Katerra is constructing the $40 million Catalyst Building in Spokane, Wash. The five-story, 150,000-sf facility will accommodate leased space for Eastern Washington University's programs in computer science, electrical engineering, and visual communication design. Comprising two wings connected by a light-filled atrium, the collaborative $40 million building will provide dry labs, offices, classrooms, and study spaces.
Singapore Institute of Technology broke ground in September of 2019 on the Punggol Coast campus. Strategically sited on two plots of land in the JTC Punggol Digital District, the project will provide 240,000 gsf of education, research, and innovation space, and will eventually enable the university to consolidate its six existing locations. Designed as a living laboratory for sustainability, the campus will be powered by a sophisticated microgrid, created in partnership with SP Group, that will supply gas, electricity, and thermal energy.
The U.S. Department of Energy's Building Technologies Office announced up to $33.5 million in funding in May of 2019 for early-stage research and development of advanced building construction techniques to reduce energy costs. The Advanced Building Construction with Energy-Efficient Technologies & Practices (ABC) initiative aims to develop deep energy retrofit and new construction technologies that holistically tackle a combination of envelope, heating, cooling, water heating, and ventilation issues.
Oak Ridge National Laboratory broke ground on the $95 million Translational Research Capability facility in May of 2019 in Oak Ridge, Tenn. Located on a brownfield site on ORNL’s main campus, the three-story, 100,000-sf building will provide laboratory and office space to support research programs in computing, quantum information, and materials science.
Boden Type Data Center One opened in February of 2019 in Boden, Sweden. Designed as a prototype for data center energy efficiency, the 500-kilowatt facility will operate with minimal environmental impact by implementing a range of highly innovative building systems and technologies. Funded by the European Commission’s Horizon 2020 program, the project was developed by a consortium of firms including H1 Systems, EcoCooling, Fraunhofer IOSB, RISE SICS North, and Boden Business Agency.
Mitsubishi Electric Corporation is planning to build a $33 million R&D facility for the creation of technologies for Zero Energy Buildings (ZEB) in Kamakura, Japan. The project will accelerate the company’s development, evaluation, and demonstration of ZEB technologies to meet the growing demand for buildings that combine comfort and superior energy savings. Mitsubishi Electric’s ZEB technologies are part of the company’s wide-ranging effort to help achieve the United Nation’s Sustainable Development Goals.
The National University of Singapore opened the six-story, 92,000-sf Net-Zero Energy Building in January of 2019. Providing design studios, teaching and research space, and common areas for the School of Design and Environment, SDE4 is the first new-build, net-zero facility in Singapore. WELL certification will be sought for the project, which features a rooftop solar farm with 1225 panels, a hybrid cooling system, and a narrow floorplate to optimize passive ventilation and natural lighting.
Pacific Northwest National Lab is planning to build a $90 million energy sciences research building in Richland, Wash. Designed by Kirksey Architecture, the collaborative facility will provide between 110,000 and 145,000 sf of flexible lab and office space to support fundamental research in chemistry, materials science, and computing. Accommodating advanced instrumentation including next-generation NMR and electron microscopy devices, the project will enable the development of new energy and transportation technologies.
Ryerson University opened the Centre for Urban Innovation in January of 2018 in Toronto. Designed by Moriyama & Teshima and ERA Architects, the CAD$46 million project included the renovation and expansion of an existing structure to create a 40,000-sf facility providing wet and dry research labs, fabrication suites, a maker space, and offices for business incubation and commercialization.
Oak Ridge National Laboratory is planning to build the Translational Research Capability project in Oak Ridge, Tenn. Located on ORNL’s main campus, the three-story laboratory and office building will provide between 80,000 and 115,000 gsf of space to support growing research programs in materials science and computing. A request for qualifications will be released in April of 2019 for the design-build project, which has an estimated construction cost of $58 million. Work will begin on the facility in early 2020 with completion expected by December of 2022.
LAVLE USA is partnering with Old Dominion University to create the $12 million Marine Electric Propulsion Simulation (MEPS) Laboratory in Newport News, Va. Supporting both military and commercial applications, the 22,000-sf facility will house sophisticated instrumentation for the development of electric propulsion, advanced energy storage, and autonomous systems technologies. Construction is expected to begin in summer of 2019 with completion in summer of 2020.
The University of Manchester opened the £60 million Graphene Engineering Innovation Centre in December of 2018 in the United Kingdom. Located in the new 91,000-sf Masdar Building on the North campus, the facility will accommodate collaborative materials science research and development with King Abdullah University of Science and Technology (KAUST) and Khalifa University of Science and Technology.
Georgia Southern University broke ground in December of 2018 on the $50 million Center for Engineering and Research in Statesboro. Designed by SmithGroup and Stevens & Wilkinson to promote interaction and collaboration, the three-story, 135,000-sf facility will provide a centralized home for the departments and disciplines of the Allen E. Paulson College of Engineering and Computing.
Harvard University opened HouseZero in December of 2018 in Cambridge, Mass. Acting as a living laboratory for sustainable design and construction, the project features a data-driven infrastructure with nearly 300 embedded sensors that produce 17 million data points in real time each day. Software informed by the house's sensors automatically opens and closes windows, circulating air through cross ventilation and convection flows. Algorithms informed by sensors optimize ventilation in relation to the house's mass, reducing the need for building systems almost entirely.
Ramaco Carbon began construction in October of 2018 on the Carbon Advanced Materials (iCAM) facility in Sheridan, Wyo. Providing collaborative research space for academic, government, and industry partners, the 10,000-sf building will include a 3D printing and manufacturing suite, a pilot plant, laboratories, and offices. Designed by Dynia Architects, the facility will support the development of advanced products based on the carbon derived from coal. The engineering consultant for the center is WWC Engineering.
