‘BS25′ Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects

The proposal by Moko Architects for the Diving and Indoor Skydiving Center restores a part of a house factory in Żerań which operated in the past,. They turn a building in a non-developed area with abandoned halls and warehouses into a recreation center open all year round in the old silos where bulk cement used to be stored in the past. The existing facility is a perfect base for this investment and will be the only place in Poland where people wishing to learn the skills of diving will have the opportunity to safely train at the depth of 25m under control. More images and architects’ description after the break.

The area for the investment is located about 12 km away from the center of Warsaw. Main facilities include wholesale warehouses of construction materials and other products. The Żerański channel flows through the entire area, which creates a unique municipal landscape. The collection of elements described above has a huge potential. The channel is a great water communication route between the City and the Zegrze Reservoir which provides the opportunity of doing water sports and staying active.

The remains of the factories, warehouses and silos may be attractive for investors interested in their modernization into lofts, offices, studios or erecting new buildings which will interline into the surrounding landscape. This area is also becoming a popular place for amateurs of extreme sports, artists or people who like exploring abandoned buildings.  The well located in one of the silos is connected to the “cave” of the other cylinder. This is an ideal place to train wreck diving. The diameter of the well is 7m.

Apart from the cave, the second silo will feature a technical area as well as an Indoor Skydiving Center. This place will make dreams about flying come true. In the “tube” where air will flow at high speeds, you will be able to safely train skydiving. The Diving and Indoor Skydiving Center will feature additional functions for people who will only visit the center for a few hours with their families as well as for organized groups coming for training sessions lasting a couple of days.

The ground floor will feature the entrance area with exhibition space, professional magazines reading area, external café open in the summer season as well as a workshop. Level 1 will house sports stores. Level 2 and 3 will feature offices and administration. Level 4 will feature a hostel for indoor skydivers while level 5 will house training rooms and changing rooms for skydivers as well as the entrance to the area where the practical training of indoor skydiving is conducted. Level 6 will house a hostel for divers, level 7 will feature training and presentation rooms for divers while on level 8 there will be changing rooms separate for women and men.

Architects: Moko Architects
Location: Warsaw, Poland
Team: MFRMGR, Marta Frejda, Michał Gratkowski
Collaboration: Kacper Kuczyński, Tomasz Tymiński
Usable  Floor Area: 2280.8 m2
Status: Conceptual stage
Expected Completion: 2015

'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects site context plan
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 03
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 01

'BS25' Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects originally appeared on ArchDaily, the most visited architecture website on 15 May 2013.

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‘BS25′ Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects

The proposal by Moko Architects for the Diving and Indoor Skydiving Center restores a part of a house factory in Żerań which operated in the past,. They turn a building in a non-developed area with abandoned halls and warehouses into a recreation center open all year round in the old silos where bulk cement used to be stored in the past. The existing facility is a perfect base for this investment and will be the only place in Poland where people wishing to learn the skills of diving will have the opportunity to safely train at the depth of 25m under control. More images and architects’ description after the break.

The area for the investment is located about 12 km away from the center of Warsaw. Main facilities include wholesale warehouses of construction materials and other products. The Żerański channel flows through the entire area, which creates a unique municipal landscape. The collection of elements described above has a huge potential. The channel is a great water communication route between the City and the Zegrze Reservoir which provides the opportunity of doing water sports and staying active.

The remains of the factories, warehouses and silos may be attractive for investors interested in their modernization into lofts, offices, studios or erecting new buildings which will interline into the surrounding landscape. This area is also becoming a popular place for amateurs of extreme sports, artists or people who like exploring abandoned buildings.  The well located in one of the silos is connected to the “cave” of the other cylinder. This is an ideal place to train wreck diving. The diameter of the well is 7m.

Apart from the cave, the second silo will feature a technical area as well as an Indoor Skydiving Center. This place will make dreams about flying come true. In the “tube” where air will flow at high speeds, you will be able to safely train skydiving. The Diving and Indoor Skydiving Center will feature additional functions for people who will only visit the center for a few hours with their families as well as for organized groups coming for training sessions lasting a couple of days.

