Hariri Pontarini Architects has revealed what’s set to become Canada’s tallest residential tower at just over 1,027 feet tall. Slated for downtown Toronto, the 95-story project—dubbed SkyTower—will be part of a three-tower luxury condo development called Pinnacle One Yonge. A thin, glass skyscraper protected by a crystal-like, faceted exoskeleton, Sky Tower will anchor the 4.4-million-square-foot waterfront site imagined by Canadian developer Pinnacle International. Hariri Pontarini conceived the masterplan and designed the trio of high-rise buildings that will define the lot. The first tower, the 65-story ‘Prestige,’ is currently under construction, while SkyTower, which was only just released to the public, will feature 800 units ranging from 520 square feet to 2,300 square feet and will begin its build-out soon. According to the architects, the mega-project is meant to “densify and enhance the urban streetscape.” Located just yards away from Toronto’s CN Tower, the high-rise development will dramatically change the skyline as viewed from Lake Ontario. One Yonge will be connected to a revamped public transit system and include improved pedestrian and cycling access via widened sidewalks, a 2.5-acre public park, and an inner courtyard set between the three buildings. At the base of SkyTower, The Prestige, and the future 80-story structure slated for the northern corner of the site, there will also be multi-level podiums connected by glass atriums, wide walkways, and international gathering spaces, per Hariri Pontarini. These areas will hold 160,000-square-feet of retail, a 50,000-square-foot community center, and a 250-room hotel. Across all of the towers, One Yonge will house over 2,200 condominiums and 1.5 million square feet of office space. While SkyTower is vying for the title of Canada’s tallest residential complex, other projects set for various sites throughout the city are also gunning for major accolades. For example, Sidewalk Labs recently unveiled a digital model of what could become the world’s tallest tower made of timber. The company’s controversial Quayside development is supposed to be a high-tech neighborhood full of high-design, sustainable structures by firms like Snøhetta, Gensler, 3XN, Heatherwick Studios, and Michael Green Architecture, among others. Last summer, Pelli Clarke Pelli announced its vision for a 4.3-million-square-foot megadevelopment comprised of four glassy towers and an urban park. The ground-up project is set to be built even closer to CN Tower in the adjacent Union Park and involves a slew of partners, including Adamson Associates and OJB Landscape Architecture. Hudson Yards’ very own Oxford Properties is spearheading the project.
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The American Institute of Architects (AIA) has announced the winners of their 2017 Innovation Awards. This annual recognition by the AIA's Technology in Architectural Practice Knowledge Community honors architects and designers for the implementation of new practices and the innovative use of technology in the built environment. The awards are divided into five categories: Stellar Design; Project Delivery & Construction Administration Excellence; Project Lifecycle Performance; Practice-based or Academic Research, Curriculum or Applied Technology Development; and Exemplary Use in a Small Firm. The four winning projects for 2017 include: The Bahá’í Temple of South America, designed by Toronto-based Hariri Pontarini Architects, is honored for Stellar Design. Located on the outskirts of Santiago, Chile, the design of marble and glass paneling focuses on the interplay and reflection of light, both within and outside of the temple. These glass panels were developed specifically for this building through machine-to-machine fabrication technology in order to create their irregular shapes and unique light-capturing qualities. During the day, natural light reflects into the dome-shaped glass structure, creating a stellar lustrous performance. At night, the opposite happens, the light from inside the temple reflects towards the majestic outside landscape of the Andes Mountains. The temple demonstrates innovation through its material, technological and structural composition, which is designed to withstand extreme earthquakes, a reality of the area. The Yard at The Chicago Shakespeare Theater, designed by Adrian Smith + Gordon Gill Architecture in collaboration with CharcoalBlue and Bulley & Andrews, is also recognized for Stellar Design. The design features an electrochromic facade clad in tinted transformational glass, which is designed to adjust with the outside light, becoming more opaque during daylight hours and clearing up as the sun diminishes in the evening. This technology serves to alleviate the effects of glare and heating from natural light, which reduces energy needs for cooling inside of the building. The performance venue also allows for reconfiguration and flexibility to accommodate different performance types with audience sizes ranging from 150 to 850 people. Garden Village, designed by Nautilus Group and Stanley Saitowitz | Natoma Architects, is recognized under the Project Delivery & Construction Administration Excellence category. Located in Berkeley, California, the design is admired for striking an impressive balance between dense, yet open community living. Constructed entirely through modular building technology, the apartment complex is composed of 18 detached buildings connected by a network of walkways and garden areas. Two module types compose the entire project, with every detail refined in full-scale mock-ups as in the automobile industry, allowing for cost savings. This high-density living situation is focused on sustainability and community bonds–no parking spots are provided for the residents, but instead, bike parking, discounted transit tickets, and on-site car-sharing services are made readily available. The individual building rooftops also serve as urban farms and produce up to 16 tons of harvest every year. The Reality Capture Workshop of the University of Detroit Mercy School of Architecture is recognized for their project in Volterra, Italy, under the Practice-based or Academic Research, Curriculum or Applied Technology Development category. This workshop-style initiative provides a unique international research experience for students and professionals working with innovative reality capture technologies such as 3-D computer modeling, laser scanning, drone and camera capture of historical architecture in the ancient city of Volterra. No winners were chosen for Project Lifecycle Performance and Exemplary Use in a Small Firm. This year's jury was chaired by Matthew Krissel, AIA, partner at KieranTimberlake, and included Tyler Goss, innovative development manager at Turner Construction; Paola Moya, Assoc. AIA, CEO and principal at Marshall Moya Design; Jeffrey Pastva, AIA, project architect at JDavis Architects; and Brian Skripac, Assoc. AIA, vice president and director of virtual design and construction at CannonDesign.
This article was originally published on ArchDaily as “Bahá’í Temple of South America Wins 2017 Innovation in Architecture Award.” Toronto-based Hariri Pontarini Architects’ Bahá’í Temple of South America has won the 2017 Innovation in Architecture Award presented by the Royal Architectural Institute of Canada (RAIC). Located in the foothills of the Andes Mountains outside Santiago, Chile, the domed building was designed and built using computer modeling, measuring, and fabrication software, as well as custom glass, all of which culminated in nine monumental veils that frame an open worship space for up to 600 visitors. Completed in 2016, the project took 14 years to realize.
The Bahá’í Temple of South America reflects innovations in materials, technology, and structure. For instance, a search for materials that capture light resulted in the development of two cladding materials: an interior layer of translucent marble from Portugal, and an exterior layer of cast-glass panels developed, in collaboration with the Canadian glass artist Jeff Goodman, for this project.In addition, the Temple is designed to withstand extreme earthquakes and wind. Thousands of individually engineered steel members and nodal connections comprise the super-structures of the wings, each of which rests on concrete columns on seismic bearings.
I am very pleased to receive this award, said partner-in-charge Siamak Hariri, FRAIC. The brief was for a new type of sacred space, a place of worship that is attractive, open, and inviting to people of all faiths or none at all. Innovation was at the heart of the project. The award is a testimony to the deep collaboration of literally hundreds of people.The Bahá’í Temple of South America will be honored at the RAIC/OAA Festival of Architecture in Ottowa between May 24 and 27. News via: The Royal Architectural Institute of Canada (RAIC). Written by Sabrina Santos. Want more from ArchDaily? Like their Facebook page here.