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Stories About Our Work That Matters

Health

Read more stories about how CMU is securing a healthier, more resilient world.

Future of Work

Innovation

Read more stories about how CMU is advancing innovation & discovery.

Creating Meaning

Read more stories about how CMU is creating meaning in a digital world.

Securing a Healthier, More Resilient World

Getting Better at Removing Brain Tumors

In a leap for personalized medicine, CMU scientists have discovered a simple and valuable way to improve brain cancer surgeries. 

Researchers Rethink Chronic Pain

Researchers from CMU's Neuroscience Institute are exploring how pain is measured, understood and treated to support safer, more effective care.

Reimagining Stress Management

CMU professor's research explores how people adapt and thrive under stress, with a focus on the mind-body connection and pathways to resilience. 

CMU Health Startups That Could Improve Patient Care

Meet four CMU-affiliated startups that are translating academic research into tools that could improve health care for millions of Americans. 

The At-Home Test That Could Catch Cancer Earlier

Researchers are building a screening test that is able to detect more than 30 types of Stage 1 cancer from the comfort of a patient's own home. 

Epilepsy Tool

To help scientists learn how epilepsy works, a CMU student built a new software package that displays brain activity data for epilepsy in a revolutionary way. 

Antibiotic Resistance

Researchers have uncovered a vulnerability in bacteria that could pave the way for an entirely new class of treatments that doesn't kill bacteria, but targets a key mechanism that controls its behavior. 

Parkinson's Therapy

More than a decade of research culminating in a clinical trial that could reshape how we treat Parkinson's disease. 

Finger Brace

A team in the Interactive Structures Lab developed a fully customizable finger brace that can easily switch from stiff to flexible with the push or flex of a finger. It can also be 3D printed and requires no assembly. 

Brain Injury Prevention

Carnegie Mellon University researchers have developed the first robust, noninvasive way to detect damaging waves that worsen traumatic brain injuries. 

Tracing Disease

New statistical tool reveals which genetic changes cause disease, unlocking better ways to understand and treat conditions like Alzheimer's.

Cancer Treatment

Personalized models mean smarter predictions and better outcomes for cancer patient.

Wildfire Fighting Drones

Autonomous aircraft give firefighters better tools to fight wildfires. 

Brain Stimulation

A minimally invasive deep brain stimulation method could offer a safer way to treat depression, PTSD and addiction.

Artificial Lung

CMU-developed artificial lung gives lift to DARPA project.

Energy Evolution

CMU researchers are working on practical solutions to urgent challenges in how the U.S. produces, moves and secures energy.

Smarter Ecosystems

SCS researchers worked with conservation scientists to improve machine learning models trained to ID harmful, non-native species. 

Rare Disease

AI method finds rare disease links with fewer patients. 

Robotic Farming

Farmers might be able to get help tending and harvesting crops using a new sensing technology from Carnegie Mellon University's Robotics Institute. 

Predict Shelter Needs

Students develop a tool to help the American Red Cross estimate shelter needs after earthquakes. 

Lung Cancer Research

An expansion microscopy tool is used in lung cancer research.

Indoor Air Quality

Engineers created a new polymer coating for formaldehyde sensors that make the monitors last longer and detect bad air quality sooner. 

Predicting Kidney Failure

Carnegie Mellon University researchers have created new AI models that do a better job of predicting which patients with chronic kidney disease (CKD) will go on to develop end-stage renal disease (ESRD). 

Sickle Cell Screening

Carnegie Mellon University and University of Pittsburgh researchers have shown that a simple, noninvasive light-based technology could help doctors better track how sickle cell disease affects the brain as patients age. 

Reimagining the Future of Work, Education & Human Potential

More Efficient Concrete

CMU 3D-printing simulator constructs stronger, more efficient concrete buildings. 

AI for Speech

AI tool fixes kids' speech issues while preserving identity. 

Practice Makes Perfect

Research from CMU's School of Computer Science demonstrates that doing practice problems with feedback can help students learn better and faster. 