The ground floor will feature the entrance area with exhibition space, professional magazines reading area, external café open in the summer season as well as a workshop. Level 1 will house sports stores. Level 2 and 3 will feature offices and administration. Level 4 will feature a hostel for indoor skydivers while level 5 will house training rooms and changing rooms for skydivers as well as the entrance to the area where the practical training of indoor skydiving is conducted. Level 6 will house a hostel for divers, level 7 will feature training and presentation rooms for divers while on level 8 there will be changing rooms separate for women and men.

Architects: Moko Architects
Location: Warsaw, Poland
Team: MFRMGR, Marta Frejda, Michał Gratkowski
Collaboration: Kacper Kuczyński, Tomasz Tymiński
Usable  Floor Area: 2280.8 m2
Status: Conceptual stage
Expected Completion: 2015

'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects site context plan
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 03
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 01

'BS25' Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects originally appeared on ArchDaily, the most visited architecture website on 15 May 2013.

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‘BS25′ Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects

The proposal by Moko Architects for the Diving and Indoor Skydiving Center restores a part of a house factory in Żerań which operated in the past,. They turn a building in a non-developed area with abandoned halls and warehouses into a recreation center open all year round in the old silos where bulk cement used to be stored in the past. The existing facility is a perfect base for this investment and will be the only place in Poland where people wishing to learn the skills of diving will have the opportunity to safely train at the depth of 25m under control. More images and architects’ description after the break.

The area for the investment is located about 12 km away from the center of Warsaw. Main facilities include wholesale warehouses of construction materials and other products. The Żerański channel flows through the entire area, which creates a unique municipal landscape. The collection of elements described above has a huge potential. The channel is a great water communication route between the City and the Zegrze Reservoir which provides the opportunity of doing water sports and staying active.

The remains of the factories, warehouses and silos may be attractive for investors interested in their modernization into lofts, offices, studios or erecting new buildings which will interline into the surrounding landscape. This area is also becoming a popular place for amateurs of extreme sports, artists or people who like exploring abandoned buildings.  The well located in one of the silos is connected to the “cave” of the other cylinder. This is an ideal place to train wreck diving. The diameter of the well is 7m.

Apart from the cave, the second silo will feature a technical area as well as an Indoor Skydiving Center. This place will make dreams about flying come true. In the “tube” where air will flow at high speeds, you will be able to safely train skydiving. The Diving and Indoor Skydiving Center will feature additional functions for people who will only visit the center for a few hours with their families as well as for organized groups coming for training sessions lasting a couple of days.

The ground floor will feature the entrance area with exhibition space, professional magazines reading area, external café open in the summer season as well as a workshop. Level 1 will house sports stores. Level 2 and 3 will feature offices and administration. Level 4 will feature a hostel for indoor skydivers while level 5 will house training rooms and changing rooms for skydivers as well as the entrance to the area where the practical training of indoor skydiving is conducted. Level 6 will house a hostel for divers, level 7 will feature training and presentation rooms for divers while on level 8 there will be changing rooms separate for women and men.

Architects: Moko Architects
Location: Warsaw, Poland
Team: MFRMGR, Marta Frejda, Michał Gratkowski
Collaboration: Kacper Kuczyński, Tomasz Tymiński
Usable  Floor Area: 2280.8 m2
Status: Conceptual stage
Expected Completion: 2015

'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects Courtesy of Moko Architects
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects site context plan
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects floor plans 03
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 01
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects section 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 02
'BS25' Silos - Diving and Indoor Skydiving Center Proposal / Moko Architects diagram 01

'BS25' Silos – Diving and Indoor Skydiving Center Proposal / Moko Architects originally appeared on ArchDaily, the most visited architecture website on 15 May 2013.

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Michael Baker Boathouse / Associated Architects

Architects: Associated Architects
Location: The King’s School, Worcester, England
Area: 772 sqm
Year: 2012
Photographs: Martine Hamilton Knight

Main Contractor: Speller Metcalfe Malvern LTD
Quantity Surveyor: Gwillam Darby Carr
M&E Engineering: LEDA
Structural Engineering: Shire Consulting
Client: King’s School Worcester
Budget: £1.86M

Associated Architects’ second ten-year Masterplan for King’s Worcester included rebuilding the Boathouse, which was previously a small and unsightly 1950s building. The site is a focal point in the Masterplan, Conservation Area and in the Worcester City Council / Sustrans Worcester Riverside project. On the line of the old city defences, it is at the edge of the historic city core which has a rich history including Norman and medieval archaeology. The Masterplan proposal to create a striking modern building was welcomed by Worcester City Council planners.

