The Humanitarian Works of Shigeru Ban

  • 24 Mar 2014
  • by
  • Editorial
Cardboard Cathedral. Image © Stephen Goodenough

Pritzker Laureate Shigeru Ban may be as well known for his innovative use of materials as for his compassionate approach to design. For a little over three decades, Ban, the founder of the Voluntary Architects Network, has applied his extensive knowledge of recyclable materials, particularly paper and cardboard, to constructing high-quality, low-cost shelters for victims of disaster across the world – from Rwanda, to Haiti, to Turkey, Japan, and more. We’ve rounded up images of Ban’s humanitarian work – get inspired after the break.

All project descriptions courtesy of Shigeru Ban Architects

Paper Log House Kobe. Image © Takanobu Sakuma

Paper Log Houses - Kobe, Japan, 1995

The foundation consists of donated beer crates loaded with sandbags. The walls are made from 106mm diameter, 4mm thick paper tubes, with tenting material for the roof. The 1.8m space between houses was used as a common area. For insulation, a waterproof sponge tape backed with adhesive is sandwiched between the paper tubes of the walls. The cost of materials for one 52 square meter unit is below $2000. The unit are easy to dismantle, and the materials easily disposed or recycled.

Paper Church. Image © Hiroyuki Hirai

Paper Church - Kobe, Japan, 1995-2005 (disassembled)

This community center was built by church volunteers whose house of worship was destroyed by Kobe earthquake in 1995. Materials were donated by a number of companies, and construction was completed in only five weeks by the 160 volunteers. The plan (10 x 15m) is enclosed within a skin of corrugated, polycarbonate sheeting. Within this, 58 paper tubes (325mm in diameter, 14.8mm thick, and 5m high), were placed in an elliptical pattern. The ellipse is based on those in Bernini’s church designs, and the space between the ellipse and the outer edge of rectangular-shaped site formed a corridor and provided lateral support. At the entrance to the ellipse, the spacing of the paper tubes was widened, and the facade fully glazed to form a continuous, unified space between the interior and exterior. This church was disassembled in June 2005 and all the materials were sent to a city in Taiwan.

Paper Emergency Shelter for UNHCR. Image Courtesy of

Paper Emergency Shelters for UNHCR – Byumba Refugee Camp, Rwanda, 1999

More than 2 million people became homeless when civil war broke out in Rwanda in 1994. The office of the United Nations High Commissioner for Refugees (UNHCR) normally supplied plastic sheets and aluminum poles to be rigged as temporary shelters. Rwandan refugees would sell the aluminum poles and then proceed to cut down trees to use branches for structural support. Contributing to already critical deforestation, it was obvious that alternative materials had to be found. A low-cost alternative, paper tubes, was introduced. The proposal was adopted and development of prototype shelters began.

Three prototype shelters were designed and tested for durability, assessed for cost and termite-resistance. Since paper tubes can be manufactured cheaply and by small and simple machinery, the potential to produce the materials on-site to reduce transportation costs. In 1998, fifty emergency shelters were constructed in Rwanda and monitored to evaluate the system in practical use.

Paper Log House India. Image © Kartikeya Shodhan

Paper Log House – India, 2001

What makes the India’s log house unique is the foundation and the roof. Rubble from destroyed building was used for the foundation instead of beer crates, which could not be found in this area. It was coated with a traditional mud floor. For the roof, split bamboo was applied to the rib vaults and whole bamboo to the ridge beams. A locally woven cane mat was placed over the bamboo ribs, followed by a clear plastic tarpaulin to protect against rain, then another cane mat. Ventilation was provided through the gables, where small holes in the mats allowed air to circulate. This ventilation also allowed cooking to be done inside, with the added benefit of repelling mosquitoes. For the roof, split bamboo was applied to the rib vaults and whole bamboo to the ridge beams. A locally woven cane mat was placed over the bamboo ribs, followed by a clear plastic tarpaulin to protect against rain, then another cane mat.

Kirinda House. Image © Eresh Weerasuriya

Tsunami Reconstruction Project – Kirinda, Sri Lanka, 2007

Located in the south-east coast of Sri Lanka, Kirinda is a village of Islamic community of fishermen. Because of the Sumatra Earthquake on December 26, 2004, most of buildings of the village were swept away by Tsunami. The villagers were forced to live in temporary houses under the serve situations. This post-tsunami rehabilitation project includes construction of 67 houses and a mosque, and tree plantation.

Each house has two bed rooms, a hall and a roofed court which is a semi-open space. The hall and the roofed court could be a large room. However, to respect the lifestyle of the villagers, these rooms are separated by folding doors . It is necessary for women to avoid seeing their guests in person. The roofed court is a space like the shade of a tree, which protects from direct sunlight and ventilates through the house. Therefore this space plays an important role in the life of inhabitants; having a meal with family, enjoying socializing with neighbors and repairing their fishing nets and equipments.

