RESIDENTIAL | Cabin | The Ohio Valley Hut is a 600-square-foot, off-grid cabin located on a 2,000-acre family cattle farm in Belmont County, Ohio. Designed and built by architect Greg Dutton, the project was inspired by Scandinavian design and the "hygge" concept of coziness. Completed in 2018, the hut was a collaborative effort with Dutton's brother, Chris, their father, John, and other family and friends. The cabin's sustainable, minimalist approach earned it a 2019 AIA Ohio Honor Award and a 2020 AIA Columbus Architecture Honor Award. The hut is nestled in the woods on a high bank, with a prime view of one of the many lakes on the farm. The property, which the family purchased in 1981, was originally a strip mine that has been reclaimed over the decades through their stewardship. The cabin's foundation consists of simple concrete piers, allowing it to "touch the earth lightly" and minimize its environmental impact. The exterior is clad in cedar shingles, which will weather over time to a soft gray that will allow the building to blend even more seamlessly into its surroundings. The design is heavily influenced by aspects of farming, using traditional and logical building techniques with simple, economical materials. Inside, the cabin features a "country minimalism" aesthetic. A large, 25-foot expanse of floor-to-ceiling windows connects the interior with the surrounding landscape, allowing the setting to take center stage. The interior finishes include bleached eastern pine flooring and white shiplap walls. The space is kept serene and uncluttered, with a wood stove fireplace providing warmth and a cozy focal point. The off-grid functionality of the cabin is powered by solar panels. A nearby solar hut captures energy for the cabin's utilities, while a rainwater collection system provides fresh water. Credits Architecture and Design: Greg Dutton / Midland Architecture Interiors: Liz Dutton Construction: Greg Dutton, Chris Dutton, and John Dutton, with assistance from family and friends Photography: Alexandra Ribar | https://static.wixstatic.com/media/a0ba0f_5909ff301f124ce492f802fcb5c410fd~mv2.jpg/v1/fill/w_1030,h_1444,al_c,q_85/172.The%20Ohio%20Valley%20Hut%20by%20Greg%20Dutton-Alexandra%20Ribar%20(1).jpg Please Wait 172.The Ohio Valley Hut by Greg Dutton-Alexandra Ribar (1).jpg The Ohio Valley Hut is a 600-square-foot, off-grid cabin located on a 2,000-acre family cattle farm in Belmont County, Ohio. Designed and built by architect Greg Dutton, the project was inspired by Scandinavian design and the "hygge" concept of coziness. Completed in 2018, the hut was a collaborative effort with Dutton's brother, Chris, their father, John, and other family and friends. The cabin's sustainable, minimalist approach earned it a 2019 AIA Ohio Honor Award and a 2020 AIA Columbus Architecture Honor Award. The hut is nestled in the woods on a high bank, with a prime view of one of the many lakes on the farm. The property, which the family purchased in 1981, was originally a strip mine that has been reclaimed over the decades through their stewardship. The cabin's foundation consists of simple concrete piers, allowing it to "touch the earth lightly" and minimize its environmental impact. The exterior is clad in cedar shingles, which will weather over time to a soft gray that will allow the building to blend even more seamlessly into its surroundings. The design is heavily influenced by aspects of farming, using traditional and logical building techniques with simple, economical materials. Inside, the cabin features a "country minimalism" aesthetic. A large, 25-foot expanse of floor-to-ceiling windows connects the interior with the surrounding landscape, allowing the setting to take center stage. The interior finishes include bleached eastern pine flooring and white shiplap walls. The space is kept serene and uncluttered, with a wood stove fireplace providing warmth and a cozy focal point. The off-grid functionality of the cabin is powered by solar panels. A nearby solar hut captures energy for the cabin's utilities, while a rainwater collection system provides fresh water. Credits Architecture and Design: Greg Dutton / Midland Architecture Interiors: Liz Dutton Construction: Greg Dutton, Chris Dutton, and John Dutton, with assistance from family and friends Photography: Alexandra Ribar 172.The Ohio Valley Hut by Greg Dutton-Alexandra Ribar (2).jpg 172.The Ohio Valley Hut by Greg Dutton-Alexandra Ribar (3).jpg 1/3 0 Product 4.3K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in The Ohio Valley Hut Belmont County, OH, USA Architects: Midland Architecture Greg Dutton Studio Architecture Office United States Area: Year: City: Client: 600 ft² 2018 Belmont County Construction: Greg Dutton, Chris Dutton, and family/friends Category: RESIDENTIAL Project Type: Cabin Post Type: Building Country: United States Photographers: Alexandra Ribar the Architects Description: The Ohio Valley Hut is a 600-square-foot, off-grid cabin located on a 2,000-acre family cattle farm in Belmont County, Ohio. Designed and built by architect Greg Dutton, the project was inspired by Scandinavian design and the "hygge" concept of coziness. Completed in 2018, the hut was a collaborative effort with Dutton's brother, Chris, their father, John, and other family and friends. The cabin's sustainable, minimalist approach earned it a 2019 AIA Ohio Honor Award and a 2020 AIA Columbus Architecture Honor Award. The hut is nestled in the woods on a high bank, with a prime view of one of the many lakes on the farm. The property, which the family purchased in 1981, was originally a strip mine that has been reclaimed over the decades through their stewardship. The cabin's foundation consists of simple concrete piers, allowing it to "touch the earth lightly" and minimize its environmental impact. The exterior is clad in cedar shingles, which will weather over time to a soft gray that will allow the building to blend even more seamlessly into its surroundings. The design is heavily influenced by aspects of farming, using traditional and logical building techniques with simple, economical materials. Inside, the cabin features a "country minimalism" aesthetic. A large, 25-foot expanse of floor-to-ceiling windows connects the interior with the surrounding landscape, allowing the setting to take center stage. The interior finishes include bleached eastern pine flooring and white shiplap walls. The space is kept serene and uncluttered, with a wood stove fireplace providing warmth and a cozy focal point. The off-grid functionality of the cabin is powered by solar panels. A nearby solar hut captures energy for the cabin's utilities, while a rainwater collection system provides fresh water. Credits Architecture and Design: Greg Dutton / Midland Architecture Interiors: Liz Dutton Construction: Greg Dutton, Chris Dutton, and John Dutton, with assistance from family and friends Photography: Alexandra Ribar Published on September 23, 2025 by: Premium Member Media Micro Homes View all Images +9 Plans & 2Ds Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted Midland Architecture More Projects by Please Wait The Ohio Valley Hut Close ...

WINDOWS Appliances Appliances: Refrigerators Microwaves Feezers Stoves Ovens Ranges Cooktops Dishwashers Laundry washer Bathroom Bathroom: Toilets Towel dispensers Faucets Sinks Bath tubs Shelves Soap dispensers Trash receptacles Tissue dispensers Hand dryers Urinals Urinal screens Toilet partitions Bidets Showers Clothing hooks Tile Towel bars Grab bars Changing room Ventilation fans finishes FINISHES: Finishes Doors DOORS: Garage doors Fire doors Glass doors Sliding doors Metal doors Wood doors Overhead doors Door hardware Shower doors Folding doors Revolving doors French doors Patio doors Traffic doors Door frames Exterior doors Security doors Entry doors Access doors Pocket Doors Screen Doors Electrical ELECTRICAL: Raceways Switches Wire management Cable trays Floor boxes Power panels Wall boxes Wall plates Electrical receptacles GFCI receptacles Lighting controls Dimmers Electrical sensors Electrical plugs Cable fittings Wire connectors Data jacks Network jacks Network cabling Network enclosures Network Panels Elevators ELEVATORS: Elevator cab Modular elevators wheelchair lifts Conveyors Freight elevators Home elevators Glass elevators Hydraulic elevators Dumbwaiters Post lifts Pit lifts Escalators Vacuum elevators Dock Lifts Platform Lifts Fireplaces FIREPLACES: Gas fireplaces Electric fireplaces Wood fireplaces Wood stoves Fireplace insert Pellet stoves Venting Chimney Stairs add ADD PRODUCT Furniture FURNITURE: Table Sofa Chair Lounge Pouf Cupboard Clothes Hangers Daybed Windows HOSPITAL: Hospital Doors Hospital Furniture Hospital Beds Hospital Headwalls Radiation Shielding Lead Glass Lead Cabinets Nuclear Shielding Lead Walls Lead Curtains Lead Lined Frames Casework Acoustic Panels Corner Guards Air Conditioners / Ptac HVAC HVAC: Heaters Boilers Vents Ducts Grilles Louvers Air Conditioners Fans Furnaces Hvac Controls Air Filters Air Curtains Water Pumps Radiant Heating Thermostats Condensors Roofing ROOFING: Shingles Metal Roofing Roof Membranes Roof Tiles Bitumen Roofing Roof Underlayment Liquid Applied Roofing Slate Roofing EPDM Roofing TPO Roofing PVC Roofing Garden Roofs Gutters Roof Panels Roofing Adhesives Roof Vents Fall Protection Roof Deck Roof Accessories Sheathing kitchen KITCHEN: Cabinets Refrigerators Countertops Cabinet Hardware Cooktops Dishwashers Microwave Ovens Ovens Freezers Warming Drawers Lighting - Pendant Lighting - Recessed Faucets Ranges Hoods Sinks lighting LIGHTING: Skylights Area Lighting Track Lighting Ceiling Lights Outdoor Lighting Daylighting Emergency Lighting Tubular Skylight LED Lighting Dimmers Interior Lighting Exterior Lighting Low Voltage Lighting Safety Lighting Parking Lot Lighting Siding SIDING: Siding Flooring FLOORING: Wood flooring Radiant heating Cork flooring Tile Sports flooring Acoustic flooring Rubber flooring Dance flooring Vinyl flooring Glass flooring Floor panels Metal flooring Floor coatings Concrete flooring Floor sealants Floor underlayment Terrazzo Floor adhesives Floor supports Sheathing Masonry MASONRY: Mortar Concrete Block Cement Grout Masonry Weeps Masonry Vents Veneer Stone CMU Pavers Cast Stone Water Sealant Stucco Brick Waterproofing Membrane Paints PAINTS: Exterior Paint Interior Paint Stains Primers High Performance Stucco Coatings Aama Coatings Low Voc Paint Acrylic Paint High Performance Coating Stone STONE: Stone Pumbing PLUMBING: Toilets Bidets Lavatories Sinks Drains Valves Bath Tubs Urinals Faucets Fountains Water Filters Walls WALLS: Wall Partitions Sliding Walls Operable Walls Wall Panels Folding Walls Glass Walls Retaining Walls Water Walls Bullet Resistant Walls Motorized Wall Sheathing Garden Walls Stucco Stone Walls Paints Railings RAILINGS: Railings Windows WINDOWS: Double Hung Windows Casement Windows Fixed Windows Sliding Windows Hurricane Windows Blast Resistant Windows Impact Resistant Windows Security Windows Pass Thru Windows Composite Windows Vinyl Windows Wood Windows Metal Windows Tilt And Turn Windows Storefront Windows Add Product Tilt And Turn Windows WINDOWS 0 Products 0 Design Designs

