Design and simulation of pneumatic systems
and electropneumatic

Our training rooms and laboratories provide the opportunity work on industrial pneumatic components most popular manufacturers:

• Parker, ORIGA Parker, Festo, Rexroth, Pneumax/Rectus, PIAB, NORGREN, BIMBA Pneumatics, SMC (in the field of pneumatic and electropneumatic control and actuator systems)
• IFM, BALLUFF, Relpol, SIEMENS, Pneumax (in the field of industrial sensors, relay systems, control systems and valve islands)

During practical sessions, we utilize a variety of training stations. Depending on the level of training, we provide the following equipment to our students:

• actuators: single- and double-acting actuators, rodless linear actuators, grippers, multi-position shuttle tables with end-position damping, standardized multi-position actuators
• 3/2, 5/2, 5/3 type spool valves (manually, mechanically, pneumatically activated)
• check valves and non-return throttle valves, quick drain valves, throttle valves, pressure reducing valves, safety valves
• logic valves
• pneumatic time valves
• elements of vacuum technology
• sensors (optical, inductive, capacitive)

• monostable and bistable buttons
• relays (enabling the synthesis of indirect valve control systems)
• multifunction time relays
• visual and acoustic indicators of operating status
• pneumatic counter
• valves for installation on panels
• passive sensor input concentrators and pneumatic actuator reed switches

• actuators: single- and double-acting actuators, rodless linear actuators, grippers, multi-position shuttle tables with end-position damping, standardized multi-position actuators
• 3/2, 5/2, 5/3 type spool valves (manually, mechanically, pneumatically and electrically activated)
• check valves and non-return throttle valves, quick drain valves, throttle valves, pressure reducing valves, safety valves
• logic valves
• pneumatic time valves and pneumoelectric transducers
• proportional pressure regulators
• elements of vacuum technology
• sensors (optical, inductive, capacitive)
• monostable and bistable buttons
• relays (enabling the synthesis of indirect valve control systems)
• multifunction time relays
• visual and acoustic indicators of operating status
• pneumatic counters
• valves for installation on panels
• passive sensor input concentrators and pneumatic actuator reed switches

During training, we also demonstrate how to use a leak detector in pneumatic systems. Our tool is the Leakshooter – an ultrasonic leak detector with a built-in camera.

It allows for the detection of leaks in any pressurized gas. It is also suitable for negative pressure (vacuum) systems. The camera allows for precise location of the leak thanks to a color-changing indicator. A photo can be taken at the leak location and then downloaded to a computer for further use.

• cross-sections of pneumatic system components
• rare items and parts

We use software during classes Fluid-SIM P from FESTO used to learn the principles of design and simulation of pneumatic and electropneumatic control systems

Each pneumatics and electropneumatics course divides the lessons into theoretical and practical sections. Practical exercises can only be effective and bring the desired results if conducted in appropriate conditions. Larger training centers have their own laboratory facilities equipped with specialized assembly stations.

Each station is designed to allow the trainee to easily complete practical exercises. Participants also have access to cross-sections of pneumatic components and individual computer stations equipped with simulation software and current product catalogs. It's beneficial for training rooms to accommodate pneumatic components from the most popular manufacturers. This way, trainees can build the necessary resources to work with the same equipment in their future work.

Industrial pneumatics stations are organized in such a way that they can be used by people with different levels of advancement.

It's impossible to determine the exact number of participants for each course. The training center has no control over how many students will register for a specific course on a given date.

A reputable training center ensures that groups participating in pneumatics training are not too crowded; this is usually limited to 10 people.

Anyone who has participated in a technical course knows how important the instructor's attention and commitment are. With a large group, it would be impossible to demonstrate equal interest in all participants. Limiting the number of participants for each training session is also necessary for logistical reasons: each participant must have free access to a fully equipped training station. Otherwise, the effectiveness of the practical sessions is significantly reduced.

The size of groups for closed training sessions is agreed individually with the client.

Obtaining a certificate isn't a goal in itself, but it's highly valuable for every student. A document issued by a training center confirms participation in the course and attests to the skills acquired during the course. It typically comes in two copies—one in English and one in Polish—so it can be used abroad. The certificate should include the student's name, the name, date, and location of the course, and the training center's stamp.