Real-World Cyber Experience

Researchers at CMU have partnered with the Community College of Allegheny County (CCAC) to address the challenge of young people entering the cybersecurity workforce having a hard time finding hands-on experience. 

Preparing for the Age of AI

A CMU program aims to explore cost-effective ways to prepare soldiers for a fast-changing robotics landscape by equipping them to rapidly understand, operate and adapt autonomous systems, including certain forms of AI. 

Making AI Approachable

A team at CMU is helping kids understand artificial intelligence with a soft, squishy, LED-lit neural network. 

Learnvia Launches

The nonprofit learning collaborative leverages a landmark $55 million investment from the Gates Foundation and CMU's longstanding leadership in Learning Science and AI. 

AI Tools & Learning

An initiative to research the impacts of generative AI tools on teaching and learning is helping the university take an empirical approach to studying whether, when and how generative AI can have a positive effect on student outcomes. 

Expanding Educational Pathways

A new partnership between CMU and Schoolhouse.world, an educational nonprofit founded by Sal Khan of Khan Academy, aims to help learners and educators embrace new pathways to opportunity. 

Tax Credit Help

A team of graduate students created resources to help low-income workers learn about the Earned Income Tax Credit.

Safer Construction Sites

CMU drones can make construction sites safer.

Mapping Pipes

By combining robotics and AI, Carnegie Mellon University researchers are giving cities new ways to map buried pipes and stop underground infrastructure failures before they happen.

AI & Energy

As artificial intelligence continues to make its way into the energy sector, it brings with it a wave of innovation and efficiency. 

AI & Work

With the right tools and guidance, could help workers whose jobs require judgement, problem-solving and decision making do their jobs better. 

AI & Learning

Researchers are creating engaging, inquiry-based science learning opportunities for young children in the classroom. 

Energy Workforce

As artificial intelligence continues to make its way into the energy sector, it brings with it a wave of innovation and efficiency. 

Name, Image & Likeness

Researchers find that name, image and likeness (NIL) has led to a wider distribution of talent across college programs, directly benefiting athletes who seek to maximize their brands and earning potential. 

Veterans & Forever Chemicals

Q&A with Carrie McDonough

Smarter Teams

The future of AI isn't smarter machines, it's smarter teams. 

Mapping Pipes

By combining robotics and AI, CMU researchers are giving cities new ways to map buried pipes and stop underground infrastructure failures before they happen. 

Opportunity Engines

Industrial policy can improve lives—but only if it connects local workers to quality jobs and training. 

Advancing Innovation & Discovery

Proactive Assistants

CMU researchers use AI to turn everyday objects into proactive assistants. 

Human-Centered Tech

Two health app prototypes use readily available technology to address critical gaps in how patients and doctors track, share and use health data.

Chemists and AI

By teaming AI with human know-how, collaborators have found a faster way to make better rubber-like materials.

Battery Power

How better battery lifespans and reused batteries can push the US power grid into the future.

AI for Research

CMU and Google Public Sector partner to accelerate AI research with extensive GPT cloud deployment.

National Security

SEI and DOD center to strengthen national security by ensuring trustworthy AI systems. 

Audio Privacy

A team of SCS researchers have created an on-device filter that can detect and delete human speech segments that audio sensors collect before they're used for activity recognition. 

Naval Robotics & AI

A pilot program prepares sailors for the fast-changing robotics landscape. 

Energy Innovation

Startups that stabilize the grind, bring climate solutions to market and keep the power on in vulnerable homes. 

Grid Resilience

As artificial intelligence and digital infrastructure grow, researchers at CMU are building sophisticated models to forecast the impact on the nation's power grid. 

Safe Skies

AI vision system helps drones detect and avoid other aircraft. 

Generative Building

A new AI-powered tool created by researchers at Carnegie Mellon University's School of Computer Science could change the way we manufacture and build things. 

AI Trust

SEI has released a free tool to help federal agencies trust AI decisions. The AI Robustness Tool can pinpoint why an AI system produces biased or unreliable results, strengthening mission-critical applications in defense, logistics and operations.