RESIDENTIAL | Cabin | Designed by JVA Jarmund Vigsnæs AS Architects MNAL, the Cabin in Nordmarka is a 120-square-meter retreat completed in 2004 in a freshly cut clearing in a forest near Oslo, Norway. Created primarily for use during the winter cross-country skiing season, the cabin is elevated off the ground and is designed to take in views of the soft hills, lakes, and low winter sun toward the southern horizon. The design is conceived as a "thick house," with secondary spaces serving as a form of insulation between the exterior and the interior core. This core is a two-story central space that functions like a small urban piazza and is filled with light from the sides and above. This central area features varied ceiling heights, ranging from smaller, cave-like children's beds to a high-ceilinged common room. Natural light is filtered into this central space through the surrounding secondary rooms. The materials and color palette reflect traditional housing in the area: a black-stained wooden shell and a light-wood interior. The timber construction features substantial insulation, with walls insulated to 15 cm, floors to 20 cm, and the roof to 25 cm. Wooden panels are used for cladding both the interior and exterior, and the roof is covered with wooden panels over a membrane. Interior fittings and the kitchen are custom-designed by the architects, using pine plywood. Pine and fir were used for both the cladding and construction. The bathroom and hallway floors are finished with limestone, and a plastered masonry fireplace provides warmth. Credits Architects: Einar Jarmund and Håkon Vigsnæs of JVA Jarmund Vigsnæs AS Photography: JVA Jarmund Vigsnæs AS | https://static.wixstatic.com/media/a0ba0f_d822ac7d5d60484fb62ee26db14ae3b5~mv2.jpg/v1/fill/w_1100,h_736,al_c,q_85/222.Cabin%20in%20Nordmarka%20by%20JVA%20Jarmund%20Vigsn%C3%A6s%20AS%20(1).jpg Please Wait 222.Cabin in Nordmarka by JVA Jarmund Vigsnæs AS (1).jpg Designed by JVA Jarmund Vigsnæs AS Architects MNAL, the Cabin in Nordmarka is a 120-square-meter retreat completed in 2004 in a freshly cut clearing in a forest near Oslo, Norway. Created primarily for use during the winter cross-country skiing season, the cabin is elevated off the ground and is designed to take in views of the soft hills, lakes, and low winter sun toward the southern horizon. The design is conceived as a "thick house," with secondary spaces serving as a form of insulation between the exterior and the interior core. This core is a two-story central space that functions like a small urban piazza and is filled with light from the sides and above. This central area features varied ceiling heights, ranging from smaller, cave-like children's beds to a high-ceilinged common room. Natural light is filtered into this central space through the surrounding secondary rooms. The materials and color palette reflect traditional housing in the area: a black-stained wooden shell and a light-wood interior. The timber construction features substantial insulation, with walls insulated to 15 cm, floors to 20 cm, and the roof to 25 cm. Wooden panels are used for cladding both the interior and exterior, and the roof is covered with wooden panels over a membrane. Interior fittings and the kitchen are custom-designed by the architects, using pine plywood. Pine and fir were used for both the cladding and construction. The bathroom and hallway floors are finished with limestone, and a plastered masonry fireplace provides warmth. Credits Architects: Einar Jarmund and Håkon Vigsnæs of JVA Jarmund Vigsnæs AS Photography: JVA Jarmund Vigsnæs AS 222.Cabin in Nordmarka by JVA Jarmund Vigsnæs AS (11).jpg 222.Cabin in Nordmarka by JVA Jarmund Vigsnæs AS (4).jpg 1/5 0 Product 4.1K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in Cabin Nordmarka Nordmarka, Asker Municipality, Norway Architects: JVA Jarmund Vigsnæs AS Einar Jarmund & Co AS Architecture Office Norway Area: Year: City: Client: 120 m² 2009 Nordmarka Construction: - Category: RESIDENTIAL Project Type: Cabin Post Type: Building Country: Norway Photographers: JVA Jarmund Vigsnæs AS the Architects Description: Designed by JVA Jarmund Vigsnæs AS Architects MNAL, the Cabin in Nordmarka is a 120-square-meter retreat completed in 2004 in a freshly cut clearing in a forest near Oslo, Norway. Created primarily for use during the winter cross-country skiing season, the cabin is elevated off the ground and is designed to take in views of the soft hills, lakes, and low winter sun toward the southern horizon. The design is conceived as a "thick house," with secondary spaces serving as a form of insulation between the exterior and the interior core. This core is a two-story central space that functions like a small urban piazza and is filled with light from the sides and above. This central area features varied ceiling heights, ranging from smaller, cave-like children's beds to a high-ceilinged common room. Natural light is filtered into this central space through the surrounding secondary rooms. The materials and color palette reflect traditional housing in the area: a black-stained wooden shell and a light-wood interior. The timber construction features substantial insulation, with walls insulated to 15 cm, floors to 20 cm, and the roof to 25 cm. Wooden panels are used for cladding both the interior and exterior, and the roof is covered with wooden panels over a membrane. Interior fittings and the kitchen are custom-designed by the architects, using pine plywood. Pine and fir were used for both the cladding and construction. The bathroom and hallway floors are finished with limestone, and a plastered masonry fireplace provides warmth. Credits Architects: Einar Jarmund and Håkon Vigsnæs of JVA Jarmund Vigsnæs AS Photography: JVA Jarmund Vigsnæs AS Published on September 23, 2025 by: Premium Member Media Micro Homes View all Images +13 Plans & 2Ds Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted JVA Jarmund Vigsnæs AS More Projects by Please Wait Cabin Nordmarka Close ...

STONE Appliances Appliances: Refrigerators Microwaves Feezers Stoves Ovens Ranges Cooktops Dishwashers Laundry washer Bathroom Bathroom: Toilets Towel dispensers Faucets Sinks Bath tubs Shelves Soap dispensers Trash receptacles Tissue dispensers Hand dryers Urinals Urinal screens Toilet partitions Bidets Showers Clothing hooks Tile Towel bars Grab bars Changing room Ventilation fans finishes FINISHES: Finishes Doors DOORS: Garage doors Fire doors Glass doors Sliding doors Metal doors Wood doors Overhead doors Door hardware Shower doors Folding doors Revolving doors French doors Patio doors Traffic doors Door frames Exterior doors Security doors Entry doors Access doors Pocket Doors Screen Doors Electrical ELECTRICAL: Raceways Switches Wire management Cable trays Floor boxes Power panels Wall boxes Wall plates Electrical receptacles GFCI receptacles Lighting controls Dimmers Electrical sensors Electrical plugs Cable fittings Wire connectors Data jacks Network jacks Network cabling Network enclosures Network Panels Elevators ELEVATORS: Elevator cab Modular elevators wheelchair lifts Conveyors Freight elevators Home elevators Glass elevators Hydraulic elevators Dumbwaiters Post lifts Pit lifts Escalators Vacuum elevators Dock Lifts Platform Lifts Fireplaces FIREPLACES: Gas fireplaces Electric fireplaces Wood fireplaces Wood stoves Fireplace insert Pellet stoves Venting Chimney Stairs add ADD PRODUCT Furniture FURNITURE: Table Sofa Chair Lounge Pouf Cupboard Clothes Hangers Daybed Windows HOSPITAL: Hospital Doors Hospital Furniture Hospital Beds Hospital Headwalls Radiation Shielding Lead Glass Lead Cabinets Nuclear Shielding Lead Walls Lead Curtains Lead Lined Frames Casework Acoustic Panels Corner Guards Air Conditioners / Ptac HVAC HVAC: Heaters Boilers Vents Ducts Grilles Louvers Air Conditioners Fans Furnaces Hvac Controls Air Filters Air Curtains Water Pumps Radiant Heating Thermostats Condensors Roofing ROOFING: Shingles Metal Roofing Roof Membranes Roof Tiles Bitumen Roofing Roof Underlayment Liquid Applied Roofing Slate Roofing EPDM Roofing TPO Roofing PVC Roofing Garden Roofs Gutters Roof Panels Roofing Adhesives Roof Vents Fall Protection Roof Deck Roof Accessories Sheathing kitchen KITCHEN: Cabinets Refrigerators Countertops Cabinet Hardware Cooktops Dishwashers Microwave Ovens Ovens Freezers Warming Drawers Lighting - Pendant Lighting - Recessed Faucets Ranges Hoods Sinks lighting LIGHTING: Skylights Area Lighting Track Lighting Ceiling Lights Outdoor Lighting Daylighting Emergency Lighting Tubular Skylight LED Lighting Dimmers Interior Lighting Exterior Lighting Low Voltage Lighting Safety Lighting Parking Lot Lighting Siding SIDING: Siding Flooring FLOORING: Wood flooring Radiant heating Cork flooring Tile Sports flooring Acoustic flooring Rubber flooring Dance flooring Vinyl flooring Glass flooring Floor panels Metal flooring Floor coatings Concrete flooring Floor sealants Floor underlayment Terrazzo Floor adhesives Floor supports Sheathing Masonry MASONRY: Mortar Concrete Block Cement Grout Masonry Weeps Masonry Vents Veneer Stone CMU Pavers Cast Stone Water Sealant Stucco Brick Waterproofing Membrane Paints PAINTS: Exterior Paint Interior Paint Stains Primers High Performance Stucco Coatings Aama Coatings Low Voc Paint Acrylic Paint High Performance Coating Stone STONE: Stone Pumbing PLUMBING: Toilets Bidets Lavatories Sinks Drains Valves Bath Tubs Urinals Faucets Fountains Water Filters Walls WALLS: Wall Partitions Sliding Walls Operable Walls Wall Panels Folding Walls Glass Walls Retaining Walls Water Walls Bullet Resistant Walls Motorized Wall Sheathing Garden Walls Stucco Stone Walls Paints Railings RAILINGS: Railings Windows WINDOWS: Double Hung Windows Casement Windows Fixed Windows Sliding Windows Hurricane Windows Blast Resistant Windows Impact Resistant Windows Security Windows Pass Thru Windows Composite Windows Vinyl Windows Wood Windows Metal Windows Tilt And Turn Windows Storefront Windows Add Product Stone Flooring STONE 0 Products 0 Design Designs

