Laboratorio LUCE

Laboratorio di Progettazione, illuminotecnica, fotometria e colorimetria. Dipartimento di Design

  • MASTER IN LIGHTING DESIGN & LED TECHNOLOGY
    MASTER IN LIGHTING DESIGN & LED TECHNOLOGY

    The Design School of Politecnico di Milano and POLI.design, offers the sixteenth edition of the Master’s degree in Lighting Design & LED Technology that gives 60 European Transfer System Credits (ECTS). More info.

  • MASTER IN COLOR DESIGN & TECHNOLOGY
    MASTER IN COLOR DESIGN & TECHNOLOGY

    The Design School of Politecnico di Milano and POLI.design, offers the third edition of the Master’s degree in Color Design & Technology that gives 60 European Transfer System Credits (ECTS). More info.

  • Lighting Design - Fundamentals and CAD - 13th edition
    Lighting Design - Fundamentals and CAD - 13th edition

    The thirteen edition of the course will present the fundamentals of lighting design and a specific software for the verification of the project. 27/09 - 30/04 2019. More info.

Light+Energy+Information: New design applications for Public networks

Title: Light+Energy+Information: New design applications for Public networks
Year: 2010 - 2012
Partners: Politecnico di Milano - Artemide - Danese - OxytechMicromac - Almeco - Eliante
Financing fund: ATP Project, Lombardy region
Keywords:
- Lighting product design
- Energy efficiency
- Lighting design
- Material innovation
- Thermal control
- Urban lighting
- User centered design

Description:
The subject of the research is about an integrated and innovative system of urban furniture and lighting fixtures for “Urban interiors” conceived as spaces where are represented new social, cultural and economic models, with a special attention to the aesthetical and perceptive qualities of the space and to the sustainability (both, economic, social and ecological). Laboratorio LUCE is involved in the first introductory and theoretical part of investigation and analysis about the definition of the problem and in the second step of the design of lighting systems. Another argument of research will be a benchmarking about the performance of LED lighting fixtures and optical systems as a theoretical study for the consequent design of lighting fixtures with multi-chip LEDs.