The Harrison Street Residences in California Built for a Young Family

The Harrison Street Residences were designed by by Dawson+Clinton design and build firm. The multi-family residential building is located in in San Francisco, California. Seamlessly connecting the interior and exterior spaces, the design of this residential building proves that multi-unit residences have a specific charm in an urban neighborhood. Created for one of the owners at Dawson+Clinton, the home of Paul Dawson and his young growing family was completed in three years. Basing the design on the family needs – especially on what it takes to raise two young children aged 3 and 5 in an urban setting – the Harrison Street Residence was built to offer as much safe space for outdoor activities and as much entertaining space on the inside. In addition to this, the roof deck allows the parents to keep an eye on the children as they enjoy the back garden. The bright interior spaces were especially created to be open and durable, to endure the games of growing children. This residence displays a modern, high-quality environment for a young family while looking contemporary and youthful.

Energy Efficient Single Family Home in Dallas, Texas

The UR22 Residence was designed by Vincent Snyder Architects and is a 4,000 square foot home located in Dallas, Texas. The clients’ brief requested a home that would provide a good indoor-outdoor connectivity. Moreover, they wanted a place that would meet their socializing needs and that would be suited for both small gatherings and large parties. Its exterior is truly imposing, making the residence stand out, especially during night time. Once inside, guests are welcomed by a generous open plan living room, with a bar, dining space and two relaxation areas. We particularly like the exposed wooden beams which add originality and warmth. Using just half the energy per square foot of a common home, the  UR22 Residence was built with renewable materials. Moreover, the house features ground source heat pumps, rainwater harvesting and uses solar power. For a better understanding of the project, take a look at the sketches at the end of the post.