LIGHTING Appliances Appliances: Refrigerators Microwaves Feezers Stoves Ovens Ranges Cooktops Dishwashers Laundry washer Bathroom Bathroom: Toilets Towel dispensers Faucets Sinks Bath tubs Shelves Soap dispensers Trash receptacles Tissue dispensers Hand dryers Urinals Urinal screens Toilet partitions Bidets Showers Clothing hooks Tile Towel bars Grab bars Changing room Ventilation fans finishes FINISHES: Finishes Doors DOORS: Garage doors Fire doors Glass doors Sliding doors Metal doors Wood doors Overhead doors Door hardware Shower doors Folding doors Revolving doors French doors Patio doors Traffic doors Door frames Exterior doors Security doors Entry doors Access doors Pocket Doors Screen Doors Electrical ELECTRICAL: Raceways Switches Wire management Cable trays Floor boxes Power panels Wall boxes Wall plates Electrical receptacles GFCI receptacles Lighting controls Dimmers Electrical sensors Electrical plugs Cable fittings Wire connectors Data jacks Network jacks Network cabling Network enclosures Network Panels Elevators ELEVATORS: Elevator cab Modular elevators wheelchair lifts Conveyors Freight elevators Home elevators Glass elevators Hydraulic elevators Dumbwaiters Post lifts Pit lifts Escalators Vacuum elevators Dock Lifts Platform Lifts Fireplaces FIREPLACES: Gas fireplaces Electric fireplaces Wood fireplaces Wood stoves Fireplace insert Pellet stoves Venting Chimney Stairs add ADD PRODUCT Furniture FURNITURE: Table Sofa Chair Lounge Pouf Cupboard Clothes Hangers Daybed Windows HOSPITAL: Hospital Doors Hospital Furniture Hospital Beds Hospital Headwalls Radiation Shielding Lead Glass Lead Cabinets Nuclear Shielding Lead Walls Lead Curtains Lead Lined Frames Casework Acoustic Panels Corner Guards Air Conditioners / Ptac HVAC HVAC: Heaters Boilers Vents Ducts Grilles Louvers Air Conditioners Fans Furnaces Hvac Controls Air Filters Air Curtains Water Pumps Radiant Heating Thermostats Condensors Roofing ROOFING: Shingles Metal Roofing Roof Membranes Roof Tiles Bitumen Roofing Roof Underlayment Liquid Applied Roofing Slate Roofing EPDM Roofing TPO Roofing PVC Roofing Garden Roofs Gutters Roof Panels Roofing Adhesives Roof Vents Fall Protection Roof Deck Roof Accessories Sheathing kitchen KITCHEN: Cabinets Refrigerators Countertops Cabinet Hardware Cooktops Dishwashers Microwave Ovens Ovens Freezers Warming Drawers Lighting - Pendant Lighting - Recessed Faucets Ranges Hoods Sinks lighting LIGHTING: Skylights Area Lighting Track Lighting Ceiling Lights Outdoor Lighting Daylighting Emergency Lighting Tubular Skylight LED Lighting Dimmers Interior Lighting Exterior Lighting Low Voltage Lighting Safety Lighting Parking Lot Lighting Siding SIDING: Siding Flooring FLOORING: Wood flooring Radiant heating Cork flooring Tile Sports flooring Acoustic flooring Rubber flooring Dance flooring Vinyl flooring Glass flooring Floor panels Metal flooring Floor coatings Concrete flooring Floor sealants Floor underlayment Terrazzo Floor adhesives Floor supports Sheathing Masonry MASONRY: Mortar Concrete Block Cement Grout Masonry Weeps Masonry Vents Veneer Stone CMU Pavers Cast Stone Water Sealant Stucco Brick Waterproofing Membrane Paints PAINTS: Exterior Paint Interior Paint Stains Primers High Performance Stucco Coatings Aama Coatings Low Voc Paint Acrylic Paint High Performance Coating Stone STONE: Stone Pumbing PLUMBING: Toilets Bidets Lavatories Sinks Drains Valves Bath Tubs Urinals Faucets Fountains Water Filters Walls WALLS: Wall Partitions Sliding Walls Operable Walls Wall Panels Folding Walls Glass Walls Retaining Walls Water Walls Bullet Resistant Walls Motorized Wall Sheathing Garden Walls Stucco Stone Walls Paints Railings RAILINGS: Railings Windows WINDOWS: Double Hung Windows Casement Windows Fixed Windows Sliding Windows Hurricane Windows Blast Resistant Windows Impact Resistant Windows Security Windows Pass Thru Windows Composite Windows Vinyl Windows Wood Windows Metal Windows Tilt And Turn Windows Storefront Windows Add Product Led Lighting LIGHTING 0 Products 0 Design Designs

PLUMBING Appliances Appliances: Refrigerators Microwaves Feezers Stoves Ovens Ranges Cooktops Dishwashers Laundry washer Bathroom Bathroom: Toilets Towel dispensers Faucets Sinks Bath tubs Shelves Soap dispensers Trash receptacles Tissue dispensers Hand dryers Urinals Urinal screens Toilet partitions Bidets Showers Clothing hooks Tile Towel bars Grab bars Changing room Ventilation fans finishes FINISHES: Finishes Doors DOORS: Garage doors Fire doors Glass doors Sliding doors Metal doors Wood doors Overhead doors Door hardware Shower doors Folding doors Revolving doors French doors Patio doors Traffic doors Door frames Exterior doors Security doors Entry doors Access doors Pocket Doors Screen Doors Electrical ELECTRICAL: Raceways Switches Wire management Cable trays Floor boxes Power panels Wall boxes Wall plates Electrical receptacles GFCI receptacles Lighting controls Dimmers Electrical sensors Electrical plugs Cable fittings Wire connectors Data jacks Network jacks Network cabling Network enclosures Network Panels Elevators ELEVATORS: Elevator cab Modular elevators wheelchair lifts Conveyors Freight elevators Home elevators Glass elevators Hydraulic elevators Dumbwaiters Post lifts Pit lifts Escalators Vacuum elevators Dock Lifts Platform Lifts Fireplaces FIREPLACES: Gas fireplaces Electric fireplaces Wood fireplaces Wood stoves Fireplace insert Pellet stoves Venting Chimney Stairs add ADD PRODUCT Furniture FURNITURE: Table Sofa Chair Lounge Pouf Cupboard Clothes Hangers Daybed Windows HOSPITAL: Hospital Doors Hospital Furniture Hospital Beds Hospital Headwalls Radiation Shielding Lead Glass Lead Cabinets Nuclear Shielding Lead Walls Lead Curtains Lead Lined Frames Casework Acoustic Panels Corner Guards Air Conditioners / Ptac HVAC HVAC: Heaters Boilers Vents Ducts Grilles Louvers Air Conditioners Fans Furnaces Hvac Controls Air Filters Air Curtains Water Pumps Radiant Heating Thermostats Condensors Roofing ROOFING: Shingles Metal Roofing Roof Membranes Roof Tiles Bitumen Roofing Roof Underlayment Liquid Applied Roofing Slate Roofing EPDM Roofing TPO Roofing PVC Roofing Garden Roofs Gutters Roof Panels Roofing Adhesives Roof Vents Fall Protection Roof Deck Roof Accessories Sheathing kitchen KITCHEN: Cabinets Refrigerators Countertops Cabinet Hardware Cooktops Dishwashers Microwave Ovens Ovens Freezers Warming Drawers Lighting - Pendant Lighting - Recessed Faucets Ranges Hoods Sinks lighting LIGHTING: Skylights Area Lighting Track Lighting Ceiling Lights Outdoor Lighting Daylighting Emergency Lighting Tubular Skylight LED Lighting Dimmers Interior Lighting Exterior Lighting Low Voltage Lighting Safety Lighting Parking Lot Lighting Siding SIDING: Siding Flooring FLOORING: Wood flooring Radiant heating Cork flooring Tile Sports flooring Acoustic flooring Rubber flooring Dance flooring Vinyl flooring Glass flooring Floor panels Metal flooring Floor coatings Concrete flooring Floor sealants Floor underlayment Terrazzo Floor adhesives Floor supports Sheathing Masonry MASONRY: Mortar Concrete Block Cement Grout Masonry Weeps Masonry Vents Veneer Stone CMU Pavers Cast Stone Water Sealant Stucco Brick Waterproofing Membrane Paints PAINTS: Exterior Paint Interior Paint Stains Primers High Performance Stucco Coatings Aama Coatings Low Voc Paint Acrylic Paint High Performance Coating Stone STONE: Stone Pumbing PLUMBING: Toilets Bidets Lavatories Sinks Drains Valves Bath Tubs Urinals Faucets Fountains Water Filters Walls WALLS: Wall Partitions Sliding Walls Operable Walls Wall Panels Folding Walls Glass Walls Retaining Walls Water Walls Bullet Resistant Walls Motorized Wall Sheathing Garden Walls Stucco Stone Walls Paints Railings RAILINGS: Railings Windows WINDOWS: Double Hung Windows Casement Windows Fixed Windows Sliding Windows Hurricane Windows Blast Resistant Windows Impact Resistant Windows Security Windows Pass Thru Windows Composite Windows Vinyl Windows Wood Windows Metal Windows Tilt And Turn Windows Storefront Windows Add Product Drains PLUMBING 0 Products 0 Design Designs

