Making Structural Biology Visible Through Virtual Reality and 3D Printing
Students in a biochemistry course at Seton Hall explored molecular structures in three dimensions using virtual reality and 3D printing.


Data and Analytics are playing a key role in accelerating digital transformation and innovation across the Life Sciences
Led by the College of Arts & Sciences and the Stillman School of Business, research advancement in the Life Sciences, Data Sciences, and Analytics is taking place at the various centers and degree programs offered at SHU. Students and faculty gain the opportunity to better understand societal challenges and positively impact the world by synthesizing data in all forms, analyzing that data to find meaning, and communicating information effectively to drive important discovery insights, as well as applied policy, management, and practice implications.
Students in a biochemistry course at Seton Hall explored molecular structures in three dimensions using virtual reality and 3D printing.
Seton Hall University is pleased to announce the receipt of a major in-kind donation from Bristol Myers Squibb to benefit biology students in the College of Arts and Sciences.
Photocatalytic processes are powerful tools for organic chemists to create new materials and medicines.
Inspired by a supervisor’s words years ago, M.S. in Chemistry candidate Judith Marfo applies chemical research to food and agriculture, recently earning a conference award for her work.
Peter Morse was awarded the fellowship at one of the world's top physics institutes, forging global ties that bring world-class theoretical physics opportunities directly to Seton Hall students.
At CSEDU 2025 in Portugal, Computer Science professor Marco Morazán earned Best Paper for a student-centered grammar-verification design recipe, bridging theory and practice in CS education.
Seton Hall’s new food digester converts cafeteria waste into compost for student research, advancing sustainability and hands-on science learning on campus.
From gears and circuits to motion and control, students explored the principles of physics through robotics, mechanical engineering challenges and weather-focused experiments.
what
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