
Design Research
Personalized Lighting in the Future City
Light plays a significant role in urbanization throughout human history. And as the number of people living in the cities has already exceeded half of the world's population, people are facing many challenges like poor infrastructure, social problems, etc. To overcome the burgeoning populations, lighting innovation is necessary.
This project presents a lighting system that integrates design strategy, system architecture, and product design as a solution to the challenges of a light and caring city. Using a co-working space as the concept demonstration, the project introduces the Personalized Intelligent Connected Lighting System including five-layer ruleset (which integrates a human's biological clock, weather effects, shared space occupancy, activities performed, and custom settings made by users), two luminaire designs, and their application and installation.
This project is a graduate thesis and collaborative research with MIT Design Lab and Philips Lighting. Part of the content is presented in an interactive website. The full thesis is downloadable at the end of the website.
Client /
Philips Lighting / Signify
MIT Design Lab
Role /
Integrated Design
Team /
Kamin Phakdurong
Year /
2017–2018

Design Research
Personalized Lighting in the Future City
Light plays a significant role in urbanization throughout human history. And as the number of people living in the cities has already exceeded half of the world's population, people are facing many challenges like poor infrastructure, social problems, etc. To overcome the burgeoning populations, lighting innovation is necessary.
This project presents a lighting system that integrates design strategy, system architecture, and product design as a solution to the challenges of a light and caring city. Using a co-working space as the concept demonstration, the project introduces the Personalized Intelligent Connected Lighting System including five-layer ruleset (which integrates a human's biological clock, weather effects, shared space occupancy, activities performed, and custom settings made by users), two luminaire designs, and their application and installation.
This project is a graduate thesis and collaborative research with MIT Design Lab and Philips Lighting. Part of the content is presented in an interactive website. The full thesis is downloadable at the end of the website.
Client /
Philips Lighting / Signify
MIT Design Lab
Year /
2017–2018
Role /
Integrated Design
Team /
Kamin Phakdurong