RESIDENTIAL | Summer House | The Kaggeboda House, a summer retreat designed by Stockholm-based AndrénFogelström in collaboration with Kolman Boye Architects, is a unique arrangement of three separate cabins nestled in the Stockholm archipelago. Completed in 2013, the design is centered on encouraging an intimate connection with nature by requiring residents to step outside to move between different living areas. The house offers a modern take on the traditional Swedish summer cottage, with a decentralized layout that has gained particular relevance for its innovative approach to small-scale living. The project is conceptualized as a "mini village" where three cabins of varying sizes are arranged in close relation to one another on a shared wooden deck. The dark, strong exterior and light, simple interior are designed to harmonize with the surrounding pine forest and the rocky terrain of Norrtälje, Sweden. Exterior: The facades are clad in a dark, phenol-coated plywood, typically used for forming concrete, which gives the cabins a distinctive, weather-resistant finish. The doors, also dark and industrial, are made from the same metal sheeting used for the roofs. Interior: In contrast to the tough exterior, the interiors are bright, warm, and serene, clad entirely in white-waxed birch plywood. The attention to detail is evident in the seamless, custom-built furniture and aligned wood joints, which give the space the feel of a meticulously crafted object. The three buildings serve distinct purposes: Main Cabin: The largest of the three contains an open-plan living room, kitchen, bedroom, and dining area, all centered around a wood-burning stove. Mid-size Cabin: The second building houses a study and a guest room. Smallest Cabin: The third cabin is used for storage but was designed to be flexible enough to be converted into a bathroom if needed. Outdoor living: The wooden deck connects the cabins and functions as an extension of the living space, featuring various lounge areas and an outdoor kitchen. The arrangement emphasizes outdoor living and the simple beauty of a summer spent close to nature. Project credits and contributors Project Name: Kaggeboda Project Location: Norrtälje, Sweden Completion Year: 2013 Architects: AndrénFogelström and Kolman Boye Architects Lead Architects: Tove Fogelström and Erik Kolman Area: 62 square meters Manufacturers: AutoDesk and karnsund Photography: James Silverman | https://static.wixstatic.com/media/a0ba0f_75ab80a627dc461bb3e9fbbd3e014f0b~mv2.jpg/v1/fill/w_1582,h_755,al_c,q_85/Kaggeboda%20House-Andr%C3%A9nFogelstr%C3%B6m-James%20Silverman%20(1).jpg Please Wait Kaggeboda House-AndrénFogelström-James Silverman (1).jpg The Kaggeboda House, a summer retreat designed by Stockholm-based AndrénFogelström in collaboration with Kolman Boye Architects, is a unique arrangement of three separate cabins nestled in the Stockholm archipelago. Completed in 2013, the design is centered on encouraging an intimate connection with nature by requiring residents to step outside to move between different living areas. The house offers a modern take on the traditional Swedish summer cottage, with a decentralized layout that has gained particular relevance for its innovative approach to small-scale living. The project is conceptualized as a "mini village" where three cabins of varying sizes are arranged in close relation to one another on a shared wooden deck. The dark, strong exterior and light, simple interior are designed to harmonize with the surrounding pine forest and the rocky terrain of Norrtälje, Sweden. Exterior: The facades are clad in a dark, phenol-coated plywood, typically used for forming concrete, which gives the cabins a distinctive, weather-resistant finish. The doors, also dark and industrial, are made from the same metal sheeting used for the roofs. Interior: In contrast to the tough exterior, the interiors are bright, warm, and serene, clad entirely in white-waxed birch plywood. The attention to detail is evident in the seamless, custom-built furniture and aligned wood joints, which give the space the feel of a meticulously crafted object. The three buildings serve distinct purposes: Main Cabin: The largest of the three contains an open-plan living room, kitchen, bedroom, and dining area, all centered around a wood-burning stove. Mid-size Cabin: The second building houses a study and a guest room. Smallest Cabin: The third cabin is used for storage but was designed to be flexible enough to be converted into a bathroom if needed. Outdoor living: The wooden deck connects the cabins and functions as an extension of the living space, featuring various lounge areas and an outdoor kitchen. The arrangement emphasizes outdoor living and the simple beauty of a summer spent close to nature. Project credits and contributors Project Name: Kaggeboda Project Location: Norrtälje, Sweden Completion Year: 2013 Architects: AndrénFogelström and Kolman Boye Architects Lead Architects: Tove Fogelström and Erik Kolman Area: 62 square meters Manufacturers: AutoDesk and karnsund Photography: James Silverman Kaggeboda House-AndrénFogelström-James Silverman (17).jpg The Kaggeboda House, a summer retreat designed by Stockholm-based AndrénFogelström in collaboration with Kolman Boye Architects, is a unique arrangement of three separate cabins nestled in the Stockholm archipelago. Completed in 2013, the design is centered on encouraging an intimate connection with nature by requiring residents to step outside to move between different living areas. The house offers a modern take on the traditional Swedish summer cottage, with a decentralized layout that has gained particular relevance for its innovative approach to small-scale living. The project is conceptualized as a "mini village" where three cabins of varying sizes are arranged in close relation to one another on a shared wooden deck. The dark, strong exterior and light, simple interior are designed to harmonize with the surrounding pine forest and the rocky terrain of Norrtälje, Sweden. Exterior: The facades are clad in a dark, phenol-coated plywood, typically used for forming concrete, which gives the cabins a distinctive, weather-resistant finish. The doors, also dark and industrial, are made from the same metal sheeting used for the roofs. Interior: In contrast to the tough exterior, the interiors are bright, warm, and serene, clad entirely in white-waxed birch plywood. The attention to detail is evident in the seamless, custom-built furniture and aligned wood joints, which give the space the feel of a meticulously crafted object. The three buildings serve distinct purposes: Main Cabin: The largest of the three contains an open-plan living room, kitchen, bedroom, and dining area, all centered around a wood-burning stove. Mid-size Cabin: The second building houses a study and a guest room. Smallest Cabin: The third cabin is used for storage but was designed to be flexible enough to be converted into a bathroom if needed. Outdoor living: The wooden deck connects the cabins and functions as an extension of the living space, featuring various lounge areas and an outdoor kitchen. The arrangement emphasizes outdoor living and the simple beauty of a summer spent close to nature. Project credits and contributors Project Name: Kaggeboda Project Location: Norrtälje, Sweden Completion Year: 2013 Architects: AndrénFogelström and Kolman Boye Architects Lead Architects: Tove Fogelström and Erik Kolman Area: 62 square meters Manufacturers: AutoDesk and karnsund Photography: James Silverman Kaggeboda House-AndrénFogelström-James Silverman (12).jpg The Kaggeboda House, a summer retreat designed by Stockholm-based AndrénFogelström in collaboration with Kolman Boye Architects, is a unique arrangement of three separate cabins nestled in the Stockholm archipelago. Completed in 2013, the design is centered on encouraging an intimate connection with nature by requiring residents to step outside to move between different living areas. The house offers a modern take on the traditional Swedish summer cottage, with a decentralized layout that has gained particular relevance for its innovative approach to small-scale living. The project is conceptualized as a "mini village" where three cabins of varying sizes are arranged in close relation to one another on a shared wooden deck. The dark, strong exterior and light, simple interior are designed to harmonize with the surrounding pine forest and the rocky terrain of Norrtälje, Sweden. Exterior: The facades are clad in a dark, phenol-coated plywood, typically used for forming concrete, which gives the cabins a distinctive, weather-resistant finish. The doors, also dark and industrial, are made from the same metal sheeting used for the roofs. Interior: In contrast to the tough exterior, the interiors are bright, warm, and serene, clad entirely in white-waxed birch plywood. The attention to detail is evident in the seamless, custom-built furniture and aligned wood joints, which give the space the feel of a meticulously crafted object. The three buildings serve distinct purposes: Main Cabin: The largest of the three contains an open-plan living room, kitchen, bedroom, and dining area, all centered around a wood-burning stove. Mid-size Cabin: The second building houses a study and a guest room. Smallest Cabin: The third cabin is used for storage but was designed to be flexible enough to be converted into a bathroom if needed. Outdoor living: The wooden deck connects the cabins and functions as an extension of the living space, featuring various lounge areas and an outdoor kitchen. The arrangement emphasizes outdoor living and the simple beauty of a summer spent close to nature. Project credits and contributors Project Name: Kaggeboda Project Location: Norrtälje, Sweden Completion Year: 2013 Architects: AndrénFogelström and Kolman Boye Architects Lead Architects: Tove Fogelström and Erik Kolman Area: 62 square meters Manufacturers: AutoDesk and karnsund Photography: James Silverman 1/6 0 Product 4.6K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in Kaggeboda House Norrtälje, Sweden Architects: AndrénFogelström (in collaboration with Kolman Boye Architects) AndrénFogelström Architecture Office Sweden Area: Year: City: Client: 62 m² 2013 Norrtälje Construction: - Category: RESIDENTIAL Project Type: Summer House Post Type: Building Country: Sweden Photographers: James Silverman the Architects Description: The Kaggeboda House, a summer retreat designed by Stockholm-based AndrénFogelström in collaboration with Kolman Boye Architects, is a unique arrangement of three separate cabins nestled in the Stockholm archipelago. Completed in 2013, the design is centered on encouraging an intimate connection with nature by requiring residents to step outside to move between different living areas. The house offers a modern take on the traditional Swedish summer cottage, with a decentralized layout that has gained particular relevance for its innovative approach to small-scale living. The project is conceptualized as a "mini village" where three cabins of varying sizes are arranged in close relation to one another on a shared wooden deck. The dark, strong exterior and light, simple interior are designed to harmonize with the surrounding pine forest and the rocky terrain of Norrtälje, Sweden. Exterior: The facades are clad in a dark, phenol-coated plywood, typically used for forming concrete, which gives the cabins a distinctive, weather-resistant finish. The doors, also dark and industrial, are made from the same metal sheeting used for the roofs. Interior: In contrast to the tough exterior, the interiors are bright, warm, and serene, clad entirely in white-waxed birch plywood. The attention to detail is evident in the seamless, custom-built furniture and aligned wood joints, which give the space the feel of a meticulously crafted object. The three buildings serve distinct purposes: Main Cabin: The largest of the three contains an open-plan living room, kitchen, bedroom, and dining area, all centered around a wood-burning stove. Mid-size Cabin: The second building houses a study and a guest room. Smallest Cabin: The third cabin is used for storage but was designed to be flexible enough to be converted into a bathroom if needed. Outdoor living: The wooden deck connects the cabins and functions as an extension of the living space, featuring various lounge areas and an outdoor kitchen. The arrangement emphasizes outdoor living and the simple beauty of a summer spent close to nature. Project credits and contributors Project Name: Kaggeboda Project Location: Norrtälje, Sweden Completion Year: 2013 Architects: AndrénFogelström and Kolman Boye Architects Lead Architects: Tove Fogelström and Erik Kolman Area: 62 square meters Manufacturers: AutoDesk and karnsund Photography: James Silverman Published on September 12, 2025 by: Premium Member Media Micro Homes View all Images +16 Plans & 2Ds Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted AndrénFogelström (in collaboration with Kolman Boye Architects) More Projects by Please Wait Kaggeboda House Close ...

El Salvador | Buildings, Projects, Architects, People, Brands.. Globe Globe PDFs & Catalogs Globe Gallery 3D models Globe Materials Globe Articles Globe x El Salvador The rank indicates the popularity of a country among users. By clicking on the 'Appreciate' button, you can contribute to elevating a country's rank. Each 'Appreciate' click adds to the country's rank, so feel free to express your appreciation by boosting countries with content that resonates with you. ... Rank ... Views 0 Info. About Contact Buildings Projects Architects People Brands 0 0 0 0 0 Join ... Contact Information: Please login to appreciate Appreciated Appreciate Buildings Projects Architects People Brands Influencers Inspiration No Buildings yet. No Architecture Offices yet. 1 2 3 ... 100 1 ... 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 ... 100 No Brands yet. No Projects yet. No Projects yet. No Projects yet. 1 2 3 ... 100 1 ... 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 ... 100 Zimbabwe Zambia Yemen Western Sahara Vietnam Venezuela www.zhiig.com

