Innovative engineering that enabled the new Olympia DUMBO residential tower in Brooklyn to billow towards the sky with an eye-catching, sail-shaped silhouette has earned DeSimone Consulting Engineering official recognition.
Olympia DUMBO combines luxury living with a cutting-edge design and delivery approach, offering 175,000 square feet of upscale residences atop a 70,000-square-foot podium and a plethora of best-in-class amenities that include New York City’s highest private outdoor tennis court, indoor and outdoor pools, a shipwreck-themed playground, and waterpark for kids.
Designed by EskewDumezRipple in collaboration with Rule Joy Trammell + Rubio (RJTR), this 416,500-square-foot high-rise research building features an expressive two-tower massing (one at 14 stories and one at 18 stories).
The complex will serve as Phase 3 of Georgia Tech’s ambitious expansion in midtown Atlanta, known as Technology Square. The project, and its mission to empower Georgia Tech students, faculty, and stakeholders to develop leaders who advance technology and improve the human condition, seeks to benefit from the proximity to and interaction with nearby startups, researchers, labs, corporate innovators, and venture capitalists in this vibrant intellectual environment.
Project Team
Jack Sawyer – Principal-in-Charge, Project Manager
Steve Dumez – Principal, Design Director
Z Smith – Principal, Sustainability Director
Nathan Petty – Project Manager
William Netter – Project Architect
Kristin Henry – Project Interior Designer
Staff: Daniel Ruff, Phoenix Montague, Sheena Garcia
Architecture and Interior Design: EskewDumezRipple
Architect of Record: Rule Joy Trammell + Rubio
Contractor: Turner Construction Company
Civil Engineer: Kimley-Horn
Structural Engineer: Uzun + Case
MEP Engineer: Newcomb & Boyd
Electrical Engineer:
Geotechnical Engineer: NOVA
Landscape: Design Workshop
Lighting: Clanton & Associates
Acoustical Engineer: Newcomb & Boyd
Theatrical/AV: Newcomb & Boyd
Building Envelope: Williamson & Associates
Energy Modeling Consultant: Point Energy Innovations
Designed to seamlessly blend business and leisure, luxury and lifestyle, One Za’abeel is the new mixed-use complex of Ithra Dubai LLC and covers an area of 530,000 sqm. Located in the heart of the city and close to the International Financial Centre, it is designed by Nikken Sekkei, a prestigious Japanese architecture, engineering and urban planning studio.
Architect: Nikken Sekkei
Design: Fiandre Architectural Surfaces
Project: One Za’abeel complex
Location: Dubai , UAE
Property Owner: Ithra Dubai LLC
Chief Architect and Consultant: Stefan Krummeck
GFA: 530,000 sqm.
Photo: One Za’abeel, photo courtesy of Fiandre Architectural Surfaces
The Norodom Business Tower is a mixed-use tower located in Phnom Penh City, Cambodia. The project is designed to be a Grade-A office with a 5-star hotel, offering more than 10,000 sq m of office space and 226 keys for the hotel, with amenities like function areas, restaurants, a rooftop bar, a rooftop pool, a gym, and a spa.
Project: Norodom Business Tower Location: Phnom Penh, Cambodia
Client: TP Moral Construction & Development Co., Ltd.
Designed by Marina Miot, a Brazilian architect from Rio Grande do Sul, the restoration project of an original industrial pavilion from the 1940s in the city of Caxias do Sul was conceived to house Wentz’s new headquarters.
The pre-existing architecture was preserved and the building’s original walls and frontages maintained. In the internal space, large white volumes and glass walls were created for better division, fluidity and full use of natural light, crossing the limits between external and internal, reducing excesses and connecting the space to the contemporary essence of the brand – silent, natural, simple and casual.
As one of the focal developing districts located in western Beijing that comprised of three zones, Shougang is a cradle for high-end industries which leads to the green transformation of traditional industries. Aedas Global Design Principal Dr. Andy Wen and Executive Director Zi Huan Lin led the team to create a mixed-use commercial complex on the southeast part of economic zone.
The Maritime Science Building will elevate the recognition of Clatsop Community College’s coastal educational program as it continues to grow into the most comprehensive industrial and marine technology center in the Pacific Northwest. This new facility reflects the college’s commitment to the future of the region and its mission to inspire and engage the entire community.
The Henry Ford Detroit Pistons Performance Center is the new home of the Detroit Pistons and latest NBA training facility. Located in New Center area of Detroit, it is approximately two miles north of the Little Caesar’s Arena, where the team plays. The franchise moved into the facility in October, 2019.
The 185,000 SF multi-functional facility brings the Detroit Pistons basketball and business operations together into a new class of NBA training facilities and headquarters integrated on an urban campus. The Performance Center is adjacent to the new William Clay Ford Center for Athletic Medicine. A 125-foot enclosed glass walkway connects the building to give the team access to injury diagnosis and rehabilitative treatments.
The site on the KTH campus, with its very tangible cultural and historical context and its physical limitations, could be described as the opposite of a blank slate (Tabula Rasa). The new school is inserted into an existing courtyard space with existing pathways and is located adjacent to Erik Lallerstedt’s original and quite monumental brick buildings from the early twentieth century.
Based on the logic of a free campus layout that encourages movement, the idea is to accomodate and encourage circulation within the building and all around it as a way of thoroughly integrating and anchoring the new school to the site. With its rounded contours and a total of six floors, the school building includes a sunken garden and a roof terrace, while cultivating the character of the courtyard as one continuous space. The deep red CorTen steel exterior relates to the dark red brick of existing buildings.
Tags: Stockholm, Sweden Comments Off on New School of Architecture, Royal Institute of Technology (KTH) in Stockholm, Sweden by Tham & Videgård Arkitekter
The Tall Timber Building residence has become a landmark and, during construction, became Sweden’s tallest solid wooden building in the new district of Kajstaden at Lake Mälaren in Västerås. All parts of the building consist of cross-laminated wood, which includes the walls, joists and balconies as well as the lift and stairwell shafts.
Kajstaden – Tall Timber Building is an important landmark for sustainable construction and a reference project that shows that conversion to climate conscious architecture is possible. Through research projects and several active wood projects, C.F. Møller Architects has focused on innovation as well as developing and implementing multi-storey buildings with solid wood frames. In Kajstaden, an active decision was made to prioritise industrial timber techniques for the building material to influence and take responsibility for the impact of the construction industry on the environment and climate change. A crucial advantage of wood, unlike other building materials, is that the production chain for the material produces a limited amount of carbon dioxide emissions. Instead, it is part of a closed cycle, where carbon is retained in the frame of the building.
Research also shows that buildings with a wooden frame make a positive contribution to human health and well-being- thanks to better air quality and acoustic qualities.
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