Matrix Innovation Center broke ground in December of 2020 on the Matrix 1 lab and office complex in Amsterdam. Designed by MVRDV to attain BREEAM Excellent certification, the six-story, 140,000-sf project will utilize demountable construction techniques so that the steel supports and concrete floors can be disassembled at the end of the structure's lifespan, enabling 89 percent of the materials to be reused.
Avista Development and McKinstry opened the $40 million Catalyst Building in Spokane in September of 2020. Designed by Michael Green Architecture, the five-story, 159,000-sf facility was built by Katerra using cross-laminated timber (CLT) structural components. Certified by the International Living Future Institute, the zero-carbon, net-zero building features a highly efficient heating and cooling system, a sophisticated building envelope, LED lighting, and integrated energy management technologies.
ABB is planning to construct a $30 million manufacturing center in San Giovanni Valdarno, Italy. The 172,200-sf facility will support the production of direct-current battery chargers for electric vehicles. Accelerating the company's growth and innovation in the electromobility sector, the sustainably designed project will leverage highly efficient building systems and rooftop photovoltaic arrays to achieve optimal energy performance and reduce carbon emissions.
The University of Sheffield completed construction in July of 2020 on the Royce Discovery Centre in the United Kingdom. Designed by Bond Bryan Architects, the flexible facility provides leading-edge laboratories and workshops for materials science research. Featuring advanced technologies for 3D additive manufacturing, digital manufacturing, and nanocharacterization, the building leverages sophisticated strategies for vibration and noise mitigation to protect sensitive instrumentation.
The U.S. Department of Energy is planning to begin construction in 2021 on the $75 million Grid Storage Launchpad at Pacific Northwest National Laboratory in Richland, Wash. Designed as a resource hub for the development of next-generation grid energy storage technologies, the R&D facility will provide labs for basic materials synthesis and processing, in-operando characterization, small-scale cell fabrication, kilowatt-scale testing and validation, advanced prototyping, visualization, and analysis.
Pacific Northwest National Lab began construction in March of 2020 on a $90 million energy sciences research building in Richland, Wash. Designed by Kirksey Architecture, the collaborative 140,000-sf facility will enable academic, industry, and government investigators to create new energy and transportation technologies. Supporting fundamental research in chemistry, materials science, and computing, the building will include advanced instrumentation suites housing next-generation imaging and microscopy devices.
The United Kingdom Atomic Energy Authority (UKAEA) is building a £22 million nuclear fusion research facility in Rotherham. Supporting the creation of advanced joining materials and components, the 26,900-sf structure will feature specialized testing suites that simulate the conditions inside a fusion reactor. The center is being constructed in the Advanced Manufacturing Park (AMP) to promote collaboration with the adjacent Nuclear Advanced Manufacturing Research Centre and the University of Sheffield’s Advanced Manufacturing Research Centre.
The Dubai Electricity and Water Authority opened the 47,360-sf Research and Development Centre in March of 2020. Located at the Mohammed bin Rashid Al Maktoum Solar Park in the United Arab Emirates, the four-story facility offers laboratories for the development of leading-edge technologies for solar power, smart grid integration, energy efficiency, and water management systems. Accelerating the Fourth Industrial Revolution, the center will enable the creation of innovative 3D printing and additive manufacturing modalities.
The Ohio State University is planning to construct two collocated research facilities in its West Campus innovation district in Columbus. Designed by Pelli Clarke & Partners and Moody Nolan, the 305,000-sf Interdisciplinary Research Facility will provide a vivarium, support spaces, and wet, computational, and core labs for programs in engineering and medical research.
Georgia Institute of Technology dedicated the $30 million Kendeda Building for Innovative Sustainable Design in October of 2019 in Atlanta. Designed by Lord Aeck Sargent & The Miller Hull Partnership, the 47,000-sf facility provides two 64-person classrooms, a maker space, four class labs, a conference room, offices, and a 176-person auditorium.
North Carolina A&T State University is constructing the $90 million Engineering Research & Innovation Center in Greensboro. Designed by EYP Architecture & Engineering to promote experiential learning, the 130,000-sf teaching and research building will accommodate programs including cybersecurity, energy science, and health technology.
Idaho National Laboratory opened two new computing research facilities in Idaho Falls in October of 2019. Designed by Flad Architects, the $90 million project will accommodate joint research with Idaho State University, Boise State University, and the University of Idaho.
Dartmouth College began construction in October of 2019 on the $100 million Arthur L. Irving Institute for Energy and Society in Hanover, N.H. Designed by Goody Clancy to promote an integrated approach to problem solving, the 55,000-gsf facility will accommodate programs in engineering, environmental studies, geopolitics, business, and economics. The three-story structure will be physically connected to Murdough Hall by an atrium, creating a natural point of convergence for faculty and students from across campus to collaborate on energy-related projects.
The University of Tennessee at Knoxville broke ground in October of 2018 on a $129 million engineering building. Designed by McCarty Holsaple McCarty with SmithGroup as laboratory planner, the 228,000-sf multidisciplinary building will provide the Tickle College of Engineering with flexible research labs, maker spaces, project rooms, collaboration areas, divisible classrooms, an atrium, and dedicated space for the department of nuclear engineering. Completion is expected in fall of 2021.
The University of Texas at Austin broke ground in October of 2019 on the $168 million Gary L. Thomas Energy Engineering Building. Designed as a hub for energy-related education, research, and innovation, the 184,300-gsf building will feature leading-edge labs and classrooms, collaboration environments, and student project spaces. The six-story multidisciplinary facility will house the Cockrell School's mechanical, chemical, and petroleum engineering programs.