Architecture Office | Studio Bua is an architectural and design practice based in London, UK, but co-founded by Icelander Sigrún Sumarliðadóttir and Mark Smyth, with a focus on collaborative projects in Iceland. The studio's name, derived from the Icelandic word for "inhabit," reflects its human-centered approach to creating sensitive, context-aware, and sustainable spaces. The firm has gained international recognition for its work in Iceland, including the renovation of a derelict concrete barn into the "Hlöðuberg Artist Studio," where they utilized local craftsmanship and materials to create a modern and comfortable space. Studio Bua is known for its hands-on approach and for creating thoughtful designs that respect and respond to the unique characteristics of each environment. | https://static.wixstatic.com/media/9756fd_3ea3d0ae362c415e875146360625b216~mv2.jpg PDFs & Articles Globe Our Gallery Globe Our Store Globe About Globe Projects & Articles Globe Pinterest Instagram YouTube Globe Studio Bua United Kingdom Small Title 2017 Since Architecture Office ---- 1 Project 1.4K Views 0 Appreciate Appreciated Info. About Appreciators Contact Home Address: Sutherland House, London E17 6BU, UK Home studio@studiobua.com Contact Email: Phone Phone Number: Phone Founded: 2017 Globe Website: Visit Globe Languages: text text text text text Studio Bua is an architectural and design practice based in London, UK, but co-founded by Icelander Sigrún Sumarliðadóttir and Mark Smyth, with a focus on collaborative projects in Iceland. The studio's name, derived from the Icelandic word for "inhabit," reflects its human-centered approach to creating sensitive, context-aware, and sustainable spaces. The firm has gained international recognition for its work in Iceland, including the renovation of a derelict concrete barn into the "Hlöðuberg Artist Studio," where they utilized local craftsmanship and materials to create a modern and comfortable space. Studio Bua is known for its hands-on approach and for creating thoughtful designs that respect and respond to the unique characteristics of each environment. Contact Information: ... 1 2 3 4 5 1 ... 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 ... 100 Please login to appreciate Buildings Projects Inspiration 380.Atelier Nyp by Studio Bua (1).jpg "The Atelier Nyp is a sustainable artist's studio and guesthouse designed by Studio Bua on the site of a former sheep shed in remote western Iceland. Completed in 2023, the cabin was built on the repurposed concrete foundation of the original structure, which had been destroyed by extreme weather. This approach minimized the project's environmental impact and maximized existing resources, both material and cultural. Located in Skarðsströnd, the cabin is part of a broader development by Studio Bua of former farm buildings into a home, cultural spaces, and additional guesthouses. The project is named after the Nypurhyrna mountain that rises up from behind it. The cabin features a deliberately simple, jet-black corrugated steel exterior that references the local vernacular and protects against the harsh Icelandic weather. Its off-center pitched roof echoes the distinctive shape of one of the area's dominant mountain peaks. The interior features exposed cross-laminated timber (CLT) walls, which create a warm and cozy atmosphere. The space is divided into two independent units: a workspace with living quarters for the artist and her husband, and a self-contained mini-apartment for guests. Salvaged materials were incorporated throughout the project, including a staircase from a historic Reykjavík building and kitchen units from a 1950s apartment. Credits Architect: Studio Bua Architects: Sigrún Sumarliðadóttir (co-founder, Studio Bua) Client: Þóra Sigurðardóttir and Sumarliði R. Structural Engineer: Gísli Guðmundsson Contractor: Eiríkur Kristjánsson Photographer: Studio Bua Manufacturers: Cross-Laminated Timber (CLT), concrete, and corrugated steel" 380.Atelier Nyp by Studio Bua (2).jpg 380.Atelier Nyp by Studio Bua (12).jpg 1/6 Atelier Nyp HOSPITALITY Studio Á Skarðsströnd, 371 Búðardal (dreifbýli, 371, Iceland Studio Bua Architects: Area: - Year: 2023 City: Skardstrond Client Þóra Sigurðardóttir and Sumarl No Projects yet. 1 1 ... 1 ... 1 No Projects yet. 1 1 ... 1 ... 1 Inspiration All Projects Small Title Studio Bua United Kingdom Architecture Office Since 2017 ---- 0 1 Project 1.4K Views 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please login to appreciate Info. About Appreciators Home Address: Sutherland House, London E17 6BU, UK Home Contact Email: studio@studiobua.com Phone Phone Number: Phone Founded 2017 Globe Languages: .. Studio Bua is an architectural and design practice based in London, UK, but co-founded by Icelander Sigrún Sumarliðadóttir and Mark Smyth, with a focus on collaborative projects in Iceland. The studio's name, derived from the Icelandic word for "inhabit," reflects its human-centered approach to creating sensitive, context-aware, and sustainable spaces. The firm has gained international recognition for its work in Iceland, including the renovation of a derelict concrete barn into the "Hlöðuberg Artist Studio," where they utilized local craftsmanship and materials to create a modern and comfortable space. Studio Bua is known for its hands-on approach and for creating thoughtful designs that respect and respond to the unique characteristics of each environment. Globe Website & Links: Visit Buildings Projects Inspiration No Projects yet. 380.Atelier Nyp by Studio Bua (1).jpg "The Atelier Nyp is a sustainable artist's studio and guesthouse designed by Studio Bua on the site of a former sheep shed in remote western Iceland. Completed in 2023, the cabin was built on the repurposed concrete foundation of the original structure, which had been destroyed by extreme weather. This approach minimized the project's environmental impact and maximized existing resources, both material and cultural. Located in Skarðsströnd, the cabin is part of a broader development by Studio Bua of former farm buildings into a home, cultural spaces, and additional guesthouses. The project is named after the Nypurhyrna mountain that rises up from behind it. The cabin features a deliberately simple, jet-black corrugated steel exterior that references the local vernacular and protects against the harsh Icelandic weather. Its off-center pitched roof echoes the distinctive shape of one of the area's dominant mountain peaks. The interior features exposed cross-laminated timber (CLT) walls, which create a warm and cozy atmosphere. The space is divided into two independent units: a workspace with living quarters for the artist and her husband, and a self-contained mini-apartment for guests. Salvaged materials were incorporated throughout the project, including a staircase from a historic Reykjavík building and kitchen units from a 1950s apartment. Credits Architect: Studio Bua Architects: Sigrún Sumarliðadóttir (co-founder, Studio Bua) Client: Þóra Sigurðardóttir and Sumarliði R. Structural Engineer: Gísli Guðmundsson Contractor: Eiríkur Kristjánsson Photographer: Studio Bua Manufacturers: Cross-Laminated Timber (CLT), concrete, and corrugated steel" 380.Atelier Nyp by Studio Bua (2).jpg 380.Atelier Nyp by Studio Bua (12).jpg 1/6 Atelier Nyp HOSPITALITY Studio Iceland All Buildings 380.Atelier Nyp by Studio Bua (1).jpg "The Atelier Nyp is a sustainable artist's studio and guesthouse designed by Studio Bua on the site of a former sheep shed in remote western Iceland. Completed in 2023, the cabin was built on the repurposed concrete foundation of the original structure, which had been destroyed by extreme weather. This approach minimized the project's environmental impact and maximized existing resources, both material and cultural. Located in Skarðsströnd, the cabin is part of a broader development by Studio Bua of former farm buildings into a home, cultural spaces, and additional guesthouses. The project is named after the Nypurhyrna mountain that rises up from behind it. The cabin features a deliberately simple, jet-black corrugated steel exterior that references the local vernacular and protects against the harsh Icelandic weather. Its off-center pitched roof echoes the distinctive shape of one of the area's dominant mountain peaks. The interior features exposed cross-laminated timber (CLT) walls, which create a warm and cozy atmosphere. The space is divided into two independent units: a workspace with living quarters for the artist and her husband, and a self-contained mini-apartment for guests. Salvaged materials were incorporated throughout the project, including a staircase from a historic Reykjavík building and kitchen units from a 1950s apartment. Credits Architect: Studio Bua Architects: Sigrún Sumarliðadóttir (co-founder, Studio Bua) Client: Þóra Sigurðardóttir and Sumarliði R. Structural Engineer: Gísli Guðmundsson Contractor: Eiríkur Kristjánsson Photographer: Studio Bua Manufacturers: Cross-Laminated Timber (CLT), concrete, and corrugated steel" 380.Atelier Nyp by Studio Bua (2).jpg 380.Atelier Nyp by Studio Bua (12).jpg 1/6 Atelier Nyp HOSPITALITY Studio Á Skarðsströnd, 371 Búðardal (dreifbýli, 371, Iceland

Groupe SEB | Kitchen Appliances | Groupe SEB is a French multinational manufacturer of small household appliances. With a portfolio of iconic brands like Tefal, Rowenta, and Krups, Groupe SEB offers innovative and reliable products that simplify everyday tasks and enhance the cooking experience. Small Title Groupe SEB Kitchen Appliances Globe France Since 1857 0 Products 911 Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please login to appreciate Info. Company Overview Contact Person 112 Chemin du Moulin Carron, 69130 Écully, France Address: Zip code: Type of organisation: Corporation Type of Business: Kitchen Appliances No. of employees: In-house working languages: .. 1857 Year Established: Founder: Antoine Lescure Phone Phone: Home E-mail: Globe Website: www.groupeseb.com Groupe SEB is a French multinational manufacturer of small household appliances. With a portfolio of iconic brands like Tefal, Rowenta, and Krups, Groupe SEB offers innovative and reliable products that simplify everyday tasks and enhance the cooking experience.

Architecture Office | mA-style architects is an architectural studio based in Shizuoka, Japan, co-founded by Atsushi and Mayumi Kawamoto. The firm is internationally recognized for its contemporary, often minimalist, residential designs that challenge conventional thinking about space and privacy. They are known for their experimental use of materials, creative forms, and for blurring the lines between interior and exterior spaces, creating a profound connection to nature and the surrounding environment. Their projects have been featured in major design publications worldwide. | https://static.wixstatic.com/media/9756fd_dc33629ff239495384a2781eed3f9496~mv2.jpg PDFs & Articles Globe Our Gallery Globe Our Store Globe About Globe Projects & Articles Globe Pinterest Instagram YouTube Globe mA-style architects Japan Small Title 2004 Since Architecture Office ---- 1 Project 868 Views 0 Appreciate Appreciated Info. About Appreciators Contact Home Address: 212-38 Hosoe, Makinohara, Shizuoka 421-0421, Japan Home ma-style@yr.tnc.ne.jp Contact Email: Phone Phone Number: Phone Founded: 2004 Globe Website: Visit Globe Languages: text text text text text mA-style architects is an architectural studio based in Shizuoka, Japan, co-founded by Atsushi and Mayumi Kawamoto. The firm is internationally recognized for its contemporary, often minimalist, residential designs that challenge conventional thinking about space and privacy. They are known for their experimental use of materials, creative forms, and for blurring the lines between interior and exterior spaces, creating a profound connection to nature and the surrounding environment. Their projects have been featured in major design publications worldwide. Contact Information: ... 1 2 3 4 5 1 ... 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 ... 100 Please login to appreciate Buildings Projects Inspiration 271.Ant-house by mA-style architects-Kai Nakamura (1).jpg 271.Ant-house by mA-style architects-Kai Nakamura (2).jpg 271.Ant-house by mA-style architects-Kai Nakamura (3).jpg 1/6 Ant-house RESIDENTIAL House Omaezaki, Shizuoka, Japan mA-style architects Architects: Area: 66 m² Year: 2012 City: Omaezaki Client No Projects yet. 1 1 ... 1 ... 1 No Projects yet. 1 1 ... 1 ... 1 Inspiration All Projects Small Title mA-style architects Japan Architecture Office Since 2004 ---- 0 1 Project 868 Views 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please login to appreciate Info. About Appreciators Home Address: 212-38 Hosoe, Makinohara, Shizuoka 421-0421, Japan Home Contact Email: ma-style@yr.tnc.ne.jp Phone Phone Number: Phone Founded 2004 Globe Languages: .. mA-style architects is an architectural studio based in Shizuoka, Japan, co-founded by Atsushi and Mayumi Kawamoto. The firm is internationally recognized for its contemporary, often minimalist, residential designs that challenge conventional thinking about space and privacy. They are known for their experimental use of materials, creative forms, and for blurring the lines between interior and exterior spaces, creating a profound connection to nature and the surrounding environment. Their projects have been featured in major design publications worldwide. Globe Website & Links: Visit Buildings Projects Inspiration No Projects yet. 271.Ant-house by mA-style architects-Kai Nakamura (1).jpg 271.Ant-house by mA-style architects-Kai Nakamura (2).jpg 271.Ant-house by mA-style architects-Kai Nakamura (3).jpg 1/6 Ant-house RESIDENTIAL House Japan All Buildings 271.Ant-house by mA-style architects-Kai Nakamura (1).jpg 271.Ant-house by mA-style architects-Kai Nakamura (2).jpg 271.Ant-house by mA-style architects-Kai Nakamura (3).jpg 1/6 Ant-house RESIDENTIAL House Omaezaki, Shizuoka, Japan

