Cheryl Tran
Lecturer and Director of Undergraduate Advising
Engineering Building III (EB3) 2316
919-513-7687 [email protected]Bio
Cheryl’s long-term goal, as an educator, is to teach material in a way students will better understand and retain; as an advisor, to guide students toward resources and information that will empower them to develop a solid academic plan.
In her capacity as an educator, Cheryl has taught MAE 214 Solid Mechanics and MAE 316 Strength of Mechanical Components. In both courses, Cheryl developed a teaching approach of lectures and supplements to break up material into smaller parts and describe subtle concepts in more detail. In MAE 214, Cheryl focuses on methodologies for different types of problems, and in MAE 316 she places a strong emphasis on fundamentals of finite element and matrix methods. Cheryl says her greatest satisfaction arises when she sees her students “get it.”
In recent years, Cheryl’s duties as an undergraduate advisor have commanded the majority of her time. Cheryl commits a great deal of time to meeting with students and responding to emails. During COVID, Cheryl and her fellow MAE advisors developed an online pre-registration portal using Moodle that has enabled a small advising team to manage a large volume of student advisees. The portal provides a detailed walk-through of the BSAE and BSME curricula, updates students on current and new policies, provides general academic information, and prompts students to submit an academic plan of work for review. Cheryl is also involved in MAE curricula development, course scheduling, graduation planning, and various other aspects of departmental administration. Cheryl serves on the College of Engineering coordinators of advising, course and curricula and scholarship committees.
Outside of work Cheryl enjoys cooking, reading, games and spending time with family and friends.
Grants
We propose a pilot project to improve the quality and scalability of our distance and on-campus offerings of MAE 206, Engineering Statics. We will create two resources: 1) an online tool where students can produce and get feedback on their free-body diagrams and 2) a library of worked examples for students. Creating free-body diagrams (FBDs) is among the hardest skills for beginning undergraduates; most students require more practice and feedback than we can provide in large sections. An online tool will allow students to get as much help as they need to succeed. The library of example problems will help students not only with their FBDs but also with other course content. These problems will be worked by instructors and graduate students and captured with video of the page and a voice-over to emphasize the problem-solving techniques and thought processes used by professionals. We believe that both of these projects will benefit on-campus and distance students by increasing the student opportunities for feedback and by reinforcing the methods used to solve the problems in MAE 206.