Are you an engineer who wants to develop an office environment that effortlessly provides the right lighting for the user in the most sustainable way? Are you eager to develop models that can facilitate the user's need by a smart lighting control system? Do you want to work in an exciting multidisciplinary team? We are looking for a talented and enthusiastic PhD candidate who can help to develop the insights needed for the office lighting of the future.
The Building Lighting (BL) group is seeking one enthusiastic, ambitious young researcher to work in our team as PhD candidate.
We challenge you to develop an adaptive lighting system that provides the right light at the right time according to the user's need in the context of an office environment.
We envision a simulation framework that accurately predicts the light (daylight and electric light) distribution on relevant surfaces within a space, using data from various sensors (e.g., weather data, occupancy profiles, indoor environmental parameters). By understanding the complete spatial light distribution indoors, the aim is to develop adaptive lighting solutions (e.g., automated shading systems, electric lighting control) that respond to real-time conditions and user needs contributing to sustainable and efficient lighting in buildings.
The anticipated outcomes include:
- A simulation framework for predicting spatial light distribution in interior spaces from sensor data.
- Input for an adaptive lighting systems that enhance energy efficiency and user comfort.
- Contributions to the broader research theme of "sustainable integrative lighting solutions," with a focus on lighting's impact on human health and well-being.
- This project will have implications for creating more sustainable, adaptive, and human-centered lighting systems in the built environment.
You will be working in the Building Lighting Group and have access to the facilities offered by Building Physics and Services Lab (BE).
Your research will take place in collaboration with the
Vitality Hub where, in collaboration with diverse academic and industrial partners, you can study and validate your concepts.