Portugal | Buildings, Projects, Architects, People, Brands.. Globe Globe PDFs & Catalogs Globe Gallery 3D models Globe Materials Globe Articles Globe x Portugal The rank indicates the popularity of a country among users. By clicking on the 'Appreciate' button, you can contribute to elevating a country's rank. Each 'Appreciate' click adds to the country's rank, so feel free to express your appreciation by boosting countries with content that resonates with you. 15 Rank ... Views 5 Info. About Contact Buildings Projects Architects People Brands 7 0 9 0 4 Join ... Contact Information: Please login to appreciate Appreciated Appreciate Buildings Projects Architects People Brands Influencers Inspiration Museum of Art, Architecture and Technology (MAAT)2.jpg Museum of Art, Architecture and Technology (MAAT)6.jpg Museum of Art, Architecture and Technology (MAAT)3.jpg 1/3 Museum of Art, Architecture and Technology (MAAT) Museum MODERN ARCHITECTURE Av. Brasília, Central Tejo, 1300-598 Lisboa, Portugal. Architects: AL_A Area: 3,000 m2 Year: 2016 City: Lisbon Client: Champalimaud Centre3.webp Champalimaud Centre.webp Champalimaud Centre4.webp 1/4 Champalimaud Centre Medical Research Institute SUSTAINABLE ARCHITECTURE Av. Brasília, Central Tejo, 1300-598 Lisboa, Portugal. Architects: Charles Correa Foundation Area: 50,000 m2 Year: 2011 City: Lisbon Client: Casa da Música2.webp Casa da Música.webp 1/1 Casa da Música Concert Hall FUTURISTIC ARCHITECTURE Av. da Boavista 604-610, 4149-071 Porto, Portugal. Architects: Office for Metropolitan Architecture (OMA) Area: 12,000 m2 Year: 2005 City: Porto Client: No Buildings yet. No Architecture Offices yet. João Mendes Ribeiro R. de Tomar 1, 3000-401 Coimbra, Portugal 1990 Since Architecture Office 215.Chestnut House by João Mendes Ribeiro-José Campos (1).jpg Designed by Portuguese architect João Mendes Ribeiro, Chestnut House is a minimalist retreat located in the rural landscape of Valeflor, in northern Portugal. Completed in 2020, the compact, 25-square-meter cabin was constructed around a large, century-old chestnut tree, which served as the central inspiration for the project. To accommodate the tree, the cabin's geometry was modified and one side was angled inward, with large windows framing the tree's trunk and canopy. This unique design allows the building to exist in symbiosis with nature, with the house's life, textures, and colors reflecting the changes in seasons and weather. The project's philosophy was to create a "shelter" that was as unintrusive as possible, molding itself to the natural landscape rather than impacting it. The house is built on an elevated modular structure to avoid disturbing the tree's roots. The entire structure was built with certified pine wood, coated both inside and out with oriented strand boards (OSB). For insulation, layers of corkboard were applied, a sustainable material with a negative carbon footprint. The exterior is clad in thermo-modified wood and painted black to blend with the surroundings, while the interior features birch plywood on the walls, ceiling, and built-in furniture. The interior of the Chestnut House is a single, open-plan space, accommodating a living area, kitchen, and sleeping space, along with a small mezzanine for an extra bed. Full-height windows connect the interior with the surrounding woodland, and a wooden deck and a fireplace further blur the line between indoor and outdoor living. Credits Architect: João Mendes Ribeiro Project collaboration: Ana Maria Feijão, João Fôja, Catarina Fortuna, Dominika Van Eenbergen, Filipe Catarino, Joana Brandão, Pedro Teixeira Engineer and lighting design: Raul Serafim & Associados Photography: José Campos 215.Chestnut House by João Mendes Ribeiro-José Campos (17).jpg 215.Chestnut House by João Mendes Ribeiro-José Campos (2).jpg 215.Chestnut House by João Mendes Ribeiro-José Campos (3).jpg 215.Chestnut House by João Mendes Ribeiro-José Campos (11).jpg 215.Chestnut House by João Mendes Ribeiro-José Campos (16).jpg 1/3 0 Views ... 0 Project Krafna R. António José da Silva 215, 4200-081 Porto, Portugal Since Architecture Office 232.Chã House by Krafna-Fábio Veríssimo (1).jpg 232.Chã House by Krafna-Fábio Veríssimo (13).jpg 232.Chã House by Krafna-Fábio Veríssimo (15).jpg 232.Chã House by Krafna-Fábio Veríssimo (4).jpg 232.Chã House by Krafna-Fábio Veríssimo (7).jpg 232.Chã House by Krafna-Fábio Veríssimo (9).jpg 1/3 0 Views ... 0 Project Paulo Martins R. de Marques Gomes 2a, 3800-221 Aveiro, Portugal 2008 Since Architecture Office 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (1).jpg "Designed by Paulo Martins ARQ&DESIGN, the SH House is a compact, two-story weekend retreat located in Sever do Vouga, Portugal. Completed in 2016, the project involved the renovation of an existing stone house, which was originally built in a pastoral countryside setting. The architect's key intervention was the integration of contemporary minimalist design elements while preserving the structure's historical stone walls. The house has a total floor area of 45 square meters. On the ground floor, the social areas—a small kitchen, dining area, and living space—enjoy a direct connection with the surrounding outdoor areas. A weathering steel (corten) staircase, which also incorporates storage, divides the two floors and adds a striking modern contrast to the old stone walls. The upstairs contains a bedroom and bathroom, offering privacy and scenic views of the landscape. Throughout the interior, a minimalist aesthetic and light colors are used to create a sense of spaciousness and openness, maximizing the perception of the compact volume. Project credits Architecture: Paulo Martins ARQ&DESIGN Photography: Ivo Tavares Studio" 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (14).jpg 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (2).jpg 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (3).jpg 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (4).jpg 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (6).jpg 1/3 0 Views ... 0 Project 1 2 1 ... 1 2 ... 2 No Brands yet. Catalogs Paints and coatings CIN Globe Rua da Estação, 144, 3885-400 Cortegaça-Ovar, Portugal Since 1919 www.cin.com Catalogs Furniture De La Espada Globe Passeig de Gràcia, 102, 08008 Barcelona, Spain Since 1993 www.delaespada.com Catalogs Cork products for building & construction Corticeira Amorim Globe Rua de Meladas, 380, 4536-902 Mozelos, Portugal Since 1870 www.corticeiraamorim.com No Projects yet. No Projects yet. No Projects yet. 1 2 3 ... 100 1 ... 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 ... 100 Zimbabwe Zambia Yemen Western Sahara Vietnam Venezuela 215.Chestnut House by João Mendes Ribeiro-José Campos (1).jpg Designed by Portuguese architect João Mendes Ribeiro, Chestnut House is a minimalist retreat located in the rural landscape of Valeflor, in northern Portugal. Completed in 2020, the compact, 25-square-meter cabin was constructed around a large, century-old chestnut tree, which served as the central inspiration for the project. To accommodate the tree, the cabin's geometry was modified and one side was angled inward, with large windows framing the tree's trunk and canopy. This unique design allows the building to exist in symbiosis with nature, with the house's life, textures, and colors reflecting the changes in seasons and weather. The project's philosophy was to create a "shelter" that was as unintrusive as possible, molding itself to the natural landscape rather than impacting it. The house is built on an elevated modular structure to avoid disturbing the tree's roots. The entire structure was built with certified pine wood, coated both inside and out with oriented strand boards (OSB). For insulation, layers of corkboard were applied, a sustainable material with a negative carbon footprint. The exterior is clad in thermo-modified wood and painted black to blend with the surroundings, while the interior features birch plywood on the walls, ceiling, and built-in furniture. The interior of the Chestnut House is a single, open-plan space, accommodating a living area, kitchen, and sleeping space, along with a small mezzanine for an extra bed. Full-height windows connect the interior with the surrounding woodland, and a wooden deck and a fireplace further blur the line between indoor and outdoor living. Credits Architect: João Mendes Ribeiro Project collaboration: Ana Maria Feijão, João Fôja, Catarina Fortuna, Dominika Van Eenbergen, Filipe Catarino, Joana Brandão, Pedro Teixeira Engineer and lighting design: Raul Serafim & Associados Photography: José Campos 215.Chestnut House by João Mendes Ribeiro-José Campos (17).jpg 215.Chestnut House by João Mendes Ribeiro-José Campos (2).jpg 1/6 Chestnut House (Casa no Castanheiro) RESIDENTIAL Architects: João Mendes Ribeiro 6430 Vale Flor, Portugal 232.Chã House by Krafna-Fábio Veríssimo (1).jpg 232.Chã House by Krafna-Fábio Veríssimo (13).jpg 232.Chã House by Krafna-Fábio Veríssimo (15).jpg 1/6 Chã House RESIDENTIAL Architects: Krafna 9500 Sao Roque, Portugal 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (1).jpg "Designed by Paulo Martins ARQ&DESIGN, the SH House is a compact, two-story weekend retreat located in Sever do Vouga, Portugal. Completed in 2016, the project involved the renovation of an existing stone house, which was originally built in a pastoral countryside setting. The architect's key intervention was the integration of contemporary minimalist design elements while preserving the structure's historical stone walls. The house has a total floor area of 45 square meters. On the ground floor, the social areas—a small kitchen, dining area, and living space—enjoy a direct connection with the surrounding outdoor areas. A weathering steel (corten) staircase, which also incorporates storage, divides the two floors and adds a striking modern contrast to the old stone walls. The upstairs contains a bedroom and bathroom, offering privacy and scenic views of the landscape. Throughout the interior, a minimalist aesthetic and light colors are used to create a sense of spaciousness and openness, maximizing the perception of the compact volume. Project credits Architecture: Paulo Martins ARQ&DESIGN Photography: Ivo Tavares Studio" 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (14).jpg 321.SH House by Paulo Martins ARQ&DESIGN-ITS – Ivo Tavares Studio (2).jpg 1/6 SH House RESIDENTIAL Architects: Paulo Martins ARQ&DESIGN 3740 Sever do Vouga, Portugal 322.Casa Zaire by Paulo Moreira Architectures-Ivo Tavares Studio (1).jpg "Situated behind a modernist apartment building in Porto, Portugal, the renovation of Casa Zaire by Paulo Moreira Architectures was a compact and thoughtful project. Completed in 2018, the residence was originally the caretaker's house for the main building and is tucked away from the street and urban life. The renovation reconfigured the tiny, 30-square-meter space to create a contemporary living area that prioritizes the internal connections between rooms and a sense of openness within the compact volume. Inspired by the isolated location, the architects treated the small building as an autonomous object. On the ground floor, the kitchen, a side balcony, and the stairs were strategically moved to the outer walls, which freed up the central space for a small dining area. Upstairs, the bedroom was elevated on a custom-designed platform, creating valuable storage space underneath. This clever use of vertical space helps to maximize the cabin's limited footprint. The interior palette is a creative mix of old and new materials. The architects chose to keep the original black-and-white tiled flooring on the ground floor despite its worn look, lending character and a sense of history. This is contrasted with modern interventions, such as powder-blue kitchen cabinets and white subway tiles in a herringbone pattern. Other material choices, like wood countertops and simple wooden stair treads, further enhance the feeling of warmth and comfort. Project credits Architecture: Paulo Moreira Architectures Photography: Ivo Tavares Studio Builder: Obrik" 322.Casa Zaire by Paulo Moreira Architectures-Ivo Tavares Studio (2).jpg 322.Casa Zaire by Paulo Moreira Architectures-Ivo Tavares Studio (3).jpg 1/4 Casa Zaire RESIDENTIAL Architects: Paulo Moreira Architectures Porto, Portugal www.zhiig.com

