Wilbert van den Eijnde is lector Smart Sustainable Manufacturing aan NHL Stenden Hogeschool. Zijn onderzoek richt zich op de vraag hoe technologie, vakmanschap en samenwerking bijdragen aan de transitie naar een slimme en duurzame maakindustrie. Daarbij combineert hij technische innovatie – zoals industriële automatisering, 3D-printen, model-based engineering, reliability en hybride leeromgevingen – met sociale innovatie rond Leven Lang Ontwikkelen.
Wilbert van der Eijnde
Lector Smart Sustainable Manufacturing
Onderzoeksgebieden:
Lectoraat Smart Sustainable Manufacturing
Plastics zijn unieke en veelzijdige materialen die ons helpen om gezond, veilig en warm te blijven. Van een hartkatheter en autogordel tot spouwmuurisolatie, een wereld zonder kunststoffen is moeilijk voor te stellen..
Projecten
Publicaties
- Data Management: Addressing Organizational, Regulatory, Ethical, and Technical Challenges within a Maturity Model Framework (in publication)
- Centre of Expertise verkleint kloof tussen onderwijs en industrie
- NHL Stenden en Nedcam versnellen innovatie met Skillslab 3DXL Composite Manufacturing
- Advancing Energy Efficiency in Motor-Driven Systems with Digital Skills Development Through a Novel Educational Framework
- Masterplan_SSI_SIH_1_1_.pdf
- Veranderend leren & werken in de industrie HBO Kennisbank
- conference paper ITHEC luxovious.pdf
- Smart Sustainable Manufacturing - passage in lectorenboek_def.pdf
- werkend leren in de DutchTechzone - HBO Kennisbank
- Skin Barrier Impairment due to the Occlusive Effect of Firefighter Clothing | Annals of Work Exposures and Health | Oxford Academic
- Full article: The load tolerance of skin during impact on artificial turf using ex-vivo skin as the readout system
- Skin injury due to artificial turf. The skin as a readout system
- NVVK info 2017-Congresbundel by VMN Media - Issuu
- Exploring the biomechanical load of a sliding on the skin: understanding the acute skin injury mechanism of player-surface interaction - The Journal of Sports Medicine and Physical Fitness 2017 September;57(9):1205-10 - Minerva Medica - Journals
- Identifying predictors of players’ perception regarding sliding friendliness and the overall field performance of artificial turf systems for soccer - Wilbert van den Eijnde, Renée Richters, Gert-Jan Kieft, Piet van Erp, 2017
- Combining tape stripping and non‐invasive reflectance confocal microscopy : an in vivo model to study skin damage - Peppelman - 2015 - Skin Research and Technology - Wiley Online Library
- Understanding the Acute Skin Injury Mechanism Caused by Player-Surface Contact During Soccer
- The potential of the skin as a readout system to test artificial turf systems: clinical and immunohistological effects of a sliding on natural grass and artificial turf - PubMed
- A method for assessing thermal comfort of shoes using a “sweating” foot | European Journal of Applied Physiology