stationary hydraulics
- H1 Power hydraulic components and systems - construction and operation
- H2 Hydraulic drives and control systems in machines and devices
- H3 Proportional hydraulics and electrohydraulics
- H4 Servo-hydraulic drives and control systems
- H5 Diagnostics, maintenance and repairs of hydraulic devices and systems
- H6 Design of hydraulic drives and control systems
- H7 Energy efficiency of hydraulic drives
- H8 Servo-hydraulic drives: modeling, identification, control.
- Mobile hydraulics
- HM1 Mobile hydraulics in machines and devices
- HM2 Drives and control systems in mobile hydraulics
- HM3 Basics of IQAN control system
- Hydrotronics
- HT1 Mobile hydraulics in machines and devices
- Laboratory
- Teaching aids
- Training courses in operating and programing CNC lathe and milling machines
- Training for CNC programmers and operators
- CNC1 Operating and programing CNC lathe and milling machines
- CNC2 Design of technological processes - CNC technologist
- CNC3 Writing programms for CNC machines - CAM Programmer
- CNC4-P Operating and programing CNC machines with HEIDENHAIN controller
- CNC4-Z Advanced operation and programming of CNC machine tools with HEIDENHAIN control
- Specialized training
- CNC5 Programming and operation of CNC machines with FANUC control system
- CNC6 Operation of CNC numerically controlled machines with SINUMERIK control system
- CNC7 Programming and operation of CNC machines with MAZATROL control system
- CNC8 Operating and programing CNC machines with OKUMA controller
- CNC9 Operating and programing CNC machines - tailored training
- CNC laboratory
- Conventional machine tools
- Mechanical engineering
- Maintenance
- PKM1 Basics of machine construction for mechanics
- PKM2 Design and exploitation of bearings
- PKM6-UR Vibratory feeders for maintenance department employees
- Engineers
- PKM3 Technical drawing
- PKM4 Geometric dimensioning and tolerancing : ISO – ASME/GD & T
- PKM5 Basics of machine construction for construction engineers
- PKM6-K Designing vibratory feeders
- Mechanical engineering laboratory
- Machine diagnostics
- Production quality
- Quality management
- ZJ1 Quality management for production improvement and development
- ZJ2 Problem Solving – how to solve organization problems according to the 8D Method and the A3 Report
- ZJ3 Tools in Quality Management - Core Tools in practice
- ZJ4 Statistical Process Control (SPC) with Measurement System Analysis (MSA)
- ZJ5 APQP/PPAP - Advanced Product Quality Planning with PPAP Approval
- ZJ6 Internal auditor of management systems - simulation game
- KJ4 SPC - Statistical Process Control
- Metrology
- Analysis of measurements
- Visualization and control systems
- Electrical engineering and automation
- SIEMENS S7-300/400
- PLC1 PLC SIEMENS SIMATIC S7-300/400 programming - basic course
- PLC2 PLC SIEMENS SIMATIC S7-300/400 programming - advanced course
- PLC3 PLC SIEMENS SIMATIC S7-300/400 - diagnostics
- PLC4 PROFIBUS DP - SIEMENS SIMATIC S7-300/400 communication
- PLC5 S7-GRAPH sequence programming
- PLC6 S7-SCL programming
- PLC laboratory
- SIEMENS S7 Migration STEP 7 - TIA Portal
- SIEMENS S7-300/400 TIA Portal
- SIEMENS S7-1500 / S7-1200 TIA Portal
- TIAM2 Operating and programming S7-1500 TIA Portal controllers for STEP7 users
- TIA1200-1 SIEMENS SIMATIC S7-1200 TIA Portal programming - level 1
- TIA1200-2 SIEMENS SIMATIC S7-1200 TIA Portal programming – level 2
- TIA1500-1 SIEMENS SIMATIC S7-1500 TIA Portal programming - level 1
- TIA1500-2 SIEMENS SIMATIC S7-1500 TIA Portal programming – level 2
- TIA-OPT Good programming practices in SIEMENS SIMATIC S7-1500 / S7-1200
- SAF1500 Programming and designing in STEP 7 Safety Advanced in SIMATIC Safety Integrated S7-1500 controllers
- PLC laboratory
- SIEMENS Safety Integrated
- HMI/SCADA
- Industrial networks
- SP1 AS-interface
- SP2 PROFIBUS DP diagnostics
- SP3 PROFInet
- SP3-TIA PROFINET in TIA
- SP4 CAN and CANopen
- SP5 Automation systems AS-I/S7 integrator
- SP6 Industrial Ethernet in practice
- SP7-TIA NEW Use of OPC UA protocol in Siemens TIA Portal
- PLC4 PROFIBUS DP - SIEMENS SIMATIC S7-300/400 communication
- Industrial networks laboratory
- SIMATIC PCS7
- CODESYS
- Drive systems
- NAP1 Basics of drive systems
- SIEMENS drive systems
- TNS1-TIA Siemens Sinamics G120 in TIA Portal - configuration, starting and diagnostics
- TNS1 SIEMENS Sinamics G120
- TNS2 SIEMENS Micromaster 4
- TNS3-TIA Siemens Sinamics S120 in TIA Portal - configuration, starting and diagnostics
- TNS3 SIEMENS Sinamics S120 - configuration, diagnostics
- TNS4 SIEMENS Simotion - configuration, diagnostics
- Industrial sensors
- MITSUBISHI
- C/C++ Programming
- Material engineering
- Plastics
- Properties and tests
- TS1 Plastics and their properties
- Design
- TS2 Designing components made of plastics
- TS4 NEW Selection of engineering materials in the design of injection and pressure molds
- TS5 Designing injection molds
