Dr. Rebecca Taylor's Lab - Interview and Lab Tour
Dr. Rebecca Taylor
In May of 2016, Dr. Rebecca Taylor joined Carnegie Mellon University as a Mechanical Engineering faculty member and created the Taylor Microsystems and Mechanobiology Lab (MMBL). The MMBL focuses on developing mechanical systems that exhibit extreme mechanical properties including sensors and actuators. A number of graduate and undergraduate student researchers aid in a variety of studies in the MMBL.
Charlotte "Charlie" Andreasen
Charlotte Andreasen, a current Mechanical Engineering and Enginnering & Public Policy (Exp. '21) undergraduate student is designing nanoscale shear stress sensors using DNA origami. In this video, Charlie reflects on how a teacher in middle school first encouraged her to move beyond memorization and use science to learn about "how the world works." Under Dr. Taylor's guidance, Charlie's research could one day be used to help create an early diagnostic tool for heart deformations and other cardiac health issues.
Taylor 360˚Lab Tour
Walk through Dr. Taylor's lab and learn about the equipment that she and student, Charlotte Andreasen use in their research. This tour is VR Compatible. Please complete a brief survey to gain access to the 360° virtual tour.
Mechanical Engineering - DNA Lesson Plan
The focus of Dr. Taylor's current research is on the topic of DNA Origami. The accompanying lesson plan incorporates all of the above information with sections dedicated to DNA, its scale and structure, how DNA can be used in nanotechnology and Dr. Taylor's Lab research methods and efforts in this area. The lesson plan is designed to be adapted for middle through high school levels as a supplement to existing instruction.