Results of second Light4health International Summer School announced

(Worldwide) – The project saw collaboration across six leading universities and architectural schools around the world.

The second International Summer School of worldwide project Light4health (L4H), held within the framework of the Erasmus+ Strategic Partnership grant programme, has ended.

The Summer School was organised and attended by representatives of leading international universities and European architectural schools in the field of lighting design, including Aalborg University (Denmark), Hochschule Wismar (Germany), KTH Royal Institute of Technology (Sweden), Thomas Jefferson University (USA), Creative Lighting Department ITMO University (Russia), and the University of Wolverhampton (UK).

Together with Prof. Dr. George Brainard and his lab from Thomas Jefferson University, the team sought to develop a novel educational course to teach health research methods and findings to lighting designers at the graduate level.

In connection with the coronavirus pandemic, classes were held in a remote format, hosted by Hochschule Wismar. The main subject of the online school for 2020 was “Lighting for Working and Educational Environments”.

The work was conducted in interdisciplinary international groups (39 participants in total), which included students from each partner university. Within its framework, participants comprehensively evaluated the lighting of four spaces on their respective campuses. This involved the analysis of natural and artificial light, and study of the effect of lighting on the daily rhythms of users. In the course of practical work, students identified and recorded in detail, all the characteristics of these rooms, so that the rest of the team who worked remotely, could accurately understand these spaces.

The classes lasted five weeks, and were divided into five modules. Each week was devoted to a specific topic that included a theoretical part, based on pre-recorded lectures, and practical tasks, concluding with a final presentation.

In module 1, the students were expected to measure/analyse visual qualities of daylight and artificial lighting using known lighting metrics. In the second module, they used the CIE toolbox to analyse SPD measurements and assessed the physiological impact of artificial lighting. In module 3, they evaluated lighting in given spaces via subjective impressions, and used ALFA software simulation and tools from previous modules. Finally, in the fourth module, students developed and tested a new lighting concept for improving users’ health, wellbeing and performance.

Four associated partners supported the L4H project with tools and expertise; Seoul Semiconductor, QLAB Laboratory of Light, Solemma and GL Optic. Seoul Semiconductor provided SunLike LED tunable task lamps for the lighting measurements on-site, and QLAB Laboratory of Light performed professional spectral and flicker measurements for these lights, to be used in DIALux calculations. Solemma provided a free yearlong ALFA license for all students and teachers, and GL Optic provided spectroradiometers and software, to be used throughout the project.

Despite the fact that the International Summer School was moved online, tutors made the remote classes in groups as comfortable as possible for participants. Students were able to discuss current issues in the field of lighting design with experts from different universities around the world without leaving their own homes. They were also able to participate in L4H on-the-job training at their universities. The project also allowed students to improve their communication skills. For this purpose, team members from different countries formed common chats for communication.

The revised format posed a number of new challenges for the summer school; for example, working remotely without meeting in person before, or choosing an appropriate time for discussion, due to the difference in time zones. In spite of these challenges, the final results produced by the students were assessed as extraordinary, and the overall experience has been considered a great success.

The third and final summer school within the framework of L4H will be held in Spring 2021, hosted by Aalborg University in Denmark. Held in an online format, the focus will me on “Lighting for Healthcare Environments” – an especially relevant topic in the context of the pandemic.

For more information on the Light4Health project, contact Asst. Prof. Dr. Karolina Zielinska-Dabkowska, the L4H project's principal investigator, at k.zielinska-dabkowska@pg.edu.pl.

www.light4health.net


Paul Traynor named Head of Light Bureau

(UK) - Traynor takes over from Zlatan Idnert as Head of Light Bureau.

Paul Traynor has, as of 1 January 2021, taken over as the new Head of Light Bureau, a part of AFRY, the company has announced.

Traynor is the founder of UK-based Light Bureau, which joined AFRY (then ÅF Lighting) in 2017, growing the team to about 100 designers. The whole lighting design offer of AFRY later assumed the brand Light Bureau.

"This is more than I imagined would happen three years ago when AFRY acquired Light Bureau, but the more I have thought about it, the more I value the opportunity of working with a great business to develop the brand to which I am forever committed," said Paul Traynor.

"Beginning with binding the cultures in our different territories, I want to see us all motivated by doing great projects and growing together."

Malin Frenning, Head of Division Infrastructure at AFRY, added: "I'm so pleased that Paul will lead Light Bureau as the award-winning lighting design offer now aims to grow even further internationally. Paul is an internationally recognised lighting designer with a proven track record as a leader. Having worked extensively internationally and as a former President of the Professional Lighting Designer's Association, Paul's profile is ideal to help realise Light Bureau's ambition."

