Pitt | Swanson Engineering
  • Catalyzing an Improved Arterial Bypass Graft
    David A. Vorp and collaborators will use a $1.1M grant from the new Catalyze program at the NIH to optimize small-diameter tissue-engineered vascular graft design and manufacturability
  • Using Artificial Intelligence to Connect Vehicles and Traffic Infrastructure
    Collaboration Awarded $1.89M Department of Energy Grant to Develop Adaptive Traffic Control Systems
  • Under (Intraocular) Pressure
    Team of Interdisciplinary Pitt Professors Receive $1M NSF Award to Create At-Home Glaucoma Monitoring Device
  • Adding a Layer of Protection to Indoor Air
    Melissa Bilec Creates Exhibit for Carnegie Science Center to Show the Role of Filters in Stopping the Spread of SARS-CoV-2
  • Measuring Student Motivation and Stress During a Pandemic
    Renee Clark and Samuel Dickerson receive an NSF award for a longitudinal study on student motivation and stress during COVID-19 remote learning
  • Plotting a Course for the Circular Economy
    Melissa Bilec Receives $98K from NSF to Lead Circular Economy Workshop
  • Bioengineering Alumnae Establish Undergraduate Scholarship
  • Projects Led by Pitt Chemical Engineers Receive more than $1 million in NSF Funding
  • Following the Current From Idea to Reality
    Technology Developed at Pitt’s Swanson School of Engineering Launched into Manufacturing at Mitsubishi Electric Company
  • Managing—Not Avoiding—Risks
    How the Swanson School is Moving Research Forward in the New Normal