Collège Boréal
Collège Boréal
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Erwin Laverde
Apprenant.e.s
(1)
3
Portails

Compétences

Manufacturing processes 1 Manufacturing process management 1

Réalisations

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Community Builder
Émis par Riipen
The Community Builder achievement is awarded to learners who provided feedback to project partners at the conclusion of their project, helping to create a better experiential learning ecosystem for all participants.
avr 22, 2025
Work-Integrated Learner
Émis par Riipen
The Work-Integrated Learner achievement is awarded to learners who applied their skills to a real-world problem by completing a project for an external partner. These learners provided real benefit to businesses while developing experience.
avr 21, 2025
Project Participant
Émis par Riipen
The Project Participant achievement is awarded to learners who start their first project, demonstrating their commitment to putting learned skills to practice.
avr 8, 2025

Dernières rétroactions

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Jia Xi Chen
Jia Xi Chen
Employeur.euse
avril 22, 2025
Rétroaction de l'apprenant.e.s
Manufacturing processes Manufacturing process management
Working with the NorthWest Skills Institute has allowed us to access student talent for 2 weeks and gain some guiding insights on our additive manufacturing process. The students have put in impressive effort in a short period of time. We've only met with the students twice (for project kickoff & ending presentation), and I think the program should be structured longer to gain applicable value.
Canadian Advanced Manufacturing Leader
CAML Program – Cohort 5: 2-Week, 30-Hour Projects in Advanced Manufacturing
Canadian Advanced Manufacturing Leader
Morphace Skincare Wearables
Iterative 3D Printing Process Optimization for Morphace Healthcare Wearable Tech
Morphace Skincare Wearables

Projets récents

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Morphace Skincare Wearables
Morphace Skincare Wearables
Toronto, Ontario, Canada

Iterative 3D Printing Process Optimization for Morphace Healthcare Wearable Tech

The primary objective of this project is to iterate and optimize the 3D printing process of Morphace’s electronic mask device to enhance both its usability and manufacturing scalability. Specifically, the project aims to: Optimize 3D Printing Parameters: Identify and fine-tune printing parameters for flexible materials, using either 60A TPU, or propose other additive manufacturing alternatives like SLS, to ensure design reliability and material performance. Streamline Production for Scale: Refine the design and adjust printing settings to enable the efficient production and assembly of a batch of approximately 100 devices, ensuring that the manufacturing process is both cost-effective and scalable.

Jumelages 1
Catégorie Conception de produits matériels + 1
Fermé