Ansys, Carnegie Mellon Name Career Development Chair

Professor Rebecca Taylor will be the inaugural Ansys Career Development Chair in Engineering.

Professor Rebecca Taylor will be the inaugural Ansys Career Development Chair in Engineering.

Dr. Rebecca Taylor, Ansys Career Development Chair in Engineering at Carnegie Mellon University. Image courtesy of Ansys.

Carnegie Mellon University and Ansys announced that Professor Rebecca Taylor has been appointed to the inaugural Ansys Career Development Chair in Engineering. The title recognizes engineering faculty at CMU who conduct education and research in fields related to Ansys or integrate Ansys solutions into research projects and curricula.

Professor Taylor is a faculty member in mechanical engineering with courtesy appointments in biomedical engineering, and electrical and computer engineering. Her research combines microfabrication and nanofabrication to create hybrid top-down, bottom-up fabricated sensors and actuators. In addition, she investigates the use of DNA structures as engineering material. She will use Ansys LS-DYNA to teach fundamental mechanics concepts, how to simulate micro and nanoscale structures in fluids, and methods for self-assembly. Students will employ Ansys solutions in assignments and research projects, using the maker space in Ansys Hall to produce and prototype their projects.

“The endowment from Ansys will play a major role in the future of mechanical engineering curricula at CMU,” Taylor said. “For example, my lab is working to address the advanced manufacturing challenges that will enable the combination of both top-down engineering processes with bottom-up engineering processes. Using Ansys software in my lab and classroom will help prepare my students to use self-assembly as a powerful tool for advanced manufacturing.” 

Earlier this year, Ansys opened its first office in Africa, neighboring the CMU-Africa campus in Kigali, Rwanda. In addition, CMU's Pittsburgh campus is home to Ansys Hall, a four-story, 36,000-square-foot mixed-use building that incorporates a maker assembly space.

“Ansys academic packages help break down the barrier to give every student an opportunity to change the world,” said Prith Banerjee, chief technology officer at Ansys. “Simulation is increasingly important in all aspects of modern engineering, so it's critical that the next generation is well versed in the concepts and software. Our education products are designed to empower teachers to champion excellence by giving students the best hands-on experience possible, so they are well prepared to enter any industry.” 

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