Clue Competition: New, Improved and More Frequent

October 18, 2018

Changes are coming to the CLUE (Community Lighting For The Urban Environment) competition. CLUE is an international lighting competition for students and young professionals supported by Signify Lighting Academy. The goal: to encourage and challenge young designers to develop innovative lighting concepts for interior and exterior spaces, stimulate challenging ideas and recognize individuals creating those ideas.

Here are the latest changes to the CLUE competition: 

  • CLUE is becoming bi-annual. The competition is becoming bi-annual, and the call for entries in the contest will remain open for a year.
  • CLUE prizes are even more valuable. The monetary prizes will remain the same, but a variety of prizes will be added in the contest. Winners will have a unique opportunity to visit Light and Building, the biggest trade fair for lighting and building services technology. Another great opportunity that comes with winning the prize is travelling to the Netherlands to visit the Signify company headquarters (formerly Philips Lighting).
  • CLUE brings more knowledge opportunities. Participants will have an opportunity to attend many interesting webinars related to their field and view discussions and debates on relevant topics and trends like lighting design, architectural lighting design, UX, IoT, co-creation and art.
  • CLUE wants to collaborate with you. In the future, CLUE will be reaching out to schools from around the world in search of talented and creative students. With the competition becoming bi-annual, there is now more flexibility for both students and Universities to participate throughout the whole year. The new timeline allows more people to contribute with their work in meaningful projects.

Find out more: www.cluecompetition.com.

Related Articles


Changing Scene


Design

  • LEDVANCE: Understanding Light Beam Angles

    LEDVANCE: Understanding Light Beam Angles

    Beam angle is important in lighting design. It determines how light spreads within a space and influences both functionality and atmosphere. By understanding beam angles, you can achieve both adequate coverage and visual appeal. This guide explains why beam angle matters, how it affects different types of lighting, where it is applied, and what to… Read More…

  • Canada Light Expo: Energy Efficient Lighting Solutions for Modern Businesses

    Canada Light Expo: Energy Efficient Lighting Solutions for Modern Businesses

    In today’s competitive business landscape, organizations are constantly seeking ways to reduce operational costs, improve sustainability, and foster productive work environments. Among the most impactful yet often overlooked areas of optimization is lighting. As businesses strive to balance profitability with environmental responsibility, energy efficient lighting has emerged as a strategic investment rather than just a utility… Read More…


New Products

  • Toronto LightWorks: Introducing Optico Neon 3D by LEDFlex Group

    Toronto LightWorks: Introducing Optico Neon 3D by LEDFlex Group

    Designed to deliver precise, uniform illumination across curved surfaces, Optico Neon 3D combines advanced dual-bending technology with integrated optics for exceptional architectural flexibility. Available in a range of colour temperatures, RGB, RGBW, and pixel-controlled options, it empowers designers to create striking visual experiences while maintaining exceptional light control. With an IP67-rated silicone-encapsulated construction and anti-glare… Read More…

  • SATCO|NUVO: Trimless Surface Mount Fixtures – 5” & 7” CCT Selectable

    SATCO|NUVO: Trimless Surface Mount Fixtures – 5” & 7” CCT Selectable

    SATCO|NUVO’s LED Trimless Surface Mount Fixtures combine clean, modern aesthetics with versatile performance for a refined lighting solution. Designed with a seamless, trimless outside edge, these fixtures deliver a sleek, low-profile look that blends effortlessly into the ceiling plane. A frosted lens ensures smooth, even light diffusion, while 5 CCT selectability (2700K–5000K) allows for easy… Read More…