Courses new overview
This is a simple example of a Tablepress implementation. Check.
| Course provider | Course title | NLQF level | Domain | Category |
|---|---|---|---|---|
| High Tech Institute | Advanced Feed Forward Control | 7 | Mechatronics | ECP2 |
| High Tech Institute | Applied Optics | 6 | Optics | ECP2 |
| Holland Innovative | Design for 6sigma Green | 6 | Reliability | ECP2 |
| Mikrocentrum | Design Principles for Precision Mechatronics | 6 | Mechanical Engineering | ECP2 |
| Mikrocentrum | Eindige Elementen Methode | 6 | Mechanical Engineering | ECP2 |
| High Tech Institute | Experimental Techniques in Mechatronics | 7 | Mechatronics | ECP2 |
| High Tech Institute | Mechatronics system design - part 1 | 7 | Mechatronics | ECP2 |
| High Tech Institute | Mechatronics system design - part 2 | 7 | Mechatronics | ECP2 |
| High Tech Institute | Metrology and Calibration of Mechatronic Systems | 7 | Mechatronics | ECP2 |
| Mikrocentrum | Optica | 5 | Optics | |
| High Tech Institute | Dynamics & Modelling | Mechanical Engineering | ECP2 | |
| High Tech Institute | Thermal effects in mechatronic systems | 7 | Mechanical Engineering | ECP2 |
| High Tech Institute | Passive damping for high tech systems | 7 | Mechatronics | |
| High Tech Institute | Modern optics for optical designers - part 2 | 7 | Optics | ECP2 |
| High Tech Institute | System Architect(-ing) | 7 | Systems Engineering | ECP2 |
| High Tech Institute | Ultra-clean vacuum | 7 | Mechanical Engineering | ECP2 |
| Mikrocentrum | Tribology | 7 | Mechanical Engineering | ECP2 |
| Holland Innovative | RF1 Life Data Analysis and Reliability Testing | 6 | Reliability | ECP2 |
| Mikrocentrum | Green Belt | 6 | Reliability | |
| DSPE | OMSD | 6 | Mechatronics | ECP2 |
| TU Delft | AI in manufacturing | 6 | Manufacturing | |
| High Tech Institute | Motion Control Tuning | 7 | Mechatronics | ECP2 |
| High Tech Institute | Actuation and Power Electronics | 7 | Mechatronics | ECP2 |
| Mikrocentrum | Advanced Optics | 6 | Optics | ECP2 |
| High Tech Institute | Machine Vision for Mechatronic Systems | 6 | Mechatronics | ECP2 |
| High Tech Institute | Modern Optics for Optical Designers - part 1 | 7 | Optics | ECP2 |
| High Tech Institute | Advanced Motion Control | 7 | Mechatronics | ECP2 |
| High Tech Institute | Advanced Mechatronic System Design | 7 | Mechatronics | ECP2 |
| High Tech Institute | Design Principles for Precision Mechatronics | 7 | Mechanical Engineering | ECP2 |
| Holland Innovative | FMEA Facilitator Training | 7 | Reliability | |
| Holland Innovative | One Day Workshop Root Cause Analysis | 7 | Reliability | |
| Holland Innovative | One Day Workshop Reliability | 7 | Reliability | |
| Holland Innovative | RF1 Life Data Analysis and Reliability Testing | 7 | Reliability | |
| Holland Innovative | RF2 Analytical Methods & System Reliability | 7 | Reliability | |
| Holland Innovative | RF9 Physics of Failure | 7 | Reliability | |
| Holland Innovative | RF10 Statistical Engineering | 7 | Reliability | |
| Holland Innovative | RF12 Electronics Reliability | 7 | Reliability | |
| Holland Innovative | MT 1 Fundamentals of Medical Device Development | 7 | Medical Tech | |
| Holland Innovative | MT3 In Vitro Diagnostic Medical Devices - Getting started with CE Certification | 7 | Medical Tech | |
| Holland Innovative | MT 2 Getting Started with CE Certification of Your Medical Device | 7 | Medical Tech | |
| Holland Innovative | MT4 Software as Medical Device - Getting started with CE Certification | 7 | Medical Tech | |
| Holland Innovative | MT6 MDR & IVDR for Suppliers | 7 | Medical Tech | |
| Holland Innovative | MT7 Voice of the Customer | 7 | Medical Tech | |
| Holland Innovative | MT8 | 7 | Medical Tech | |
| Leidse Instrumentmakers School | Manufacturability course | 4 | Manufacturing | |
| Leidse Instrumentmakers School | Milling base course | 3 | Manufacturing | |
| Leidse Instrumentmakers School | Lathe base course | 3 | Manufacturing | |
| Inventas | Geometric dimensioning and tolerancing | 6 | Mechanical Engineering | |
| Inventas | Design principles for high precision | 7 | Mechanical Engineering | |
| Inventas | Design principles for mechanical engineering | 7 | Mechanical Engineering | |
| Inventas | Aluminium technology | 6 | Mechanical Engineering | |
| Inventas | Designing in composite materials | 6 | Mechanical Engineering | |
| Inventas | Design for manufacturing | 6 | Mechanical Engineering | |
| Inventas | Engineering dynamics | 7 | Mechatronics | |
| Inventas | Finite element method | 7 | Mechanical Engineering | |
| Inventas | Geometric measurement techniques | 6 | Mechanical Engineering | |
| Inventas | Lifting equipment design | 6 | Mechanical Engineering | |
| Inventas | Leadership in technical teams | 7 | Management | |
| Inventas | Machine dynamics | 7 | mm | |
| Inventas | Mechanical simulations | 7 | Mechanical Engineering | |
| Inventas | Mechanical vibrations | 7 | Mechatronics | |
| Inventas | Multibody dynamics | 7 | Mechatronics | |
| Inventas | Strength calculations | 6 | Mechanical Engineering | |
| Inventas | Advanced strength calculations | 6 | Mechanical Engineering | |
| Schout DfM | Design for Manufacturing | 6 | Product development |