Recent Posts
AIM-Bio Symposium open house showcases NC State facilities and expertise
The third annual Accelerated Innovation in Manufacturing Biologics (AIM-Bio) Symposium, which took place Nov. 9–11, 2022, was the first symposium to be held in person....
Keynote speakers and interviews kick off Biopharmaceutical Manufacturing Symposium
The third annual AIM-Bio Biopharmaceutical Manufacturing Symposium, which was held at NC State University Nov. 9–11, 2022, was attended by over 80 people. Participating were...
AIM-Bio faculty spotlight: Stefano Menegatti
Stefano Menegatti, professor in the Department of Chemical and Biomolecular Engineering at NC State University, specializes in technological innovation in downstream bioprocessing and analytics. He...
DTU delivers six new AIM-Bio courses
After collaborating across two continents since 2020, when the AIM-Bio program began, colleagues from North Carolina State University and the Technical University of Denmark (DTU) will gather in person at NC State Nov. 9–11, 2022, for the program’s annual symposium. The three-day meeting will feature several keynote speakers, presentations and poster sessions, tours of laboratories, and additional activities.
Danish, U.S. colleagues to gather at NC State for annual Biopharmaceutical Manufacturing Symposium
Colleagues from North Carolina State University and the Technical University of Denmark (DTU) will meet face to face at NC State Nov. 9–11, 2022, for...
AIM-Bio Exchange Program is underway
The AIM-Bio exchange program is available for faculty, technical staff, PhDs and postdocs so they can travel to the partner university for a short-term or long-term visit to support course development or research. The first exchange student traveled from NC State to DTU in August 2021. During spring semester 2022, three students from DTU are visiting NC State University. In this article, you will meet the students and learn about their research supporting the AIM-Bio Program.
Woodley Lab – Research activities
John Woodley, PhD, has around 300 papers, an H-factor of 53 and around 10,000 citations. He has graduated around 60 PhD students as the main supervisor. Prior to working at DTU, he was a professor at UCL, London. Learn about how John Woodley divides his research into the three sub-groups outlined below.
Automation, Process Control and Real-time Monitoring of Yeast Culture
The Automation, Process Control and Real-time Monitoring of Yeast Culture course is a 3-day hands-on course. The course is designed for scientists and engineers to gain familiarity with the functionality of control equipment and instrumentation, and learn how rich datasets can be used to model yeast fermentation process parameters and enact near real-time feedback control to ensure a quality product. Ryan Barton, PhD, developed the course with Kurt Selle, PhD, and Hunter Brown who are all from BTEC.