The existing ground floor footprint is increased by 60% to provide storage for all the School’s considerable fleet of rowing boats and sculls. The site is subject to regular flooding, so this floor’s construction internally and externally is robust fair-faced brickwork growing out from the line of the historic brick embankment. Reflecting the elongated form of the building, the new wall is built with double-length bricks.

By contrast, the lightweight upper floor floats above the retaining wall and flood plain. It provides changing, teaching and a school / community training and reception space, with dramatic views up and down the River Severn from a new glazed and cantilevered prow. This and the gently curving plan, following the historic defensive line, give the building a distinctive modern presence on Riverside Walk.

The upper floor overlooks the historic Creighton Memorial Gardens, previously an under-used part of the School grounds. The scheme creates a new route to the Boathouse through the Gardens, which is much more direct, wheelchair friendly, and improves security: the previous Boathouse was isolated and accessible only from outside the School grounds. A new garden terrace and windows north focus views to the twin Worcester landmarks of the Cathedral and St Andrew’s spire.

Fine sweet chestnut timber laths cloak the upper volume, weathering down to a natural silvery-grey colour in keeping with the sensitive historic context. Rather than running horizontally, the laths are set at a shallow angle to enhance the dynamic form of the building. The interior is panelled in ice-birch over timber I-beams, facilitating airtight construction and rapid thermal response for multiple uses. The roof is traditional standing seam terne-coated stainless.

Sustainability is a central consideration in the brief and design. Solar electric and hot water roof panels meet much of the building’s energy needs in summer, and make a useful contribution in winter. The construction uses the principles of Passivhaus design with triple glazing, super-insulation and air-tightness. These measures, coupled with a wood-pellet boiler, give environmental performance to EPC A, approaching zero carbon standards.

Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects Site Plan
Michael Baker Boathouse / Associated Architects Lower Floor Plan
Michael Baker Boathouse / Associated Architects Upper Floor Plan
Michael Baker Boathouse / Associated Architects Elevations
Michael Baker Boathouse / Associated Architects Elevations
Michael Baker Boathouse / Associated Architects Sections
Michael Baker Boathouse / Associated Architects Axon
Michael Baker Boathouse / Associated Architects Exploded Axon

Michael Baker Boathouse / Associated Architects originally appeared on ArchDaily, the most visited architecture website on 13 May 2013.

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Michael Baker Boathouse / Associated Architects

Architects: Associated Architects
Location: The King’s School, Worcester, England
Area: 772 sqm
Year: 2012
Photographs: Martine Hamilton Knight

Main Contractor: Speller Metcalfe Malvern LTD
Quantity Surveyor: Gwillam Darby Carr
M&E Engineering: LEDA
Structural Engineering: Shire Consulting
Client: King’s School Worcester
Budget: £1.86M

Associated Architects’ second ten-year Masterplan for King’s Worcester included rebuilding the Boathouse, which was previously a small and unsightly 1950s building. The site is a focal point in the Masterplan, Conservation Area and in the Worcester City Council / Sustrans Worcester Riverside project. On the line of the old city defences, it is at the edge of the historic city core which has a rich history including Norman and medieval archaeology. The Masterplan proposal to create a striking modern building was welcomed by Worcester City Council planners.

The existing ground floor footprint is increased by 60% to provide storage for all the School’s considerable fleet of rowing boats and sculls. The site is subject to regular flooding, so this floor’s construction internally and externally is robust fair-faced brickwork growing out from the line of the historic brick embankment. Reflecting the elongated form of the building, the new wall is built with double-length bricks.

By contrast, the lightweight upper floor floats above the retaining wall and flood plain. It provides changing, teaching and a school / community training and reception space, with dramatic views up and down the River Severn from a new glazed and cantilevered prow. This and the gently curving plan, following the historic defensive line, give the building a distinctive modern presence on Riverside Walk.

The upper floor overlooks the historic Creighton Memorial Gardens, previously an under-used part of the School grounds. The scheme creates a new route to the Boathouse through the Gardens, which is much more direct, wheelchair friendly, and improves security: the previous Boathouse was isolated and accessible only from outside the School grounds. A new garden terrace and windows north focus views to the twin Worcester landmarks of the Cathedral and St Andrew’s spire.