Brain Research

Understanding how people use tools so fluidly could lead prosthetics, brain-computer interfaces, robots and new ways to treat problems caused by brain injury.

Bio-Inspired Prosthetics

Inspired by anatomy and powered by soft materials, custom robotic hands could make prosthetics more functional. 

Creating Meaning in a Digital World

Trustworthy AI

AI systems grow more confident after making mistakes — posing risks for misinformation and trustworthy tech design.

Peacocks Eating Ice Cream: CMU Philosophers Teaching AI to Ask 'Why?

Teaching AI to understand the “why” behind complex problems could transform healthcare, education, generative AI and more.

Misophonia Help

How the brain interprets everyday noise can help make AI audio more trustworthy, hearing aids more effective and classrooms more focused.

Space

The Moonshot Museum is launching future leaders into the growing space economy. 

Ethical AI

Ethically designed AI systems keep technology centered on human well-being. 

Combating Deepfakes

Smarter privacy protections are protecting audio privacy. 

Mindful Tech Benefits

Research shows benefits of meditation apps. 

Special Topics

Powering Progress

Research snapshots offer a vision for how the U.S. can innovate at the intersection of energy, technology and security. 

Energy Experts

CMU experts on the energy moment. 

Expert Videos

Alison Barth

What if we could map our minds? 

Rayid Ghani

What if we guided AI to ensure we make the world better?

Rachel Mandelbaum

What if we could analyze every inch of our universe?

Audrey Cronin

What if technology was maximized for the betterment of humanity? 

Aarti Singh

What if AI could help us make better decisions?

Ramayya Krishnan

What if we could create a trusted AI ecosystem?

Kathleen Carley

What if we could stop disinformation?

Stan Waddell

What if AI could help us work more efficiently?

Melanie Gainey

What if science was more easily accessible?

Barb Shinn-Cunningham

What if we could hear the world more clearly?

Monique Mead

What if sound frequencies could help us heal?

Innovation At Work

198 +

Spin-Offs Created Since 2004

$ 7B +

Investment Raised After Launch

1,165

Patents Issued Since 2004

Learn More about Carnegie Mellon Research

Several people in a classroom with one person raising his hand

Work That Matters

Free AI-Enabled Courseware to Strengthen Student Success

Learnvia, a new CMU nonprofit learning collaborative, is dedicated to improving outcomes in high-enrollment college courses with the potential to transform the academic and career trajectories of learners nationwide.

Unlocking Success

Empowers students to excel in high-stakes courses

Zero-Cost Access

Removes financial barriers to STEM

National Scale

Deployed across a network of 38 institutions

Data-Driven Success

Fosters the persistence and resilience needed for the workforce

Learning Science

CMU researchers are exploring how artificial intelligence, immersive environments and large-scale learning analytics can support lifelong learning, workforce training and personalized education at global scale.

We build AI fluency for the real world

Plush Neuron Makes AI More Approachable for Everyone

A team at CMU is helping kids understand artificial intelligence with a soft, squishy, LED-lit neural network. The Plush Neuron was designed to help students visualize the basic elements of the machine-learning model that powers much of modern AI.

IDeATe Technical Specialist Cody Soska helps a young learner investigate the Plush Neuron

Interactive Neuron Plushie

feet

Robotics Academy Program Prepares Sailors for Real-World Situations

Developed in collaboration with the Office of Naval Research, a CMU program aims to explore cost-effective ways to prepare U.S. Navy sailors for a fast-changing robotics landscape by equipping them to rapidly understand, operate and adapt autonomous systems, including certain forms of AI. 

U.S. Navy sailor works in AI workshop.

Hands-On Experience

across robot platforms

 Vice Provost for Teaching and Learning Innovation Marsha Lovett sits down with CMU leadership to talk about generative AI.

What if we encourage generative AI to see how it impacts learning?


CMU leaders work to understand what opportunities and challenges generative AI tools bring to higher education. 

