The site is located on the Mitchell House preparatory school campus in Polokwane. The client's brief called for an early childhood development centre which would accommodate 122 learners and requested that the building be evident of it's young and playful users. Curiosity, wonder and intrigue would become defining criteria in an attempt to create a conducive learning environment for young learners to grow, a building where children would be encouraged to interact with their environment. The construction methodology of the building would remain apparent, allowing its users to analyse the assembly of components. Due to the age group of the users, the building would need to function semi-autonomously from the rest of the school, while allowing for controlled interaction and inclusivity as is the norm for Mitchell House. A linear plan which coincides with the developmental progress of the learners was identified as the appropriate building typology. The spatial constraints of the site required this plan to be moulded into the available space between the existing infrastructure, however the linear process was maintained. From the access-controlled reception and administration area one would move past the creative arts and exhibition space towards the Northern wing where the youngest learners are taught. These would share connected ablutions and storerooms between classes to enable fluid movement and assistance throughout the teaching and service spaces. The East wing of the centre would house the elder learners who would be in the process of being integrated with the fabric of the main school campus. These classrooms include storage areas, however, have separate ablution facilities. The two wings of the building surround a courtyard where play and interaction are in abundance.

The site is located on the Mitchell House preparatory school campus in Polokwane. The client's brief called for an early childhood development centre which would accommodate 122 learners and requested that the building be evident of it's young and playful users. Curiosity, wonder and intrigue would become defining criteria in an attempt to create a conducive learning environment for young learners to grow, a building where children would be encouraged to interact with their environment. The construction methodology of the building would remain apparent, allowing its users to analyse the assembly of components. Due to the age group of the users, the building would need to function semi-autonomously from the rest of the school, while allowing for controlled interaction and inclusivity as is the norm for Mitchell House. A linear plan which coincides with the developmental progress of the learners was identified as the appropriate building typology. The spatial constraints of the site required this plan to be moulded into the available space between the existing infrastructure, however the linear process was maintained. From the access-controlled reception and administration area one would move past the creative arts and exhibition space towards the Northern wing where the youngest learners are taught. These would share connected ablutions and storerooms between classes to enable fluid movement and assistance throughout the teaching and service spaces. The East wing of the centre would house the elder learners who would be in the process of being integrated with the fabric of the main school campus. These classrooms include storage areas, however, have separate ablution facilities. The two wings of the building surround a courtyard where play and interaction are in abundance.

n the realm of elite residential design, Antonovich Group continues to establish new benchmarks for palatial luxury through their comprehensive design build villa Dubai services. Their latest royal residence project showcases an extraordinary grand staircase that serves as both architectural centerpiece and artistic statement—an ascending sculpture of marble, gold, and crystal that embodies timeless elegance. Unlike conventional staircases, this bespoke creation features meticulously carved balustrades with 24K gold leaf accents, rare Calacatta marble treads hand-selected from Italian quarries, and a cascading crystal chandelier that spans the entire vertical space. The engineering complexity behind this floating masterpiece required the specialized expertise that positions Antonovich Group among the premier construction company Dubai clients trust for projects of royal caliber. "The staircase represents the intersection of architectural ambition and technical precision," explains the project director. "Each element was custom-fabricated by master artisans working alongside our structural engineers to ensure the design achieves both visual lightness and absolute stability." What distinguishes Antonovich Group in the competitive landscape of palace design is their integrated approach—from initial concept through architectural development, interior design, construction management, and final styling. This unified methodology ensures design integrity throughout the lengthy and complex process of creating royal residences. For royal clients seeking similar transformative spaces, Antonovich Group's turnkey design build villa Dubai services provide the rare combination of artistic vision and execution excellence that palatial projects demand—creating legacy residences that reflect both personal heritage and timeless grandeur.

Deborah Scannell - Saint Simons Island, GA
Example of a large classic u-shaped dark wood floor eat-in kitchen design in Jacksonville with a farmhouse sink, beaded inset cabinets, white cabinets, stainless steel appliances, an island and white countertops

n the realm of elite residential design, Antonovich Group continues to establish new benchmarks for palatial luxury through their comprehensive design build villa Dubai services. Their latest royal residence project showcases an extraordinary grand staircase that serves as both architectural centerpiece and artistic statement—an ascending sculpture of marble, gold, and crystal that embodies timeless elegance. Unlike conventional staircases, this bespoke creation features meticulously carved balustrades with 24K gold leaf accents, rare Calacatta marble treads hand-selected from Italian quarries, and a cascading crystal chandelier that spans the entire vertical space. The engineering complexity behind this floating masterpiece required the specialized expertise that positions Antonovich Group among the premier construction company Dubai clients trust for projects of royal caliber. "The staircase represents the intersection of architectural ambition and technical precision," explains the project director. "Each element was custom-fabricated by master artisans working alongside our structural engineers to ensure the design achieves both visual lightness and absolute stability." What distinguishes Antonovich Group in the competitive landscape of palace design is their integrated approach—from initial concept through architectural development, interior design, construction management, and final styling. This unified methodology ensures design integrity throughout the lengthy and complex process of creating royal residences. For royal clients seeking similar transformative spaces, Antonovich Group's turnkey design build villa Dubai services provide the rare combination of artistic vision and execution excellence that palatial projects demand—creating legacy residences that reflect both personal heritage and timeless grandeur.

