CMU College of Engineering
@CMUEngineering
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We produce creative and technically strong engineers and research pioneering solutions to global challenges.
Pittsburgh, PA
Joined May 2009
Carnegie Mellon's Marios Savvides has been named a National Academy of Inventors Fellow, the highest professional distinction accorded solely to academic inventors. https://t.co/wgeADRqiVI
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.@CMUMeche researchers recently developed AI Coach, a psychology-informed AI facilitator that can keep conversations on track, draw out quieter voices, and help steer decisions to make high performance teamwork more accessible than ever. https://t.co/HYe6VDU2MV
engineering.cmu.edu
Backed by psychology-informed AI, AI Coach is making high-performance teamwork more accessible than ever.
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Finding where seizures start may soon get easier. Carnegie Mellon Biomedical Engineering's Bin He's latest research combines all epileptic brain signals into one analysis, potentially reducing the need for invasive monitoring. https://t.co/3CzRRvNNKV
engineering.cmu.edu
A machine-learning method analyzes all major epilepsy biomarkers noninvasively, offering a faster, unified way to locate seizure-origin regions.
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Browse a few early covers of CIT Engineering News, the magazine that began telling the story of our groundbreaking work in 1981. 📷Photos and scans courtesy of Carnegie Mellon University Archives
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🚨FLIGHTSCOPE BLACK FRIDAY SALE $1,200 OFF Mevo Plus Golf Simulators!
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Tomorrow is #GivingCMUDay! Your generosity strengthens our mission and helps students thrive. Together, we can open doors to endless possibilities. https://t.co/KUsAImAM9v
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In a lab where biology meets robotics, @CMUMeche's Victoria Webster-Wood is tackling a unique challenge: how do you control a robot made of living muscle that grows stronger every time it moves? https://t.co/kM9BITWbkH
engineering.cmu.edu
In a lab where biology meets robotics, Carnegie Mellon researchers are tackling a unique challenge: how do you control a robot made of living muscle that grows stronger every time it moves?
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.@cmu_africa has partnered with the National Basketball Association Africa on a startup accelerator program that aims to support the next wave of early-stage African startup businesses transforming the sports and creative sectors. https://t.co/DmYcOZ76rb
engineering.cmu.edu
The NBA Africa Triple Double Accelerator aims to support the next wave of early-stage African startup businesses transforming the sports and creative sectors. Five finalists will be chosen to join...
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The Carnegie Mellon College of Engineering Fall 2025 Magazine is here! https://t.co/Xt1y03Bu6R
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.@AnthropicAI has announced that it disrupted a state-sponsored, AI-led espionage campaign. @CyLab researchers Brian Singer, @lujobauer, and @vyas_sekar demonstrated the capability of this type of attack earlier this year via groundbreaking research:
engineering.cmu.edu
Carnegie Mellon researchers show how LLMs can be taught to autonomously plan and execute real-world cyberattacks against enterprise-grade network environments—and why this matters for future defenses.
We disrupted a highly sophisticated AI-led espionage campaign. The attack targeted large tech companies, financial institutions, chemical manufacturing companies, and government agencies. We assess with high confidence that the threat actor was a Chinese state-sponsored group.
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Magnetic nanocultures are tiny bioreactors that can be moved with a magnet. @CMU_ChemE and @cmu_bme's Tagbo Niepa designed them to cultivate soil microbes in their natural environment, because many species behave differently in the lab. https://t.co/jfaw0tWjXz
engineering.cmu.edu
Microorganisms behave differently in the lab, so researchers designed nanocultures to cultivate them in their natural environment. Magnetic shells provide an efficient way to retrieve them.
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.@CMUMeche's Chris McComb discusses how AI is rapidly reshaping how engineers imagine, evaluate, and build solutions. https://t.co/gG8RDFXbZL
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.@CMU_CEE's David Rounce and Emily Zuetell discuss their research in improving data for urban planning in sub-Saharan Africa. https://t.co/aWyzqce0mY
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On #VeteransDay, we honor those who have served our country with courage and dedication. Thank you, veterans! 🇺🇸
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.@CMUMeche's Jessica Zhang is using AI and digital twins to make limb transplants safer, more accessible, and better matched for the millions of Americans living with limb loss. https://t.co/DvvcRDTJIt
engineering.cmu.edu
Jessica Zhang is using AI and digital twins to make limb transplants safer, more accessible, and better matched for the millions of Americans living with limb loss.
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Researchers have developed flexible antennas to better utilize radio waves, increasing wireless connectivity and communication. https://t.co/mRfvIr7XPm
engineering.cmu.edu
Researchers have developed flexible antennas to better utilize radio waves, increasing wireless connectivity and communication.
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Special Announcement 📣! CBN Israel has launched on X to provide you with real time updates, encouragement, and on-the-ground tracking of what's happening each hour in Israel. Follow now!
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In this late 1980s archival photo, graduate student Jayant Kalagnanam and Professor Henrion apply computer-supported machine diagnosis to a unique project. #CMU125
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Thea Spellmeyer, @CMU_ChemE student, used her Summer Undergraduate Research Fellowship to study the potential use of ultrafine fibers made of soybean protein as a wound dressing with @cmu_bme professor Phil Campbell. https://t.co/ATzmRohZUZ
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Time passes, technology changes, innovation stays the same. Now and always, advanced collaboration remains an essential part of the College of Engineering’s work. #CMU125
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Caroline Vernon, a @cmu_mse student, used her Summer Undergraduate Research Fellowship to work on staining procedures that enhance the contrast in microscopic images of biological tissues or cells. https://t.co/CHBwVlFPkZ
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