Fine sweet chestnut timber laths cloak the upper volume, weathering down to a natural silvery-grey colour in keeping with the sensitive historic context. Rather than running horizontally, the laths are set at a shallow angle to enhance the dynamic form of the building. The interior is panelled in ice-birch over timber I-beams, facilitating airtight construction and rapid thermal response for multiple uses. The roof is traditional standing seam terne-coated stainless.

Sustainability is a central consideration in the brief and design. Solar electric and hot water roof panels meet much of the building’s energy needs in summer, and make a useful contribution in winter. The construction uses the principles of Passivhaus design with triple glazing, super-insulation and air-tightness. These measures, coupled with a wood-pellet boiler, give environmental performance to EPC A, approaching zero carbon standards.

Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects © Martine Hamilton Knight
Michael Baker Boathouse / Associated Architects Site Plan
Michael Baker Boathouse / Associated Architects Lower Floor Plan
Michael Baker Boathouse / Associated Architects Upper Floor Plan
Michael Baker Boathouse / Associated Architects Elevations
Michael Baker Boathouse / Associated Architects Elevations
Michael Baker Boathouse / Associated Architects Sections
Michael Baker Boathouse / Associated Architects Axon
Michael Baker Boathouse / Associated Architects Exploded Axon

Michael Baker Boathouse / Associated Architects originally appeared on ArchDaily, the most visited architecture website on 13 May 2013.

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Won Dharma Center / hanrahanMeyers architects

Architects: hanrahanMeyers architects
Location: Claverack, New York, USA
Area: 28,000 sqft
Photographs: Michael Moran / ottoarchive.com

The Won Dharma Center, USA, is a 28,000 square-foot spiritual and recreational retreat in Claverack, New York for the Won Buddhists, a Korean organization that emphasizes balance in one’s daily life and relationship to nature. The center is located on a 500-acre site on a gently sloping hill with views west to the Catskill Mountains. The buildings for the Center, including permanent and guest residences, an administration building and a meditation hall, are sited as far as possible from the local rural access road, and oriented west and south to maximize views and light. The symbol of the Won organization is an open circle, suggesting both a void without absence and infinite return. The buildings are organized around the dual concepts of void and spiral.

The clients requested that the architects design the retreat using as many natural materials as possible, to be in harmony with the rural character of the region. The architects selected wood as the best material to address the client’s philosophy. With the Buddhists’ meadow planting agenda for the future remediation of the built area of the site, the architects installed cedar screens at all of the building porches to further the goal of designing buildings that merge with the landscape. The screens recreate the dappled effect of sunlight coming through tree canopies, while also providing solar protection.

The 3,000 square-foot Meditation Hall is conceived as a simple rectangular void and a lightweight frame to the natural surroundings. Its wooden structure is exposed on three sides to form entrance and viewing porches, while the interior offers expansive views of the mountains.

The four residential buildings include the dining hall/ administrative building, and three residential dormitories for guests and permanent residents. The design of the residential buildings draws on the formal organization of grass-roofed Korean farm-houses, loosely clustered and organized internally around a single central void. The roof shapes of the 4,000 square-foot residence buildings transform in section around a spiral organization, from a simple slope in section to a complex triangulated geometry where the roof transforms into an open-air entrance porch. The internal organization of the residence buildings allows silent walking meditation from courtyard to courtyard. The courtyards act as passive cooling systems, and when the sliding doors facing the courtyards open, cross ventilation through the public areas and guest rooms provides passive cooling. All of the residential buildings are wood construction, like the Meditation Hall, and deeply shaded to the west and south to allow natural daylighting without excessive heat gain.

Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Elevation

Won Dharma Center / hanrahanMeyers architects originally appeared on ArchDaily, the most visited architecture website on 13 May 2013.

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Won Dharma Center / hanrahanMeyers architects

Architects: hanrahanMeyers architects
Location: Claverack, New York, USA
Area: 28,000 sqft
Photographs: Michael Moran / ottoarchive.com

The Won Dharma Center, USA, is a 28,000 square-foot spiritual and recreational retreat in Claverack, New York for the Won Buddhists, a Korean organization that emphasizes balance in one’s daily life and relationship to nature. The center is located on a 500-acre site on a gently sloping hill with views west to the Catskill Mountains. The buildings for the Center, including permanent and guest residences, an administration building and a meditation hall, are sited as far as possible from the local rural access road, and oriented west and south to maximize views and light. The symbol of the Won organization is an open circle, suggesting both a void without absence and infinite return. The buildings are organized around the dual concepts of void and spiral.

