JHU Malone Center for Engineering in Healthcare
@JHUMCEH
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Catalyzing and accelerating the development of research-based innovations that advance the effectiveness and efficiency of healthcare. https://t.co/zrMq4VslIW
Baltimore, MD
Joined May 2018
The session featured talks from our director @alexisjbattle and Malone Center member Swaroop Vedula:.
Exciting informational session on #AI for congressional staff today at @JHUBloombergCtr in coordination with #HopkinsDSAI, Johns Hopkins Engineering Lifelong Learning, and Office of Federal Strategy.
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Researchers at the Johns Hopkins University have trained a robot to do surgery on its own, and it recently completed a portion of a gallbladder surgery on a pig cadaver. Medical roboticist Axel Krieger discuss how he was able to train this impressive surgical robot.
Almost a quarter of all operations performed in the U.S. use robots controlled by human doctors. But now, in a test using a pig cadaver, a robot did surgery all by itself. 🤖.
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The @NIH awarded @Zongwei_Zhou and his team a four-year, $2.8 million R01 grant to develop an #AI system to enhance the detection and monitoring of metastasis in colorectal cancer using patients’ CT scans. Learn more here:
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Lead researcher Axel Krieger, a member of the Malone Center for Engineering in Healthcare, says the new system behaves less like a rigid industrial arm and more like a junior resident who can learn on the fly.
Robot performs surgery without a human controlling its hands for the first time ever #EarthDotCom #EarthSnap #Earth.
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Congratulations to John C. Malone Associate Professor of @jhumeche @Dr_Jdelaine on his @JohnsHopkins Catalyst Award! Learn more here:
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RT @IEEESpectrum: For the first time, a #robot has performed a lifelike #surgery without human help. Designed by researchers at @JohnsHopki….
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Led by John C. Malone Associate Professor of Computer Science @MathiasUnberath, Johns Hopkins researchers present the voice-controlled X-ray imaging system that earned a Best Paper Award at #IPCAI2025. Learn more:
malonecenter.jhu.edu
Johns Hopkins researchers present the voice-controlled X-ray imaging system that earned a Best Paper Award at IPCAI 2025.
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“Current surgical robotic technology has made some procedures less invasive, but complication rates haven’t really dropped,” says the Malone Center’s Axel Krieger. “This made us look into what is the next generation of robotic systems that can help patients and surgeons.”.
An AI-powered robot was able to dissect a gall bladder from a dead pig in what researchers claim is the first realistic surgery with almost no human intervention.
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Congratulations to @mdredze, Emily E. Haroz, Joel Bader, and @KathyMcDonald on receiving funding from the latest round of Nexus awards, which support a diverse range of programming, research, and teaching activities at the @JHUBloombergCtr.
malonecenter.jhu.edu
The Nexus Awards Program supports a diverse range of programming, research, and teaching activities at the Hopkins Bloomberg Center.
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RT @JohnsHopkins: A team of Johns Hopkins–led researchers developed a robot capable of successfully performing autonomous surgery on a life….
hub.jhu.edu
In work led by Johns Hopkins researchers, the robot performed unflappably across trials and with the expertise of a skilled human surgeon, even during unexpected scenarios typical in real life...
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Trained by Malone Center member Axel Krieger and team, the robot performed unflappably across trials and with the expertise of a skilled human surgeon, even during unexpected scenarios typical in real-life medical emergencies. Learn more:
malonecenter.jhu.edu
A system trained on videos of surgeries performs like an expert surgeon.
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We are pleased to announce the first round of our 2025 Seed Grant Awards! 🌱 Learn more about the funded projects here:
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“This advancement moves us from robots that can execute specific surgical tasks to robots that truly understand surgical procedures,” says medical roboticist and Malone Center member Axel Krieger.
In a historic leap for #medicaltechnology, researchers at Johns Hopkins University have successfully performed the first #autonomous laparoscopic surgery on soft tissue using a robot—without any human intervention. #electronicsnews #technologynews.
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Developed by Malone Center member Axel Krieger and team, this system trained on videos of surgeries performs like an expert surgeon. Learn more:
hub.jhu.edu
In work led by Johns Hopkins researchers, the robot performed unflappably across trials and with the expertise of a skilled human surgeon, even during unexpected scenarios typical in real life...
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RT @stephaniehicks: Excited to share a blogpost summarizing challenges, opportunities & reflections from a course @HopkinsEngineer co-taugh….
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Learn more about HaptiKart, developed by @Dr_Jdelaine and team:
malonecenter.jhu.edu
Johns Hopkins University and Kennedy Krieger researchers use a new racing game to shed light on how children with autism learn.
HaptiKart is a five-minute racing video game that helps doctors figure out if a child learns better through physical sensations or verbal cues.
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We are pleased to announce that Laura Connolly (@queensu) and Amama Mahmood have been named recipients of this year’s Malone Postdoctoral Fellowship. Learn more:
malonecenter.jhu.edu
Laura Connolly and Amama Mahmood have been named recipients of this year’s Malone Postdoctoral Fellowship. The program provides postdoctoral researchers with resources to support clinically-facing...
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Chosen from 274 proposals, @MuyinatuBell, @KimiaGhobadi, Harold P. Lehmann, and Tin Yan “Alvin” Liu are among 150 individuals on the 39 multidisciplinary endeavors that have been selected to receive Johns Hopkins Discovery Awards this year. Learn more:
malonecenter.jhu.edu
Winning projects—chosen from 274 proposals—include 150 individuals from across the university.
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Led by John C. Malone Associate Professor of Mechanical Engineering @Dr_Jdelaine, Johns Hopkins University and @KennedyKrieger researchers use a new racing game to shed light on how children with autism learn. Read more:
malonecenter.jhu.edu
Johns Hopkins University and Kennedy Krieger researchers use a new racing game to shed light on how children with autism learn.
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Congratulations, @Dr_Jdelaine!.
Johns Hopkins has named 20 early-career faculty as 2025 Catalyst Award winners. Recognized for their academic impact and research potential, each awardee will receive a $100k grant and mentoring support to advance their work.
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