Sit down with Provost Jim Garrett, Vice Provost for Teaching and Learning Innovation Marsha Lovett, and Senior Vice Provost for Academic Initiatives Amy Burkert to learn more about the use of generative AI tools in education, the science of learning and what CMU is doing differently in the age of AI

Our goal is to make student and faculty success the norm, not the exception. Decades of research show that combining great teaching, effective courseware, and continuous learning research leads to meaningful improvements in student outcomes.

Norman Bier
Executive Director of the Simon Initiative, Open Learning Initiative and Learnvia

We expand human potential

Education That's Designed to Last a Lifetime

CMU connects to K-12 classrooms, community colleges, universities and workforce development programs through a mix of high-tech tools, evidence-based courses and a surprising amount of creativity.

Children from Carnegie Mellon’s Children’s School, a lab school that has operated for more than fifty years on campus.

Supporting learners

age 1 to

Studying How AI Reshapes Learning for Teachers and Students

An initiative to research the impacts of generative AI tools on teaching and learning is helping the university take an empirical approach to studying whether, when and how generative AI can have a positive effect on student outcomes.

A CMU student working on a laptop.

Research Projects About Generative AI Teaching

+

CMU students work with AI technology and virtual glasses.

What is Learning Engineering?


CMU uses learning engineering to make classes better every time we teach them. 

Norman Bier explains how we use learning engineering to work together with our students to tackle the kinds of big problems that are the hallmark of a Carnegie Mellon education.

CMU's Leadership in Learning Science

Carnegie Mellon has been a pioneer in the science of learning for decades. Some of these major initiatives include:

Open Learning Initiative (OLI)

The OLI applies learning science and continuous feedback to open, research-backed courses used by hundreds of institutions worldwide — driving dramatically higher learning gains, including six times the improvement in half the time compared to traditional instruction.

Master of Educational Technology and Applied Learning Sciences (METALS)

METALS is an intense one-year, interdisciplinary master's program that trains graduate students to apply evidence-based research in learning to create effective instruction and educational technologies within formal and informal settings.

Leonard Gelfand Center

The Gelfand Center works with faculty, students and staff through on-campus and community-based activities that improve educational opportunities, especially in the areas of science, technology, engineering and mathematics education for youth.

The Simon Initiative

The Simon Initiative at Carnegie Mellon University is a cross-disciplinary, learning-engineering initiative aimed at measurably improving student learning outcomes by applying decades of learning science research to education.

CS Academy

CS Academy is a project in CMU’s School of Computer Science (SCS) that has the goal of developing a novel, world-class, online, interactive high school computer science curriculum that is entirely free. CS Academy provides computer science curriculum to more than 500,000 students and 6,000 teachers in all 50 states.

Workforce Development through the SMART Robotics Technician Program

Carnegie Mellon Robotics Academy’s SMART Robotics Technician program offers 200 hours of hands-on learning for aspiring technicians in smart manufacturing and advanced robotics.

We power innovation and opportunity

Project to Bring Training, Testing and Jobs to Region

When finished, the CMU-backed PennSTART test track will provide researchers, developers and testers a safe, realistic place to test and deploy connected and automated vehicles, train first responders through lifelike scenarios and try out new tools that make transportation better.  

The PennSTART facility will be located at the Regional Industrial Development Corporation's Westmoreland Innovation Center in Mount Pleasant, Pennsylvania. Rendering courtesy of RIDC.

Total Funding for the Project

$ million

A Fictional Workplace Mirrors Real-World Cyberattacks

Researchers at CMU have partnered with the Community College of Allegheny County (CCAC) to develop simulations that create real-world cybersecurity experience for young people entering the rapidly growing workforce. 

Students can get hands-on experience solving cybersecurity issues at the Community College of Allegheny County. Photo courtesy of CCAC

Projected Job Growth for Information Security Analysts

%

From 2024-2034

Video file

 

From improving health outcomes and enhancing education, to strengthening national security and advancing trustworthy AI, our work makes life better for people everywhere.

 

Learn More About Our Work That Matters

Learn More about Carnegie Mellon Research

Amy Tavares Neurodiversity Program Manager & Career Consultant
Erin Higgins Postdoc in Evidence Synthesis