Zlatan Idnert, who has been Head of Light Bureau this past year, will continue his commitment as Head of Efterklang, part of AFRY, and focus on its continued growth in existing as well as international markets."

www.lightbureau.com


Zumtobel Vivo II

A versatile platform for all architectural requirements, Zumtobel’s new Vivo II has a host of accessories to meet the demands of today’s spotlight world. Suitable for ceiling heights of up to 10-metres, this powerful, ultra-flexible luminaire enables brand, product and space presentation tailored to the target group and application. Vivo II has three different optical systems - highly efficient reflectors for powerful accent lighting with minimal glare, high-precision lenses for exact light distribution without any light scatter and a manual zoom lens for flexibility.

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Stoane Lighting ZTA.50

ZTA is an idea that embodies the core values of Stoane Lighting. Equipment is designed to last, to be repaired, upgraded, and eventually recycled. The range is structured around a modular approach allowing for interchangeable and adaptable specs. Stoane Lighting commit to carrying out this repairability and upgradeability for 25 years, and can do this with full confidence due to its largely local resource ecosystem and designed-in repairability. The simple aesthetic should preclude waves of fashion undermining its circular economy ethos.

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Illumination Physics Overlap

A project required a new family of aimable linear fixtures with varying lens and power options; allowing a continuous homogeneous and curved illuminated footprint to be produced by a non-continuous plot of compact 300mm fixtures – an economy in cost and energy. The lens and power options allow the designer to overlap the beams exactly without using expensive continuous linear lighting.  The illumination Physics Linear Graze Overlap Mono, DC, CV – DMX is the answer at just 7.2 watts each.

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eldoLED DUALdrive 20W LED Driver

eldoLED’s DUALdrive 20W LED Driver allows you to maximise the human centric lighting experience and compose the exact shade of white at the right intensity level with excellent dimming performance. The perfect tunable white shades — achieved with DALI-2 DT8(Tc) and eldoLED’s intuitive LightShape colour temperature and intensity control technology — complement retail products, support office productivity and create a welcoming atmosphere in a hospitality environment.

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Lumo Tubo Trigon

Trigon is a triple-arm LED luminaire with an innovative and simple shape – typically suspended horizontally but also wall and ceiling mounted. It is an individual lamp as well as a modular system – connected in parallel and optionally with an additional light profile-connector allowing the shift of surfaces by 90°. Then it creates an extraordinary network of connected luminaires with a breath- taking effect on a large-scale advertising and other applications.

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Siteco FL20 Family

The wide beam floodlight is characterised by outstanding asymmetry and individual light distributions. With its four sizes: mini, micro, midi and maxi, the high lumen-output Floodlight 20 is extremely flexible in application. The design as a wide beam floodlight with 0% light spill up to a 15° upward inclination guarantees maximum glare control and the avoidance of light emission. Optimised thermal management and the high protection rating (IP66) enable reliable operation even under adverse weather conditions.

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Bright Special Lighting Legatus Viso 2 2F

Legatus Viso 2 2F magnetic 48V track system is a new, flexible system to design lighting. An extruded brass tracklight equipped with the latest LED technology connects and powers via a magnetic core.With this magnetic fixation, luminaires can be installed, repositioned and switched in the profile easily, without the need of any tools. Different types of connection modules and luminaires provide maximum flexibility in projects that run along walls, ceilings, or a combination of both. Creativity should not be limited through situations.

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Lumascape DALI Enhanced Solutions

Lumascape has announced the enhancement of DALI to its range of façade and architectural lighting solutions. This new feature offers best-in-class performance for any façade lighting application. With DALI control, Lumascape’s architectural luminaires offer more than premium LEDs, optics, and thermal management. Users get the most robust, reliable, and easy-to-install luminaires in the industry, now with additional opportunities for power and control.

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Applelec LED Light Sheet

Created to bespoke specification, Applelec LED Light Sheet is a UK manufactured light panel. Removing creative restrictions, Applelec LED Light Sheet is an extremely versatile LED unit, helping to push design boundaries and enable unique and inspired lighting features to be achieved. Delivering superior illumination, Applelec LED Light Sheet is a highly reliable light panel and has built a reputation as the go-to backlighting solution within the design industry 

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Madrix Aura

Madrix Aura provides amazing capabilities for dynamic lighting. It is the central stand-alone controller for simple recording and large-scale lighting control. Run sophisticated light shows and effects independently from this energy-efficient unit with fully customisable scheduling. Designed for continuous operation, it was built to meet the different needs of today’s illumination projects. Made in Germany, it is the powerful yet compact

playback unit for creative LED lighting.

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