The clients requested that the architects design the retreat using as many natural materials as possible, to be in harmony with the rural character of the region. The architects selected wood as the best material to address the client’s philosophy. With the Buddhists’ meadow planting agenda for the future remediation of the built area of the site, the architects installed cedar screens at all of the building porches to further the goal of designing buildings that merge with the landscape. The screens recreate the dappled effect of sunlight coming through tree canopies, while also providing solar protection.

The 3,000 square-foot Meditation Hall is conceived as a simple rectangular void and a lightweight frame to the natural surroundings. Its wooden structure is exposed on three sides to form entrance and viewing porches, while the interior offers expansive views of the mountains.

The four residential buildings include the dining hall/ administrative building, and three residential dormitories for guests and permanent residents. The design of the residential buildings draws on the formal organization of grass-roofed Korean farm-houses, loosely clustered and organized internally around a single central void. The roof shapes of the 4,000 square-foot residence buildings transform in section around a spiral organization, from a simple slope in section to a complex triangulated geometry where the roof transforms into an open-air entrance porch. The internal organization of the residence buildings allows silent walking meditation from courtyard to courtyard. The courtyards act as passive cooling systems, and when the sliding doors facing the courtyards open, cross ventilation through the public areas and guest rooms provides passive cooling. All of the residential buildings are wood construction, like the Meditation Hall, and deeply shaded to the west and south to allow natural daylighting without excessive heat gain.

Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects © Michael Moran / ottoarchive.com
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Floor Plans
Won Dharma / hanrahanMeyers architects Elevation

Won Dharma Center / hanrahanMeyers architects originally appeared on ArchDaily, the most visited architecture website on 13 May 2013.

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Musholm Bay Holiday Resort Winning Proposal / AART Architects

AART Architects, in collaboration with URBANlab, Bexcom and Keinicke & Overgaard Architects, have won the competition for the expansion of Musholm Bay Holiday Resort. Located at the beautiful Danish coastline, the resort is acknowledged as the world’s most innovative holiday resort for people with disabilities. The expansion of resort is divided into two sections in the form of a multi-purpose sports hall and a number of new holiday flats. More images and architects’ description after the break.

The sports hall is located at the heart of the resort, while the flats are located in the periphery. In this way, the activities spread in ever-widening circles from the sports hall to the flats by which the expansion provides a dynamic layout for the future resort. In addition, the layout offers panoramic views of the bay and the scenic surroundings from the sports hall and the flats.

In our winning proposal we strive to raise the bar for socially sustainable architecture by providing all visitors, whether they are disabled or not, the opportunity for active and attractive holiday experiences. Thus, we have infused the architecture with a distinctive sensuousness in our desire to create a fully accessible and engaging environment.

The holiday resort breaks with the ordinary. The multi-purpose sports hall includes an activity ramp which provides visitors, whether they are disabled or not, the opportunity to challenge themselves physically. The activity ramp offers a wide range of platforms and activity spots, including a climbing wall for wheelchair users. Based on the sports hall’s many activities, the expansion fortifies Musholm Bay Holiday Resort as a place that breaks with the ordinary and invites people with disabilities to play, participate and create new friendships.

In this way, the expansion not only carries on the resort’s architectural quality and atmosphere. The expansion also raises the bar for socially sustainable architecture by providing all visitors, whether they are disabled or not, the opportunity to enjoy an active and physically challenging holiday. Thus, the expansion sets new standards for how accessible solutions can be implemented into architecture and how architecture can be infused with a distinctive sensuousness in order to create a safe, comfortable and engaging environment.

Musholm Bay Holiday Resort Winning Proposal / AART Architects Courtesy of AART Architects
Musholm Bay Holiday Resort Winning Proposal / AART Architects Courtesy of AART Architects
Musholm Bay Holiday Resort Winning Proposal / AART Architects Courtesy of AART Architects
Musholm Bay Holiday Resort Winning Proposal / AART Architects Courtesy of AART Architects
Musholm Bay Holiday Resort Winning Proposal / AART Architects Courtesy of AART Architects

Musholm Bay Holiday Resort Winning Proposal / AART Architects originally appeared on ArchDaily, the most visited architecture website on 11 May 2013.

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