- Processing of thermoplastics
- TS3 Thermoplastic injection molding for operators
- TS4 Plastics processing - extrusion
- TS7 Blow Moulding
- Tool shop and technical service
- TS6 Injection molding machine operation
- Material engineering laboratory
- Polymer composites
- 3D printing
- Heat treatment
- Plastic forming
- Casting Technologies
- Resistance welding
- Machinery safety
- Standards and directives for machinery
- BM1 The assessment of conformity of machines and devices against the requirements of applicable directives (terms of CE marking)
- BM2 Machine and device operation (according to 2006/42/WE and 2009/104/WE directives)
- BM3 Pressure Equipment Directive (PED) requirements - 2014/68/UE
- BM4 The construction and operation of technical devices applied in potentially explosive atmospheres (requirements of directives ATEX (2014/34/EU) and Ex (1999/92/EC))
- BM5 Declaration of conformity and CE marking (requirements of directive 2014/35/EU and related regulations)
- Safety Systems
- Optimisation of production processes
- Total Productive Maintenance
- TPM1 Maintenance management according to TPM
- TPM2 Maintenance management according to TPM - level 2
- TPM3-P TPM Leader: how to manage maintenance department - basic course
- TPM3-S TPM Leader – Supervision, coaching and the most current behaviorist methods
- TPM3-Z TPM Leader: how to manage maintenance department - advanced course
- TPM4 Process optimization in maintenance departments
- TPM5 Statistical methods in TPM
- TPM6 Developing KPI factors in Maintenance Departments
- TPM7 Cost management in a Maintenance Department
- SMED Methodology
- FMEA Methodology
- FMEA1 Machinery Failure Mode and Effects Analysis
- FMEA2 Process failure mode and effects analysis (4th edition, June 2008 by AIAG)
- FMEA3 Design Failure Mode Effects Analysis (4th edition, June 2008 by AIAG)
- FMEA4 FMEA for Monitoring and System Response (1st edition by AIAG & VDA QMC, June 2019)
- FMEA5 Process failure mode and effects analysis (1st edition by AIAG & VDA QMC (5th by AIAG), June 2019)
- FMEA6 Design Failure Mode Effects Analysis (1st edition by AIAG & VDA QMC (5th by AIAG), June 2019)
- FMEA7 Developing emergency, critical plans (including energy), using FTA, Failure Tree Analysis
- Lean manufacturing
- Managing a manufacturing plant
- Leadership competencies in a manufacturing plant NEW
- Industrial project management NEW
- SIEMENS PLM
- SIEMENS NX
- NX CAD1 Basic course
- NX CAD2 Intermediate course
- NX CAD3 Migration course
- NX CAD4 Advanced course
- NX CAM1 Basic course
- NX CAM2 Turning
- NX CAM3 Milling
- NX CAM4 Multi-axis milling
- NX DW NX Die Wizard - Die tools
- NX SM Sheet metal
- NX D Drafting
- NX MFF Freeform Modeling
- NX AS Advanced Simulation
- NX LM Laminat Modeling
- NX MS Motion Simulation
- NX NX Selection
- SIEMENS Solid Edge
- EMT TOUR
- List of EMT Tour workshops
- TOUR-7 Practical aspects of pneumatic systems’ diagnostics
- TOUR-6 TIA Portal - integrated design environment
- TOUR-5 Industrial networks and communication interfaces -PROFInet, PROFIbus, AS-Interface and IO-Link
- TOUR-4 Functionality of the latest CNC systems and modern machine tools
- TOUR-3 Modern SIEMENS drive technologies in practical industrial applications
- TOUR-2 Practical aspects of machine safety encountered in engineering practice
- TOUR-1 Elements of power hydraulics and industrial pneumatics in the context of the Office of Technical Inspection
- Engineering services
- Specialist testing services
- Measurements
- POM1 Non-contact deformation measurements – video extensometers
- POM2 Non-contact deformation measurements – laser scanner
- POM3 Contact deformation measurement
- POM4 Micro-resistance measurements
- POM5 Kinematic quantities measurements in rapidly changing phenomena
- POM6 Thermal imaging measurements
- POM7 Measurements with coordinate-measuring machine
- Diagnostics of hydraulic systems
- Design services and manufacture
- CAD-aided design
- PRJ1 Designing mechanical and mechatronic systems
- PRJ2 Designing housings and surface structures
- PRJ3 Designing assembly machines
- PRJ4 Modeling and creating CAD documentation
- PRJ5 Designing and modifying hydraulic systems
- PRJ6 Adapting hydraulic systems to the required safety category
- PRJ7 Designing industrial automation systems
- DH5 Supervision of the production process and launching of hydraulic systems
- DH6 Technical support with regard to hydraulic systems
- Manufacture
- RP1 Rapid Prototyping
- KMP1 Manufacture of elements made of composites
- PRO1 Manufacture of machine elements
- PRO2 Manufacture of industrial pneumatic elements
- PRO3 Manufacture of power hydraulics elements
- PRO4 Manufacture of industrial electronics systems
- PRO5 Developing industrial software
- KON1 Technical supervision of the technical projects
- OPT1 Optimization of the process and parameters of spot welding
- Research and development equipment
- Testing systems