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Kaylie Lau
Student
(1)
1
Portals
Categories
Artificial intelligence Engineering project management Hardware product design Machine learning Supply chain optimization

Skills

Near field communication 1 Non-disclosure agreement (intellectual property law) 1 Printed circuit board 1 Radio-frequency identification 1 Systems modeling 1

Latest feedback

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Alejandra Huerta, Ph.D.
Alejandra Huerta, Ph.D.
Co-Founder
April 6, 2022
Team feedback
Systems modeling Printed circuit board Radio-frequency identification Near field communication Non-disclosure agreement (intellectual property law)
Kaylie joined the project on short notice and grasped the objective quickly, doing research on how to code for Android and delivering code by the end of her project! She worked collaboratively with another student while acting as a reliable and respectful teammate. Kaylie was a fantastic addition to our team, and we're genuinely grateful for all her hard work!
Riipen Strategic Projects (1.5)
LEVEL UP: Multidisciplinary Projects
Riipen Strategic Projects (1.5)
Aim Colours
Hardware Development for Wearable Electronic in Beauty
Aim Colours

Achievements

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Project Participant
Issued by Riipen
The Project Participant achievement is awarded to learners who start their first project, demonstrating their commitment to putting learned skills to practice.
Jul 3, 2023

Recent projects

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Aim Colours
Aim Colours
Canada

Hardware Development for Wearable Electronic in Beauty

We are an early-stage startup focused on developing wearable technologies for beauty, currently looking to launch two products: (1) a customizable necklace and (2) press-on nails with LEDs powered through RFID. Customizable eInk necklace: We have developed a basic PCB prototype that requires further optimization. Students will receive all the documentation from the current prototype and will be asked to optimize the system so it can receive the images through NFC at a much faster rate. LED press-on nails powered with RFID: We are looking to develop active RFID bracelets that can light up the NFC-powered LEDs on our press-on nails. The bracelets would have an on/off/intermittent mode and a rechargeable battery. The range of the RFID should be sufficient to reach the fingernails. Alternative versions to the bracelets, such as rings, can be considered based on a study of the range and power of the RFID signal. * NDA's and waivers will be required from the interns undertaking this project.

Matches 1
Category Mechanical engineering + 3
Closed