Since this is a rehabilitation project, the important is low budget and reduction of construction period. Principal material is CEB (compressed earth block) which is available in Sri Lanka with row cost and doesn’t need trained constructors. The block has un uneven surface , so that it can be easily interlocked and built up like LEGO. In addition, the furniture units are also placed into the house. They are made of rubber tree which isn’t normally used for architectural material. In Sri Lanka tire industry is popular , so the Trees Are planted over the Country. units Are The pre-FABRICATED and set up on the spot .

Hualin Temporary Elementary School. Image © Li Jun

Hualin Temporary Elementary School  - Chengdu, China, 2008

This collaborative project between Japanese and Chinese universities involved the design and construction of paper-tube-structured temporary classrooms at the elementary school struck by the Sichuan earthquake on May 2008. While most of the reconstruction assistance consisted of constructing temporary housing, we received a request from the Chengdu Chenghua District Education Bureau to rebuild the classroom buildings. These buildings had been officially designated as unusable and had been completely closed as part of the delayed reconstruction of educational facilities. We therefore designed temporary classroom buildings to be constructed using paper tubes, which are cheap, recyclable, reusable, and readily available on site. During the summer vacation, about 120 Japanese and Chinese volunteers worked together on the construction while deepening mutual understanding. We developed simple building methods and plans suited to unskilled people such as volunteers. With appropriate construction management, three buildings (nine classrooms) were completed in about forty days. These were the first buildings in China to have a paper-tube structure, and were also the first school buildings to be rebuilt in the earthquake-stricken area.

Paper Concert Hall L’Aquila. Image © Didier Boy de la Tour

Paper Concert Hall – L’aquila, Italy, 2011

In response to the earthquake that occurred on April 6, 2009 in L’Aquila, Italy, the G8 Summit of nations was held there in July of the same year. The Japanese government announced its plan to build a temporary concert hall, proposed by Shigeru Ban, to support the reconstruction of the city, famous for its music scene. The aim was to construct a paper concert hall which is easy to assemble and durable, for an early resumption of musical activities in the city.

Paper Partition System 4. Image © Voluntary Architects’ Network

Paper Partition System 4 – Japan, 2011

The evacuees of the great Japan Earthquake and Tsunami are currently taking shelter in evacuation facilities such as gymnasiums. They are forced to live in this situation for a few months, before temporary housings are deployed. They suffer from the lack of privacy and high density, which could cause damage both mentally and physically. We are currently making simple partitions made of paper tubes and canvas curtains to divide each families. This disaster relief endeavor will be financed with donations from around the world.

Onagawa Container Temporary Housing. Image © Hiroyuki Hirai

Container Temporary Housing – Onagawa, Miyagi, 2011

Since the 3.11 earthquake, we have visited more than 50 evacuation facilities and installed over 1800 units (2m x 2m) of our Paper Partition System, to ensure privacy between families. During that time, I heard the news that the town of Onagawa was having difficulty to construct enough temporary housing due to the insufficient amount of flat land. Therefore, we decided to propose three-story temporary housing made from shipping containers. By stacking these containers in a checkerboard pattern, our system creates bright, open living spaces in between the containers. The standard temporary houses issued by the government are poorly made, and there is not enough storage space. We installed built-in closets and shelves in all of our houses with the help of volunteers and with the donation fund. It will become a breakthrough and precedent to new government standards of evacuation facilities and temporary housing.

Cardboard Cathedral. Image © Stephen Goodenough

Cardboard Cathedral – Christchurch, New Zealand, 2013

The February 2011 Christchurch earthquake (magnitude 6.3) inflicted crippling damage on the Christchurch Cathedral which was the symbol of city. In response to this situation, we were asked to design new temporary cathedral. Paper tubes of the equal length and 20 ft containers form triangular shape. Since geometry is decided by plan and elevations of the original cathedral, there is a gradual change in each angle of paper tubes. This cathedral, which has a capacity of 700 people, can be used as an event space and a concert space. There was a media conference in Christchurch on 31st of July, 2011.

More info at Shigeru Ban Architects

Cite: AD Editorial Team. "The Humanitarian Works of Shigeru Ban" 24 Mar 2014. ArchDaily. Accessed 24 May 2015. <>
  • gbrownm

    I believe the Pritzker’s choice of Shigeru Ban is a good one, repositioning what is important in architecture. I am disappointed, however, in nowhere reading any reference to those whose ideas he clearly has built his approach, namely among others the late Martin Pawley and his advocacy of the use of what we now call “post-consumer” products in the design of shelter, but he cleverly labeled “garbage housing” though he did not invent the term, only promoted it in his writing and his research, specifically as architecture faculty at Cornell, Rensselaer, and Florida A&M.