Training courses
Are you a mechanical engineer, designer, technician, engineer, fitter, service technician or simply interested in hydraulics and looking for further training?
We offer a two-day course to provide you with the necessary knowledge in the field of hydraulics.
This course gives you the opportunity to deepen your specialist knowledge and acquire practical skills. Take part and benefit from our many years of experience in hydraulics.
Please note that the training courses are conducted in German.
Frequently asked questions
Yes. In customized workshops and practice-oriented training sessions, it is possible to incorporate your own specific systems, projects, or technical challenges. This allows the content to be aligned directly with the participants’ tasks and their practical work within the company.
Depending on the course, activities may include reading and creating hydraulic schematics, selecting and sizing components, and calculating hydraulic parameters. The analysis of typical faults can also be part of the training. In the H3 application course, participants additionally work on their own project tasks, such as creating hydraulic schematics, bills of materials, and system designs.
Generally, no extensive prior knowledge is required for the introductory course (H1). For H2 and H3, basic knowledge of hydraulics or practical experience is advantageous. GRIBI Hydraulics AG can tailor the training content to the participants’ existing knowledge level and professional responsibilities.
The courses are aimed at beginners, maintenance personnel, design engineers, service technicians, system operators, and production specialists. H1 covers the essential fundamentals, H2 provides in-depth knowledge, and H3 focuses on the practical handling of specific hydraulic tasks.
GRIBI Hydraulics AG offers an introductory course (H1), an advanced course (H2), and a practice-oriented application course (H3). The content ranges from the fundamentals to the planning, calculation, and design of hydraulic systems. In the H3 course, for example, participants work on their own project tasks and create hydraulic schematics, bills of materials, and system designs.