A certificate obtained after training in pneumatics or industrial electropneumatics contains a detailed course syllabus. This provides potential employers with reliable and specific information about the recruit's professional competencies. It's also worth remembering that the more reliable the training center, the greater the prestige of the certificate. Always check whether the company implements a Quality Management System that complies with the relevant standards. One of the most trusted certification bodies is TÜV Nord.

The level of difficulty of the course depends on the participant's current knowledge and skills. Only undertake the pneumatic systems design and simulation training if you are confident in your knowledge of the fundamentals of industrial pneumatics and electropneumatics. This will facilitate the understanding of the topics covered during the training.

The course on the design and simulation of pneumatic and electropneumatic systems covers three important thematic blocks: the structure and operation of control systems, methods of system design and implementation in simulation software analyzing control systems, and the application of logic in the construction of control systems.

The effectiveness of a course also depends on the level and quality of training. If students have access to specialized knowledge in the pneumatics industry and are given the opportunity to verify their acquired knowledge in practice, learning electropneumatic control will be much faster and easier.

Currently, the greatest market value belongs to those employees who possess the highest competencies and experience in a given industry. Industrial pneumatics training helps you acquire both – it guarantees knowledge that meets current employer requirements and allows for direct contact with pneumatic systems and systems.

Outside of technical studies, pneumatics training is the only way to build a solid foundation for your skills. An employer who sees a certificate of completion from a reputable training center can conclude that the candidate possesses valuable theoretical knowledge and a solid practical foundation. Some employers explicitly state during the recruitment process that completing a course at a given training center would be a significant advantage.

Industrial pneumatics training builds a solid knowledge base and prepares the student for further development. When looking for technical courses, always choose those that offer the most practical exercises. This is the only way to get closer to a worthwhile and well-paid job.

It might seem that students already have a wealth of knowledge and don't need additional training. Nothing could be further from the truth – participating in a specialized course allows you to acquire unique skills and significantly increases your competitiveness in the job market.

Some training centers offer special pricing for students. Discounts on industrial pneumatics training courses can include up to 50% off. This is both an incentive and a unique opportunity to complete a prestigious technical course in such a favorable setting.

Knowledge acquired through academic study is important, but it doesn't always meet all employer expectations. Therefore, participating in training that involves hands-on experience with real-world pneumatic systems will be invaluable.

The potential of training is enormous, so its price must be adequate to both the quality and the potential opportunities it offers.

Currently, a 3-day industrial pneumatics training course costs approximately 2000 PLN (net). This is a reasonable price considering the breadth of knowledge and unique skills each participant gains during the course.

Anyone planning to participate in a basic industrial electropneumatics course should expect a similar cost. As with pneumatics courses, if the center guarantees a high level of instruction, practical experience in modernly equipped laboratories, and a wealth of additional educational materials, the price is entirely reasonable.

It is also worth remembering that each course is an investment in your own development and a great opportunity to increase your professional qualifications.

One of the goals of the Basic Industrial Pneumatics training is to teach participants how to read diagrams of pneumatic control systems. On the first day of the course, the instructor introduces participants to the symbols used to graphically represent pneumatic components and teaches them the basic principles of diagram reading. Students then apply their acquired knowledge in practice, using diagrams they also create themselves to develop real-world systems.

Each participant who demonstrates commitment and willingness to learn will complete the training with the ability to read pneumatic diagrams and the knowledge to apply them to a real system.

Self-study is important and valuable, but it should never be separated from practical experience. An online course—in the case of industrial pneumatics—cannot teach the expected skills and, therefore, will not prepare us for working with real-world pneumatic systems.

During traditional pneumatics training, we are provided with all necessary training materials and have the opportunity to work in a specialized laboratory, at individual stations, and with specialized simulation software. At every stage of the course, we can also benefit from the invaluable knowledge of the instructor, who not only shares his experience but also answers students' questions and concerns. Such interaction is rarely possible during online courses.

It's not a mistake to pursue industrial pneumatics knowledge on your own. However, self-study should be considered preparation and a prelude to a proper course – conducted in appropriate conditions, under the supervision of a trained professional, and consolidating the knowledge acquired during the course.