Lighting Survey in Mumbai 2017/10/02-10/07　　Mikine Yamamoto + Leon Hitsu　 We researched the biggest economic city of India, Mumbai. It is located west coast of India, which was used to call Bombay. This is the second time we researched this city since we last did in 2004. The goal of this research is to compare how its architecture and lighting have developed, and to compare with Navi Mumbai (New Bombay) developed as a new city of Mumbai. Dhobi Ghat is an outdoor laundry with more than 100 years of history. It is used as a laundry in the daytime, though people lived there and felt a sense of life in the nighttime. The contrast with the skyscraper in the background is very Indian. The building in front of the station. Building was carefully lit up with orange color. Mounting details. The hood was installed in the fixture in order to avoid glare when seen from the front Arriving at Mumbai hotel after the sunset, from the taxi on the way to the hotel, I only saw street lights that lit the street, and the city that was on the background looked dark and sunken. We expected that it was developed like China where a number of buildings lit up, but there was no building that was illuminated. The situation didn’t change even in the city, with only seeing street light illuminating the building a little. Entering the central part of the…

2018/10/13-23 Mikine Yamamoto + Kouki Iwanaga This was our first South American survey in about 15 years. We tracked the light expression of Rio de Janeiro, a port city marked by both entertainment and poverty, which hosted the FIFA World Cup in 2014 and the Olympics in 2016 and has become increasingly international. While possessing famous coasts like Copacabana and Ipanema and being counted as one of the world’s three most beautiful harbors, it also has the “favela” slums covering its hillsides. Surrounded by magnificent nature, Santiago, Chile’s largest city, has annual rainfall of only about 360mm, meaning it is sunny for most of the year. We investigated the lighting situation of this city blessed with natural light. The nightscape from Pão de Açúcar: A beautiful contrast created by the rich topography Viewing Copacabana Beach from Pão de Açúcar Favelas built on the mountain slopes ■Rio de Janeiro / Brazil Rio de Janeiro is an international tourist city that hosted the Carnival and the Olympics in 2016. It is said to be a microcosm of the country, where light and darkness coexist: scenic areas with beautiful topography blending nature and culture are situated next to slums. We surveyed the light expressions of this city, which has various faces, including the glamorous light of tourist and resort areas, and the strangely glowing light of the favelas (slums) where poor communities gather, reflecting the lives of the people.The suburbs leading from the…

City Night Survey : Saitama-Shintoshin 2019.04.11　　Lin Hu + Hikaru Kimura Saitama Shintoshin is a district established around the year 2000. Centered on JR Saitama-Shintoshin Station, it is an intensively structured urban area featuring a variety of functions, including large-scale commercial facilities, a major multi-purpose arena, government office complexes, and hospitals. This survey examined how this planned city has evolved from the perspective of lighting. Nightscape over the heliport from the Saitama Government Office Complex Light Linking Spaces A pedestrian walkway system is installed around Saitama-Shintoshin Station, utilizing an active pedestrian-vehicle separation plan that allows for smooth circulation from the second-floor station gates to various facilities. While the ground level is brightly illuminated by roadway pole lights, the pedestrian walkways feature lower-level lighting such as uplights and footlights—excluding some decorative pole lights in park areas—creating distinct expressions of light for each zone.Saitama-Shintoshin Station is connected to Kita-Yono Station by a walkway spanning approximately 600m. A continuous cantilevered glass canopy allows pedestrians to walk without getting wet in the rain or being stopped by traffic signals. Along this route, there is a straight path of about 100m running parallel to the railway tracks. Here, despite the cantilevered canopy structures being identical—likely due to differing construction phases—the lighting techniques varied across three distinct types. Although the architectural design is similar, the change in lighting methods results in varying levels of brightness depending on the location. While achieving uniformity may seem important, using different…

2025.09.12 & 09.18 Lin Hu + Jiang Kunzhi + Lin Huangyi Shenzhen evolved from a fringe town into a high-tech metropolis in about 45 years, and its bold, sustainable urban lighting planning stands out nationally. A two-day field study examined nightscape patterns in its three CBDs, media façades in Futian, and the functional lighting design of the new Gangxia North Metro Station. Unlike older, historically rich Chinese cities, Shenzhen started as a peripheral town and in just about 45 years has become a high-tech modern metropolis. Thanks to its local legislative autonomy, Shenzhen’s urban planning is highly experimental and often serves as a model for other Chinese and even international cities. In urban lighting planning, Shenzhen is a national frontrunner: its nightscape design is bold and innovative, yet the city has also enacted special regulations for ecological protection and light pollution control, showing a clear commitment to sustainability. However, some lighting projects still spark social debate over energy consumption, light pollution, and the use of public resources. To understand more of Shenzhen’s current nightscape, the Shenzhen office team conducted a two-day field study with Mende-san and Kasai-san, focusing on three themes: 1.　Nightscape of the three main CBDsWe visited the observation deck at 540 m on the Ping An Finance Center in Futian to take in the scale and layout of the city at night. Looking east toward Luohu, the skyline shows a mix of old and new high-rises, reflecting Shenzhen’s…

2023.09.22 – 2023.09.26　Ke Yonglin + Chuanyi Liu