The University of Maryland has been selected for a four-year, $17.3 million award from the National Science Foundation to establish the Collaborative for the Realization of Autonomous Biomanufacturing, or CRAB Lab, a remotely accessible, AI-enabled test bed that will let researchers anywhere in the country program automated biomanufacturing experiments. The lab will be housed at the Institute for Bioscience and Biotechnology Research (IBBR) in Rockville, a joint research enterprise of the University of Maryland, College Park, the University of Maryland, Baltimore, and NIST, and it’s one of just 20 nodes nationwide in a network NSF itself describes as roughly $400 million in total investment, $380 million from NSF plus $20 million in philanthropic support from the Astera Institute, a selection that puts Maryland’s biomanufacturing infrastructure on a genuinely national stage. NSF Assistant Director Erwin Gianchandani explicitly tied the program’s ambitions to hands-on training, not just automation: “These awards represent a significant step toward achieving a virtuous cycle of automated hypothesis generation, autonomous experimentation and generation and interpretation of large volumes of high-quality experimental data to drive the next set of hypotheses, all with researchers and students alongside the automated systems at every step of the way.”
What the CRAB Lab Actually Does
The CRAB Lab is built around a novel electronic measurement tool developed in partnership with the National Institute of Standards and Technology and the FDA, designed to take high-velocity, high-volume measurements that train AI models to optimize biomanufacturing processes. William Bentley, the Robert E. Fischell Distinguished Professor and director of the Robert E. Fischell Institute for Biomedical Devices, is leading the project as principal investigator, alongside co-PIs Gregory Payne, Martha Wang, Alan Zaoxing Liu, and Hussain Dahodwala. Bentley framed the significance of the award around what it lets the university contribute beyond its own walls: “What excites me most about the CRAB Lab is that it’s not just conducting research; it’s contributing to a national resource where researchers across academia, industry and government will be able to access experiment data and automation capabilities that would otherwise be out of reach.” Ginkgo Bioworks is partnering on the project, and CEO Jason Kelly pointed to the broader shift the lab represents in how biotech research gets done: “AI paired with autonomous labs is how discoveries get made and scaled at the same time.” According to SynBioBeta’s coverage of the partnership, Ginkgo is deploying around 11 robotic automation units alongside its Catalyst software to help build out a fully automated biomanufacturing suite at the lab. 30 biopharmaceutical companies will get initial access to the lab through the Advanced Mammalian Biomanufacturing Innovation Center, gaining automated capabilities and cloud-based interfaces for remote, high-throughput bioprocess optimization that most individual companies couldn’t justify building on their own.
Why the Training Component Matters as Much as the Lab Itself
Buried inside the technical scope of the award is something arguably just as consequential for the region: a dedicated workforce training hub at The Universities at Shady Grove, offering both on-site and remote educational programs built specifically to prepare workers for high-demand biomanufacturing jobs. The Universities at Shady Grove already has a track record, the facility runs roughly 80 undergraduate and graduate programs across nine University System of Maryland institutions, including UMBC’s bachelor’s in Translational Life Science Technology and master’s in biotechnology, and University of Maryland College Park’s own biological sciences and biocomputational engineering degrees, all housed in a biomedical sciences and engineering building that opened in 2019. It has also run shorter “bio boot camp” programs with Montgomery College to retrain displaced workers for lab jobs. Layering the CRAB Lab’s training hub onto that existing infrastructure means new NSF money is reinforcing a pipeline the region has already been building for years, rather than starting one from scratch.
The University’s Role in Keeping the Region’s Talent Pipeline Full
It’s easy to read a headline like “UMD wins $17.3 million NSF award” as purely a research story, but the workforce dimension is arguably the more durable regional payoff. Federal research dollars fund equipment and experiments that eventually get published and move on; a training hub that certifies technicians and engineers for biomanufacturing careers keeps producing qualified workers for the BioHealth Capital Region’s employers year after year. That distinction matters in a region built around the density of institutions surrounding it, UMD, the NIH, the FDA, and a deep bench of biomanufacturing and biotech employers all within a short drive of each other. Universities are frequently credited for the research they publish, but their more quietly essential role in a region like this one is supplying the trained early-career talent that lets biotech and biomanufacturing companies actually staff up and grow locally instead of importing talent from elsewhere or relocating operations to wherever the workforce already exists. The CRAB Lab, threading a national AI research resource directly through a regional workforce pipeline, is a fairly clean example of what that role looks like in practice.
