The US faces a severe housing shortage that strains both household finances and community infrastructure. In Massachusetts alone, estimates indicate at least 222,000 new homes must be constructed within the next decade to meet population demands. However, traditional construction methods face compounding obstacles, such as persistent shortage of skilled labor, fragmented workflows involving multiple contractors and subcontractors that introduce delays and cost overruns, and significant environmental impact.
Buildings and construction activities account for a major share of global carbon emissions, exacerbating climate change. These challenges are not merely financial or logistical, they are systemic. Solving them requires reimagining how homes are designed, fabricated, and assembled. Reframe Systems, founded in 2022, emerged from this recognition. Rather than improving conventional building processes incrementally, the company developed a new production model, which is a decentralized microfactories that use robotics and automation to build housing closer to where people live.
From MIT Systems Thinking to a Scalable Housing Solution
Vikas Enti’s journey to co-founding Reframe Systems was deeply shaped by his education in MIT’s System Design and Management (SDM) program. While working at Kiva Systems, overseeing its acquisition by Amazon and transformation into Amazon Robotics, Enti realized that isolated solutions could not resolve large-scale operational failures. He enrolled in SDM’s master of science in engineering and management, where courses on systems engineering, system architecture, and project management gave him a formal toolkit for tackling complex, multi-stakeholder problems.
“Learning how to navigate the system and finding the optimal value for each stakeholder has been a key part of the business strategy,” Enti explains, noting that this mindset is directly rooted in his SDM training. After completing his degree in 2020, writing a thesis on fall-prevention technology for elderly people, Enti turned his attention to housing.
The birth of his daughters reinforced his desire for a business with genuine social impact and lower carbon emissions. Housing met both criteria, which were immediate human need and a major source of global emissions. He then reached out to former Amazon Robotics colleagues Aaron Small and Felipe Polido, who joined him as co-founders, and Reframe Systems was born.
How Microfactories Work and What They Already Achieved
Reframe Systems deploys advanced, low-cost microfactories that bring housing fabrication closer to the regions where homes are needed, drastically reducing transportation waste and on-site disruption. Currently, the company’s microfactory in Andover, Massachusetts, produces structural panels using robotics for wall and ceiling framing, while human workers complete wiring, plumbing, and other finish work.
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Over time, Reframe plans to automate larger portions of the building process. The modular approach means homes are manufactured in controlled factory conditions, then assembled on-site with minimal disturbance to the surrounding community. Finished homes are designed for energy efficiency and are solar-panel ready.
The first homes from Reframe’s initial microfactory have already been fully built in Arlington and Somerville, Massachusetts. In Somerville, the completed buildings respect local architectural character, appearing as modernized versions of the region’s iconic “triple-decker” three-story homes.
Reframe is also expanding to southern California, where it will help rebuild neighborhoods destroyed by the January 2025 wildfires. The company’s software-assisted design process and adjustable microfactories allow them to comply with local zoning codes, meet building regulations, and align with regional aesthetics, including Spanish-style and craftsman homes. Beyond individual projects, Reframe is set to begin work on a group of homes in Devens, Massachusetts, signaling a shift from pilot demonstrations to systematic deployment.
From Technical Architecture to Network Expansion
For Vikas Enti, housing is not merely a construction problem, it is a complex systems problem. The methods he learned at MIT SDM, including technology roadmapping from Professor Olivier de Weck and project management frameworks from SDM academic director Bryan Moser, continue to guide Reframe’s strategy. By embracing stakeholder needs and iterating through continuous learning, the company plans to expand its network of microfactories nationwide. Reframe Systems demonstrates that sustainable, scalable housing is possible when systems thinking meets practical innovation.
Journal Reference
Gutierrez, N. (2026, April). Tackling the housing shortage with robotic microfactories. MIT News | Massachusetts Institute of Technology. https://news.mit.edu/2026/tackling-housing-shortage-robotic-microfactories-0421
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