Pedestrians Create Surging Light Projections in Artwork by Matthias Oostrik

LDS Jan Oostrik 400

Feb 10, 2021

The light installation Het Licht van Jan (Jan’s light) was unveiled today in an industrial traffic underpass near Amsterdam’s city center. In the artwork by Matthias Oostrik, passersby activate surging light projections that illuminate the narrow sidewalk and weathered walls of the underpass. These undulating projections echo Amsterdam’s history, recreating the reflections of sunbeams on the water, now replaced by artificial islands. To create the dynamic projections that move with the passersby, Het Licht van Jan uses a surprisingly simple arrangement of steel grates and widely spaced lights. 

Matthias’ artworks enable new and unusual connections between people and their surroundings. Using digital technology, his installations respond to visitors with changing light, video, or sound, allowing visitors to reshape their environment. His works in public space are often functional. They contribute to a sense of security and are designed to last. 

An early and well-received example of his work is the Bijlmer Moodwall (2009), located in a pedestrian passage in Amsterdam. This interactive facade reacts to visitors with playful streaks of light that move alongside them. In the recent installation A Trail of Water (2020) in the Dutch city of Assen passing trains trigger a unique light composition: A waterfall of light cascading down over the concrete embankment and overgrown slopes of an overpass.

LDS Jan Light 400Het Licht van Jan is activated by pedestrians who walk on the narrow sidewalks of the Kattenburgerstraat underpass. In the darkest parts of the tunnel, they trigger bright projections of light. On the aged tile walls, beams of light move along with the pedestrians, while on the sidewalk, waves of light gently sway towards them. 

The projections, three on either side of the road, are created by shining a row of ultra-bright lights through a series of custom-designed grates. The shadows of the unique grates interact to create moiré patterns, producing entirely different effects on both the wall and the floor. In stark contrast with the existing warm, almost orange streetlights, the projections use cold white light.

Like so many places in Amsterdam, the underpass is located on a historical site, where several natural and constructed bodies of water existed before the railway was constructed on an artificial strip of land in the late 19th century. Het Licht van Jan brings back this past by reviving both the flow of water on the ground as well as the sunlight radiating through the railway tracks on the walls.

Het Licht van Jan is developed in commission by the City of Amsterdam and is supported by the Amsterdam Fund for the Arts.

preview 5466 2 63103 sc v2com

Specs

Year: 2021
Type: permanent light installation
Materials: steel, concrete
Media: 160 channel light, 12 channel optic sensor
Runtime: infinite
Dimensions: approx. 40 meter wide
Software: C++

preview 5466 2 63108 sc v2com

Credits

A Project by: Matthias Oostrik
Commissioned by: The City Of Amsterdam
Supported by: Amsterdam Fund for the Arts
Technical Design and Construction: Spectro Productions
LED Technology: Invent Design
Construction: J. Boonzaaijer Aannemingsbedrijf
Photography: Gert Jan Van Rooij
Videography: Michel Boulogne

About the artist

Matthias Oostrik works at the intersection of digital art, installation art, and architecture. He collaborates with renowned performance artists, neuroscientists, engineers, and, crucially, his audience, who often form an integral part of his award-winning work.

For example, in the spherical installation PLPLPL.PL, Matthias uses Surveillance technology to incite deviant behavior from his audience. The artwork matches live video portraits from visitors with previous recordings. This visual rhyme of human actions reveals similarities and rewards exceptions.

Under the name Dikker + Oostrik, Matthias forms a creative partnership with neuroscientist Suzanne Dikker. Together they published several scientific papers and exhibited works at a range of museums and festivals. Their art-science experiment The Mutual Wave Machine, conceived in collaboration with TodaysArt and the Marina Abramovic Institute, received the Art of Neuroscience Award from the Royal Dutch Academy of Sciences. 

Matthias lives and works in Amsterdam with his partner and two children.

Source

Related Articles


Changing Scene


Design

  • Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    At Splitsville in Hamilton, Ontario, PEGA is suspended across all 34 lanes, creating a cohesive lighting design throughout the space. Each fixture is paired with OnCloud, enabling independent control and wireless connectivity. OnCloud is a natural fit for this bowling alley. From daily operations to league nights, special events, and private parties, lighting scenes and… Read More…

  • CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    It’s a situation most lighting designers have experienced: a project you spent months designing comes back with a request to review and accept a value engineering package. You’ve seen it time and time again, a package of substitutions with a carrot of cost savings and a deadline. There’s no true value engineering offered, only substitution… Read More…


New Products

  • BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    The HAZ-X Q Series LED High Bay is UL 844 certified for Class I, Division 2, Class II, Division 1 & 2, Class III hazardous locations and is engineered for reliable performance in harsh industrial environments where moisture, dust, corrosion, and vibration may be present. Available in Q1 (20W to 100W) and Q2 (20W to 240W) configurations,… Read More…

  • ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    The ECPHR Series is a steel egress luminaire designed to work seamlessly with Emergi-Lite mini-inverters, engineered to deliver enhanced performance in high-ceiling environments. Designed with patented LED technology and precision optics, it delivers focused, asymmetric illumination with exceptional uniformity – ensuring a clear path of egress while improving safety and reducing system cost. Read More…