Pitt | Swanson Engineering
  • Lightening the Load of Multi-Material Manufacturing with 3D Printing
    NSF Future Manufacturing program Awards $500K to Pitt, CMU Engineers
  • Meet Your Social Media Mediator: Artificial Intelligence
    Algorithms led us into echo chambers online. A Pitt engineer shows how they can also help get us out.
  • It’s urgent to act on PFAS—but how? New study proposes global roadmap
  • Pitt’s Mascaro Center for Sustainable Innovation names Melissa Bilec as new Co-Director
    Eric Beckman, founding co-director, to continue focus on innovation and translation programs
  • Sussan Olaore Receives Chancellor’s Award for Commitment to Equity, Diversity and Inclusion
  • Making Waves in Predicting Aortic Aneurysms and Postpartum Complications
    Pitt bioengineer Rama Mukkamala will study arterial waveforms as a predictive measure of aortic aneurysm size and fluid overload status in postpartum women
  • Research Sheds New Light on Decreased Performance Under Pressure
  • New $3 million National Science Foundation center aims to connect materials data science research to industry
    Case Western Reserve, University of Pittsburgh launch MDS-Rely Center to make industrial materials more reliable and develop skilled manufacturing workforce
  • Finding the Fountain of Youth for Catalysts
    Pitt Engineers Develop a New Method to Extend the Catalytic Lifetime of Nanoparticles
  • Bringing light into computers to accelerate AI and machine learning
  • Visualizing Our City's Energy Use
    Pitt Civil Engineers Use Pittsburgh to Create Energy Usage Model in Commercial Buildings
  • Eco-Village Seeks to Recirculate Pittsburgh’s Waste
    Engineering undergrads hope to make Pittsburgh more sustainable through a community circular economy that optimizes waste management
  • Are Silver Nanoparticles a Silver Bullet Against Microbes?
    Leanne Gilbertson’s group studies the mechanisms behind bacterial resistance to silver nanoparticles to determine if their ubiquitous use is a solution to the antimicrobial resistance challenge - or instead fueling the fire
  • Snails carrying the world’s smallest computer help solve mass extinction survivor mystery
    Inhee Lee Adapts Sensor to Measure the Light Snails Encounter
  • Battery Pack Hack for a Bicycle Boost
  • Pitt Nuclear Engineering Awarded $1.6 Million in Research Funding from U.S. DOE
    The award, part of $61 million in DOE funding, will focus on the Swanson School's strengths in Fuel Cycle R&D
  • Modeling Women’s Health After Childbirth
  • Creating Cooler Cities
    Pitt Civil Engineers Examine Urban Cooling Strategies Using Reflective Surfaces
  • Modeling a Circular Economy for Electronic Waste
    Pitt Engineers Propose Solutions for E-Waste Recycling Fraud
  • Capturing the Huge Impacts of Tiny Organisms
    Pitt Chemical Engineer Receives $315K from NSF to Replicate Microbial Systems
  • A Computational Look at How Genes Change the Human Brain
    Pitt Engineer’s research will focus on better understanding the mechanisms behind Alzheimer’s disease and other neurological disorders
  • Using Advanced Imaging to Study Sickle Cell Disease
    Pitt’s Tamer Ibrahim uses recently optimized 7-Tesla MRI imaging technology to study SCD’s effect on the brain
  • Printing a Better Microgrid
    New Research Shows Particle-Free Silver Microgrid Outperforms Other Flexible High-Performance Transparent Electrodes
  • Seeking Sustainable Solutions for the Global Challenge of Safe Drinking Water
  • Self-Aware Materials for Living Structures
    New Research in Nano Energy Introduces Revolutionary Scalable Material that Senses and Powers Itself
  • Engineering Smarter Stents
    Pitt Engineer Youngjae Chun is Part of International Group That Received $2M to Create Smarter Coronary Artery Stents
  • Storing the Sun’s Energy
    ChemE’s James McKone will collaborate with small businesses to advance renewable energy and improve storage using solar-powered technology
  • Taking Charge: How to Use a Battery to Prevent Workplace Injury
    Pitt’s Kurt Beschorner develops a test that uses a AA battery to measure shoe tread wear that can lead to slips and falls
  • Swanson School Space Computing Team Heads to Houston
    SHREC delivers new space system to NASA for launch on SpaceX-24 this fall
  • Designing New Alloys for Additive Manufacturing
  • Message of Vaccine Acceptance Can Boost Immunization Rates
    Study Finds People More Likely to Take COVID-19 Vaccine if They Know that Others are Accepting It
  • Connecting the Dots Between Engagement and Learning
    New collaborative research from CMU and Pitt examines how changes in internal states, such as engagement, can affect the learning process using BCI technology
  • Swanson School of Engineering Statement on Anti-Asian Hate
    A message from U.S. Steel Dean James R. Martin II
  • Using a Machine Model to Predict Risk of Human Aneurysms
    Pitt researchers will use an NIH award to create a model that can predict the eventual need for surgical intervention in Abdominal Aortic Aneurysms
  • Origami Powered by Light
    Pitt and CMU Researchers Develop High-Torque Light-Powered Actuator
  • Finding Inspiration in the Stars
    Pitt Senior Aarti Patel Receives Competitive Brooke Owens Fellowship for Women in Aerospace Industry
  • Alpha Chi Continues the Conversation on Racial Equality
    Pitt Bioengineer Steven Abramowitch will participate in Alpha Chi’s panel discussion on race, privilege, and responsibility
  • The Business of Bees
    The Economic Value of Insect Pollination Services is Much Higher than Previously Thought in the U.S., New Research Finds
  • A Better Way to Separate Isotopes
    New Research in Nature Communications Introduces Porous Carbon Material to Separate Heavier Isotope Gases
  • Breathing Easier with a Better Tracheal Stent
    Pitt Researchers Demonstrate First Successful Use of Biodegradable Magnesium-alloy Stent for Pediatric Patients
  • Fighting Fire with Data
    Pitt IE Professor Receives $270K from NSF for Wildfire Management Optimization