CULTURAL | Museum | Mutations of form, penetrations, deformations, simultaneities, breakdowns, and variabilities affect architecture. The resulting architecture is characterized by the interactions, fusion, and mutation of different entities constituting a new shape. The building ground of the museum is located on a peninsula that was artificially extended 100 years ago. Even though it was apparent that this site would be a difficult one (536 piles had to be securely driven 30 meters into the ground), it was clear that this location would be very important for urban design. The building should serve as a distinctive beacon and entrance for the visitors approaching from the South, as well as a starting point for urban development. The striking interface situation of the construction site at the eponymous confluence of the Rhône and the Saône inspired the superposition in the urban space of two complexly linked architectural units, crystal, and cloud. The cloud structure, floating on pillars, contains a spatial sequence of black boxes— admitting no daylight, to achieve maximum flexibility for exhibition design. The Musée des Confluences does not consider itself as an exclusive “Temple of the Muses” for the intellectual bourgeoisie but as a public place providing access to the knowledge of our age. To build a museum of knowledge, a complex new form had to be developed as an iconic gateway. A building that truly stands out can only come into being through shapes resulting from new geometries. It was important to the concept that the flow of visitors arriving from the city to the Pointe du Confluent should not be impeded by a building. The idea was therefore to develop an openly traversable building that would be floating in part only on supports, to create a public space underneath. The architecture hybridizes the typology of a museum with the typology of urban leisure space. The concept of two complexly connected architectural units is a result of the striking interface-like situation of the building site. The crystal rising towards the side of the town is conceived as an urban forum and entrance hall for visitors. Its shape that can be read clearly stands for the everyday world. In contrast to this, the cloud hides the knowledge about the future; it is a soft space of hidden streams and countless transitions. Within the Musée des Confluences the present and the future, the known and the still unknown are conceived as a spatial arrangement trying to “spur public curiosity”. As an extension of the park located on the Southern tip of the island a new urban space formulates itself; a landscape consisting of ramps and surfaces merging the inside and the outside and resulting in a dynamic sequence of spatial events. This movement is also followed by the alternating spatial structure of the exhibition halls. Closed black boxes and free exhibition areas alternate by exploiting the double room height of two levels. Essentially, the building consists of three parts. Situated on a slightly raised base (due to the high groundwater) that houses the production workshops, the auditoriums, and the group visit reception area, crystal — foyer, and cloud – exhibition area. Environmental concept The foyer (crystal) is a naturally ventilated space. The supply air enters via glazed ventilation flaps inside the east facade while the exhaust air exits via the roof area. It is, therefore, unnecessary to use a traditional air conditioning system. Only the main access areas and workspaces are microclimatic units whose comfort is ensured through local heating and cooling systems. The floors are cooled via groundwater. This will result in significant energy savings for the museum’s foyer in the long term. In terms of thermal insulation, the facades of the exhibition area (cloud) are characterized by an extremely efficient building shell. All of the main access areas are illuminated naturally (not much artificial light); the water supply of the sanitation areas is provided through the groundwater. A photovoltaic system is installed on the roof. | https://static.wixstatic.com/media/9756fd_52fb2c4aa0744bc483fbbcc611de4820~mv2.jpg/v1/fill/w_900,h_594,al_c,q_85/Mus%C3%A9e%20des%20Confluences%20(2).jpg Please Wait Musée des Confluences (1).jpg Musée des Confluences (3).jpg Musée des Confluences (4).jpg 1/4 0 Product 4.9K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in Musée des Confluences 86 Quai Perrache, 69002 Lyon, France Architects: Coop Himmelb(l)au Coop Himmelb(l)au Architecture Office Austria Area: Year: City: Client: 20975 m² 2014 Lyon Conseil Géneral du Rhône Construction: Category: CULTURAL Project Type: Museum Post Type: Building Country: France Photographers: Sergio Pirrone, Raimund Koch, Duccio Malagamba, Christian Richters the architects Description: Mutations of form, penetrations, deformations, simultaneities, breakdowns, and variabilities affect architecture. The resulting architecture is characterized by the interactions, fusion, and mutation of different entities constituting a new shape. The building ground of the museum is located on a peninsula that was artificially extended 100 years ago. Even though it was apparent that this site would be a difficult one (536 piles had to be securely driven 30 meters into the ground), it was clear that this location would be very important for urban design. The building should serve as a distinctive beacon and entrance for the visitors approaching from the South, as well as a starting point for urban development. The striking interface situation of the construction site at the eponymous confluence of the Rhône and the Saône inspired the superposition in the urban space of two complexly linked architectural units, crystal, and cloud. The cloud structure, floating on pillars, contains a spatial sequence of black boxes— admitting no daylight, to achieve maximum flexibility for exhibition design. The Musée des Confluences does not consider itself as an exclusive “Temple of the Muses” for the intellectual bourgeoisie but as a public place providing access to the knowledge of our age. To build a museum of knowledge, a complex new form had to be developed as an iconic gateway. A building that truly stands out can only come into being through shapes resulting from new geometries. It was important to the concept that the flow of visitors arriving from the city to the Pointe du Confluent should not be impeded by a building. The idea was therefore to develop an openly traversable building that would be floating in part only on supports, to create a public space underneath. The architecture hybridizes the typology of a museum with the typology of urban leisure space. The concept of two complexly connected architectural units is a result of the striking interface-like situation of the building site. The crystal rising towards the side of the town is conceived as an urban forum and entrance hall for visitors. Its shape that can be read clearly stands for the everyday world. In contrast to this, the cloud hides the knowledge about the future; it is a soft space of hidden streams and countless transitions. Within the Musée des Confluences the present and the future, the known and the still unknown are conceived as a spatial arrangement trying to “spur public curiosity”. As an extension of the park located on the Southern tip of the island a new urban space formulates itself; a landscape consisting of ramps and surfaces merging the inside and the outside and resulting in a dynamic sequence of spatial events. This movement is also followed by the alternating spatial structure of the exhibition halls. Closed black boxes and free exhibition areas alternate by exploiting the double room height of two levels. Essentially, the building consists of three parts. Situated on a slightly raised base (due to the high groundwater) that houses the production workshops, the auditoriums, and the group visit reception area, crystal — foyer, and cloud – exhibition area. Environmental concept The foyer (crystal) is a naturally ventilated space. The supply air enters via glazed ventilation flaps inside the east facade while the exhaust air exits via the roof area. It is, therefore, unnecessary to use a traditional air conditioning system. Only the main access areas and workspaces are microclimatic units whose comfort is ensured through local heating and cooling systems. The floors are cooled via groundwater. This will result in significant energy savings for the museum’s foyer in the long term. In terms of thermal insulation, the facades of the exhibition area (cloud) are characterized by an extremely efficient building shell. All of the main access areas are illuminated naturally (not much artificial light); the water supply of the sanitation areas is provided through the groundwater. A photovoltaic system is installed on the roof. Published on October 3, 2023 by: Premium Member CG Artist Andrew L View all Images +10 Plans & 2Ds Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted Coop Himmelb(l)au More Projects by BMW Welt in Munich (1).jpg BMW Welt in Munich (2).jpg BMW Welt in Munich (3).jpg 1/2 Automotive experience center BMW Welt COMMERCIAL Am Olympiapark 1, 80809 München, Germany European Central Bank (2).jpg European Central Bank (3).jpg European Central Bank (4).jpg 1/4 Office European Central Bank COMMERCIAL Sonnemannstraße 22, 60314 Frankfurt am Main, Germany Central Bank of Azerbaijan (4).jpg Central Bank of Azerbaijan (2).jpg Central Bank of Azerbaijan (3).jpg 1/1 Office Central Bank of Azerbaijan COMMERCIAL Heydar Aliyev Ave 32, Bakı, Azerbaijan Museum and Theater Complex (1).jpg Museum and Theater Complex (3).jpg Museum and Theater Complex (2).jpg 1/3 Museum and Theater Complex Museum and Theater Complex CULTURAL Kemerovo, Russia Pavilion 21 MINI Opera Space (4).jpg Pavilion 21 MINI Opera Space (5).jpg Pavilion 21 MINI Opera Space (2).jpg 1/3 Pavilion Pavilion 21 MINI Opera Space CULTURAL Arnulfstraße 60, 80335 München, Germany SCA Arena (1).jpg SCA Arena (2).jpg SCA Arena (3).jpg 1/3 Arena SCA Arena SPORTS & RECREATION St Petersburg, Russia Beulah Propeller City (1).jpg Beulah Propeller City (3).jpg Beulah Propeller City (4).jpg 1/2 Mixed-use development Beulah Propeller City COMMERCIAL 675 Punt Road, South Yarra VIC 3141, Australia JVC New Urban Entertainment Center (1).jpg JVC New Urban Entertainment Center (3).jpg JVC New Urban Entertainment Center (4).jpg 1/2 Mixed-use development JVC New Urban Entertainment Center COMMERCIAL Guadalajara, Jalisco, Mexico Please Wait Musée des Confluences Close ...

WINDOWS Appliances Appliances: Refrigerators Microwaves Feezers Stoves Ovens Ranges Cooktops Dishwashers Laundry washer Bathroom Bathroom: Toilets Towel dispensers Faucets Sinks Bath tubs Shelves Soap dispensers Trash receptacles Tissue dispensers Hand dryers Urinals Urinal screens Toilet partitions Bidets Showers Clothing hooks Tile Towel bars Grab bars Changing room Ventilation fans finishes FINISHES: Finishes Doors DOORS: Garage doors Fire doors Glass doors Sliding doors Metal doors Wood doors Overhead doors Door hardware Shower doors Folding doors Revolving doors French doors Patio doors Traffic doors Door frames Exterior doors Security doors Entry doors Access doors Pocket Doors Screen Doors Electrical ELECTRICAL: Raceways Switches Wire management Cable trays Floor boxes Power panels Wall boxes Wall plates Electrical receptacles GFCI receptacles Lighting controls Dimmers Electrical sensors Electrical plugs Cable fittings Wire connectors Data jacks Network jacks Network cabling Network enclosures Network Panels Elevators ELEVATORS: Elevator cab Modular elevators wheelchair lifts Conveyors Freight elevators Home elevators Glass elevators Hydraulic elevators Dumbwaiters Post lifts Pit lifts Escalators Vacuum elevators Dock Lifts Platform Lifts Fireplaces FIREPLACES: Gas fireplaces Electric fireplaces Wood fireplaces Wood stoves Fireplace insert Pellet stoves Venting Chimney Stairs add ADD PRODUCT Furniture FURNITURE: Table Sofa Chair Lounge Pouf Cupboard Clothes Hangers Daybed Windows HOSPITAL: Hospital Doors Hospital Furniture Hospital Beds Hospital Headwalls Radiation Shielding Lead Glass Lead Cabinets Nuclear Shielding Lead Walls Lead Curtains Lead Lined Frames Casework Acoustic Panels Corner Guards Air Conditioners / Ptac HVAC HVAC: Heaters Boilers Vents Ducts Grilles Louvers Air Conditioners Fans Furnaces Hvac Controls Air Filters Air Curtains Water Pumps Radiant Heating Thermostats Condensors Roofing ROOFING: Shingles Metal Roofing Roof Membranes Roof Tiles Bitumen Roofing Roof Underlayment Liquid Applied Roofing Slate Roofing EPDM Roofing TPO Roofing PVC Roofing Garden Roofs Gutters Roof Panels Roofing Adhesives Roof Vents Fall Protection Roof Deck Roof Accessories Sheathing kitchen KITCHEN: Cabinets Refrigerators Countertops Cabinet Hardware Cooktops Dishwashers Microwave Ovens Ovens Freezers Warming Drawers Lighting - Pendant Lighting - Recessed Faucets Ranges Hoods Sinks lighting LIGHTING: Skylights Area Lighting Track Lighting Ceiling Lights Outdoor Lighting Daylighting Emergency Lighting Tubular Skylight LED Lighting Dimmers Interior Lighting Exterior Lighting Low Voltage Lighting Safety Lighting Parking Lot Lighting Siding SIDING: Siding Flooring FLOORING: Wood flooring Radiant heating Cork flooring Tile Sports flooring Acoustic flooring Rubber flooring Dance flooring Vinyl flooring Glass flooring Floor panels Metal flooring Floor coatings Concrete flooring Floor sealants Floor underlayment Terrazzo Floor adhesives Floor supports Sheathing Masonry MASONRY: Mortar Concrete Block Cement Grout Masonry Weeps Masonry Vents Veneer Stone CMU Pavers Cast Stone Water Sealant Stucco Brick Waterproofing Membrane Paints PAINTS: Exterior Paint Interior Paint Stains Primers High Performance Stucco Coatings Aama Coatings Low Voc Paint Acrylic Paint High Performance Coating Stone STONE: Stone Pumbing PLUMBING: Toilets Bidets Lavatories Sinks Drains Valves Bath Tubs Urinals Faucets Fountains Water Filters Walls WALLS: Wall Partitions Sliding Walls Operable Walls Wall Panels Folding Walls Glass Walls Retaining Walls Water Walls Bullet Resistant Walls Motorized Wall Sheathing Garden Walls Stucco Stone Walls Paints Railings RAILINGS: Railings Windows WINDOWS: Double Hung Windows Casement Windows Fixed Windows Sliding Windows Hurricane Windows Blast Resistant Windows Impact Resistant Windows Security Windows Pass Thru Windows Composite Windows Vinyl Windows Wood Windows Metal Windows Tilt And Turn Windows Storefront Windows Add Product Casement Windows WINDOWS 0 Products 0 Design Designs