Master Bedroom with Red Bed Frame and custom drapery and bedding.
Bedroom - traditional master light wood floor bedroom idea in Charlotte

Small elegant gray one-story mixed siding gable roof photo in Charleston

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Bathroom - modern gray tile and mosaic tile porcelain tile, gray floor and double-sink bathroom idea in San Francisco with a one-piece toilet, a hinged shower door, flat-panel cabinets, white cabinets, white walls, an integrated sink and a floating vanity

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs

Acton, MA 2008 sq ft varies Visioning, programming, concept design, schematic design, construction documentation and construction administration The HingeHouse project was the result of a unique partnership between an independent architect and a pre-fabricated home manufacturer – a partnership among the first of its kind in the country. Today, many pre-fab companies have adopted this collaborative approach recognizing that homeowners are looking for unique, custom homes while taking advantage of reliable and predictable construction methods and costs. In 2008, the partnership was created to rethink pre-engineered post-and-beam and panelized systems to connect clients to a more modern and integrated set of design values. By integrating systems, factory design approach, manufacturing methodologies and construction sequences with design criteria grounded in sustainable planning and rigorous implementation, HingeHouse was developed. HingeHouse is a fully-customizable pre-fab home which can be configured to meet the needs of any site, and any family. It is flexible and expandable using Deck House engineered building components. Starting with basic floor plans that are optimized spatially to Deck’s standard components, the living spaces are rotated around a "hinge” point. This design solution addresses the limitations and challenges of a particular site, while highlighting the best aspects of it. HingeHouse considers passive solar orientation depending on where the home is placed on the site and how it is “hinged”. It provides for maximum cross-ventilation from prevailing winds, preserves existing site formations and trees, and works on sloping grades. It addresses specific desired views while mitigating unwanted adjacencies, and provides great flexibility for entry sequences. HingeHouse uses Deck’s standard sloped roof post-and-beam component system to create a lyrical, light-filled home. The western red cedar exterior is sculptural and dynamic. Interior spaces are lofty, with great view potential using Deck’s own custom-made mahogany windows. The “hinge” of the home, where the two building forms come together, has the added benefit of creating a desirable outdoor living room, complete with an outdoor fireplace. The "hinge” provides both a tool for maximizing customization and spatial orientation and a center of activity at the heart of the home. Since this partnership in 2008, Maryann Thompson Architects and MATHISON | MATHISON ARCHITECTS have worked with Acorn Deck House Company on numerous full or partial pre-fab projects in the Boston Area, Western Massachusetts, Maryland and Michigan. We have become an advocate for their services and products because it offers advantages on a variety of levels including schedule, cost and quality. Services provided included visioning, programming, concept design, schematic design, construction documentation and construction administration. Evan’s Role: Project Designer & Project Manager

We used: Custom cherry cabinetry in Arts & Crafts Shaker style by Kabinart in Boulder and Espresso stains. Liberty Hardware Venetian bronze 1-1/2" cabinet knobs. KitchenAid Architect II Series 22 CF counter-depth French door refrigerator. KitchenAid Architect Series II 27" convection single wall oven. KitchenAid 36" 6-burner dual fuel freestanding commercial-style range. KitchenAid Architect II Series 24" dishwasher. Sharp Insight Pro Series 24" built-in microwave drawer (Model #KB6524PS). Crystorama Solaris 12" wide pendant lights in English bronze. Granite countertops in Brown Fantasy. 3"x6" polished marble backsplash. Paint colors: Walls: Glidden Silver Cloud 30YY 63/024 Ceilings/Trims/Doors: Glidden Swan White GLC23 Robert B. Narod Photography

Gorgeous master bath with dramatic retro "wave" tile. Peak Photography
Example of a 1950s bathroom design in Los Angeles

Engineered cedar siding creates beautiful gray-blue tones at the exterior of the home, while adding a textural element to activate the simple exterior design.

Our client wanted a SIP built home and we incorporated this and many other energy and sustainability features into this home which was in the Sheboygan County Parade of Homes. Named "The Green Balanced Home", this project was all about creating practical and stunning living spaces that combined with sound environmental building materials and methods. By showcasing an assortment of leading-edge- green technologies, the Green Balanced Home was the talk of the Parade that year. In cooperation with our client, our methodology was: Start with the site: 1. Protected tree lines 2. Drought resistant vegetation 3. High proportion of natural, plantings versus higher maintenance lawn 4. Optimal home placement on lot for solar exposure 5. Narrower streets Build a high thermal envelope: 1. R-10 Gold Guard laminated EPS foam under basement, garage, and patio. 2. R-10 Gold Guard laminated EPS foam around exterior foundation walls. 3. R-10 ESP foam "shirt" around foundation 4. R-24 Structural Insulated panels (SIPs) for exterior walls, including garage 5. Sprayed foam in basement box sills and attic separation walls 6. R-15 garage door 7. R-60 blown cellulose attic insulation Add efficient heating, cooling, ventilation, and electric utilization elements: 1. High efficiency fireplace with auxiliary ducting 2. Pull-out exterior wood-loading drawer 3. Air-to-air heat pump 4. 95% efficient, ultra-quiet variable capacity furnace 5. 19 SEER air conditioner 6. Five zones with programmable thermostats 7. Heat reclamation from hot water usage 8. LED lighting 9. Skylights 10. Energy Star appliances 11. Prep for in-floor heating system 12. Prep for photovoltaic (PV) solar 13. Prep for solar hot water Incorporate water conservation: 1. Rain water recapture for toilet flushing and irrigation 2. Motion activated hot water circulation system 3. Power flush toilets 4. Dual flush toilets Create high indoor air quality: 1. HEPA and UV filters 2. Air-to-air exchanger 3. Ultra-quiet bathroom fans with moisture sensor activation Integrate sustainable, efficient materials: * Expanded polystyrene (ESP) foam that does not emit HCFC "greenhouse" gases * Oriented strand board (OSB) based siding, trim, and shutters * SIPs panels that contain ESP an OSB * Carpeting pads made from recycled materials * Stewardship-certified cabinet manufacturing * Job site recycling and reduce waste with SIPs