RESIDENTIAL | Modular House | The Ecohouse Module S22, designed by Ilya Shevchenko for the architectural bureau Strawmodul, is a prefabricated and modular tiny house series focused on eco-friendly, sustainable living. The project was developed as a "growing" home, allowing for phased construction and future expansion from the initial 22-square-meter module to a larger residence of up to 100 square meters. The initial prototype, completed in 2019, is situated on the rocky coast of Crimea. The core of the Ecohouse S22's sustainability is its unique construction method, which uses prefabricated straw panels. These panels are made from compressed straw bales set within a strong wooden frame. This method allows the house kit to be delivered in pieces and erected quickly, typically within two to three days. The use of straw as insulation provides excellent thermal properties, exceeding the heat-insulating performance of traditional wood or brick walls and aligning with European passive house standards for minimal heat loss. As straw is a renewable natural resource, this construction method is eco-friendly, utilizes what would otherwise be considered agricultural waste, and generates minimal construction waste. The design of the Crimea prototype features a strong, cantilevered terrace that projects from the dense vegetation, offering elevated views of the coast and surrounding mountains. To protect against prying eyes, the main facade with its wide window is hidden from passersby. Inside, the two-story module is compactly arranged, with a hallway and bathroom on the first floor and a quieter bedroom area on the second. The house is also equipped with solar panels, designed to provide a significant portion of its energy needs. Credits Architect: Ilya Shevchenko Architecture Firm: Strawmodul Photography: Ilya Shevchenko | https://static.wixstatic.com/media/a0ba0f_d2b1a47eff9842c19c68ae1feec05b41~mv2.jpg/v1/fill/w_1510,h_1000,al_c,q_85/194.Ecohouse%20Module%20S22%20by%20Ilya%20Shevchenko%20(1).jpg Please Wait 194.Ecohouse Module S22 by Ilya Shevchenko (1).jpg The Ecohouse Module S22, designed by Ilya Shevchenko for the architectural bureau Strawmodul, is a prefabricated and modular tiny house series focused on eco-friendly, sustainable living. The project was developed as a "growing" home, allowing for phased construction and future expansion from the initial 22-square-meter module to a larger residence of up to 100 square meters. The initial prototype, completed in 2019, is situated on the rocky coast of Crimea. The core of the Ecohouse S22's sustainability is its unique construction method, which uses prefabricated straw panels. These panels are made from compressed straw bales set within a strong wooden frame. This method allows the house kit to be delivered in pieces and erected quickly, typically within two to three days. The use of straw as insulation provides excellent thermal properties, exceeding the heat-insulating performance of traditional wood or brick walls and aligning with European passive house standards for minimal heat loss. As straw is a renewable natural resource, this construction method is eco-friendly, utilizes what would otherwise be considered agricultural waste, and generates minimal construction waste. The design of the Crimea prototype features a strong, cantilevered terrace that projects from the dense vegetation, offering elevated views of the coast and surrounding mountains. To protect against prying eyes, the main facade with its wide window is hidden from passersby. Inside, the two-story module is compactly arranged, with a hallway and bathroom on the first floor and a quieter bedroom area on the second. The house is also equipped with solar panels, designed to provide a significant portion of its energy needs. Credits Architect: Ilya Shevchenko Architecture Firm: Strawmodul Photography: Ilya Shevchenko 194.Ecohouse Module S22 by Ilya Shevchenko (2).jpg 194.Ecohouse Module S22 by Ilya Shevchenko (3).jpg 1/4 0 Product 4.2K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in Ecohouse Module S22 Alupka Architects: Ilya Shevchenko Ilya Shevchenko Architecture Office Russia Area: Year: City: Client: 22 m² 2019 Alupka, Crimea - Construction: Strawmodul Category: RESIDENTIAL Project Type: Modular House Post Type: Building Country: Russia Photographers: Ilya Shevchenko the Architects Description: The Ecohouse Module S22, designed by Ilya Shevchenko for the architectural bureau Strawmodul, is a prefabricated and modular tiny house series focused on eco-friendly, sustainable living. The project was developed as a "growing" home, allowing for phased construction and future expansion from the initial 22-square-meter module to a larger residence of up to 100 square meters. The initial prototype, completed in 2019, is situated on the rocky coast of Crimea. The core of the Ecohouse S22's sustainability is its unique construction method, which uses prefabricated straw panels. These panels are made from compressed straw bales set within a strong wooden frame. This method allows the house kit to be delivered in pieces and erected quickly, typically within two to three days. The use of straw as insulation provides excellent thermal properties, exceeding the heat-insulating performance of traditional wood or brick walls and aligning with European passive house standards for minimal heat loss. As straw is a renewable natural resource, this construction method is eco-friendly, utilizes what would otherwise be considered agricultural waste, and generates minimal construction waste. The design of the Crimea prototype features a strong, cantilevered terrace that projects from the dense vegetation, offering elevated views of the coast and surrounding mountains. To protect against prying eyes, the main facade with its wide window is hidden from passersby. Inside, the two-story module is compactly arranged, with a hallway and bathroom on the first floor and a quieter bedroom area on the second. The house is also equipped with solar panels, designed to provide a significant portion of its energy needs. Credits Architect: Ilya Shevchenko Architecture Firm: Strawmodul Photography: Ilya Shevchenko Published on September 23, 2025 by: Premium Member Media Micro Homes View all Images +12 Out of gallery Plans & 2Ds Out of gallery Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted Ilya Shevchenko More Projects by Please Wait Ecohouse Module S22 Close ...

RESIDENTIAL | House | Completed in 2020 by Singaporean writer and designer Prashant Ashoka, Casa Etérea is a 75-square-meter off-grid retreat built on the slopes of Palo Huérfano, an extinct volcano near San Miguel de Allende, Mexico. With no formal background in architecture, Ashoka conceived the minimalist, mirrored dwelling as a "theater to nature" that prioritizes a sensory connection with the rugged, volcanic landscape. The project took three years to complete and was heavily inspired by the "emotional architecture" of Mexican architect Luis Barragán. The name Etérea, Spanish for "ethereal," reflects the home's weightless, camouflaged appearance. The design is based on a concept of radical integration with the environment. The cabin consists of two rectilinear volumes that meet at a 120-degree angle, mirroring a ravine visible through the exposed shower. The exterior is clad in mirrored glass, featuring a patterned ultraviolet coating that prevents birds from colliding with the surface while remaining invisible to the human eye. To minimize its footprint and construction impact, the foundation was built from volcanic rock collected on-site. The property is completely off-grid, relying on solar panels for electricity and a rainwater collection system for water. This self-sufficiency allows for a fully immersive, secluded experience. The interior is a single, open-plan space with a minimal and natural material palette of concrete, timber, jute, and leather, which prevents it from distracting from the views. Floor-to-ceiling glass doors slide open to connect the living area, bedroom, and copper bathtub with a decked patio, heated pool, and the encompassing olive and pomegranate trees. Remote-controlled PVC shutters offer privacy and security. The isolated location, only accessible by 4x4, reinforces the sense of disconnection from urban life. Credits Designer: Prashant Ashoka Interior Styling: NAMUH Photography: Prashant Ashoka Client: Prashant Ashoka | https://static.wixstatic.com/media/a0ba0f_83f4b0f8ad0942efad148388f581db45~mv2.jpg/v1/fill/w_1334,h_1000,al_c,q_85/334.Casa%20Et%C3%A9rea%20by%20Prashant%20Ashoka%20(1).jpg Please Wait 334.Casa Etérea by Prashant Ashoka (1).jpg "Completed in 2020 by Singaporean writer and designer Prashant Ashoka, Casa Etérea is a 75-square-meter off-grid retreat built on the slopes of Palo Huérfano, an extinct volcano near San Miguel de Allende, Mexico. With no formal background in architecture, Ashoka conceived the minimalist, mirrored dwelling as a ""theater to nature"" that prioritizes a sensory connection with the rugged, volcanic landscape. The project took three years to complete and was heavily inspired by the ""emotional architecture"" of Mexican architect Luis Barragán. The name Etérea, Spanish for ""ethereal,"" reflects the home's weightless, camouflaged appearance. The design is based on a concept of radical integration with the environment. The cabin consists of two rectilinear volumes that meet at a 120-degree angle, mirroring a ravine visible through the exposed shower. The exterior is clad in mirrored glass, featuring a patterned ultraviolet coating that prevents birds from colliding with the surface while remaining invisible to the human eye. To minimize its footprint and construction impact, the foundation was built from volcanic rock collected on-site. The property is completely off-grid, relying on solar panels for electricity and a rainwater collection system for water. This self-sufficiency allows for a fully immersive, secluded experience. The interior is a single, open-plan space with a minimal and natural material palette of concrete, timber, jute, and leather, which prevents it from distracting from the views. Floor-to-ceiling glass doors slide open to connect the living area, bedroom, and copper bathtub with a decked patio, heated pool, and the encompassing olive and pomegranate trees. Remote-controlled PVC shutters offer privacy and security. The isolated location, only accessible by 4x4, reinforces the sense of disconnection from urban life. Credits Designer: Prashant Ashoka Interior Styling: NAMUH Photography: Prashant Ashoka Client: Prashant Ashoka" 334.Casa Etérea by Prashant Ashoka (6).jpg 334.Casa Etérea by Prashant Ashoka (7).jpg 1/6 0 Product 4.1K Views 0 0 Pin Pin Private Public x Appreciators Appreciated Appreciate Please Log in Casa Etérea San Miguel de Allende, Guanajuato, Mexico Architects: Prashant Ashoka prashant A shoka Architecture Office Mexico Area: Year: City: Client: 75 m² 2020 San Miguel de Allende - Construction: - Category: RESIDENTIAL Project Type: House Post Type: Building Country: Mexico Photographers: Prashant Ashoka the Architects Description: Completed in 2020 by Singaporean writer and designer Prashant Ashoka, Casa Etérea is a 75-square-meter off-grid retreat built on the slopes of Palo Huérfano, an extinct volcano near San Miguel de Allende, Mexico. With no formal background in architecture, Ashoka conceived the minimalist, mirrored dwelling as a "theater to nature" that prioritizes a sensory connection with the rugged, volcanic landscape. The project took three years to complete and was heavily inspired by the "emotional architecture" of Mexican architect Luis Barragán. The name Etérea, Spanish for "ethereal," reflects the home's weightless, camouflaged appearance. The design is based on a concept of radical integration with the environment. The cabin consists of two rectilinear volumes that meet at a 120-degree angle, mirroring a ravine visible through the exposed shower. The exterior is clad in mirrored glass, featuring a patterned ultraviolet coating that prevents birds from colliding with the surface while remaining invisible to the human eye. To minimize its footprint and construction impact, the foundation was built from volcanic rock collected on-site. The property is completely off-grid, relying on solar panels for electricity and a rainwater collection system for water. This self-sufficiency allows for a fully immersive, secluded experience. The interior is a single, open-plan space with a minimal and natural material palette of concrete, timber, jute, and leather, which prevents it from distracting from the views. Floor-to-ceiling glass doors slide open to connect the living area, bedroom, and copper bathtub with a decked patio, heated pool, and the encompassing olive and pomegranate trees. Remote-controlled PVC shutters offer privacy and security. The isolated location, only accessible by 4x4, reinforces the sense of disconnection from urban life. Credits Designer: Prashant Ashoka Interior Styling: NAMUH Photography: Prashant Ashoka Client: Prashant Ashoka Published on September 23, 2025 by: Premium Member Media Micro Homes View all Images +17 Plans & 2Ds Signup Signup as "Architecture Office" Signup as "Manufacturer" Comment ... First & Last Name Profession E-mail Instagram (Optional) Website (Optional) Log in Share as guest Share Share Comments 0 Newest Popular Upvoted Prashant Ashoka More Projects by Please Wait Casa Etérea Close ...