Teaching
Teaching Experience
Laboratory Teaching Assistant
Responsibilities include operating instrumentation; guiding student through experiments, data processing, and writing reports; safety monitoring; and answering questions
Lecture Teaching Assistant
General Chemistry I, CHEM:103, 84 students
Organic Chemistry I, CHEM:206, 110 students
General Chemistry II, CHEM:208, 72 students
Physical Chemistry I, CHEM:301, 50 students
Instrumental Analysis, CHEM:309, 68 students
Responsibilities include hosting office hours, proofreading assignments and exams, grading assignments and exams, scanning student submissions to Gradescope, and other bookkeeping/administrative tasks
Private Tutor
Student Feedback
Lyndi is AMAZING. She was always on top of it and very helpful when I was confused.
Lyndi was super nice and helpful in the lab. I asked a lot of questions and she always was happy to assist. Often the questions were specific to my particular situation, and thus required a little more effort to answer. Nonetheless, she took the time to both understand my situation and helped me work toward a solution without giving me an answer directly.
Lyndi did a great job of helping us through some of the confusing parts of the lab procedure and data analysis.
I am so grateful to have had such an amazing TA. I am positive that I would not have made it through the class without Lyndi's help.
Lyndi was very helpful and knowledgeable about course subject matter.
Lyndi was very professional and made lab go by quickly and efficiently. She was also very approachable.
Lyndi was very accessible and approachable and always knew what was happening! She had good answers to all of my questions.
Teaching Philosophy
Sharing my passion includes my passion for chemistry and science communication. I love chemistry because it impacts every aspect of life, from medicine to cooking to art, and I want my students to comprehend its relevance and power. Chemistry is truly fundamental in that introductory courses help students develop a scientific foundation for discussing ideas, solving problems, and understanding the world. I support also interdisciplinary teaching to help students see connections between their courses. The best progress can be made when scientists work together, which is an important precedent to set via collaborative learning environments.
Fostering potential means recognizing each student as an individual and supporting different styles of learning. My experience working one-on-one with students underscored the need for a variety of teaching approaches, including traditional lectures, applications to real-world examples, and independent research projects. I would also employ tools such as documentaries and podcasts that exemplify science communication and discuss current scientific topics. In the classroom, I aim to be helpful without being overbearing. I believe it is important to give students space to discover what they don’t know. Ultimately, I strive to be adaptable, to answer questions effectively, and to emphasize that communicating what you don’t understand is an important first step to understanding it.
Facilitating learning involves promoting genuine life-long learning, not memorization or earning grades. My favorite teachers inspired me to think about course ideas outside the classroom and consider how they are relevant to daily life. I want to give my students the tools to analyze data, solve problems, and evaluate ideas from a scientific point of view. My ideal form of assessment would center around this idea; I envision evaluating students on applying new knowledge instead of just regurgitating it. I also believe true mastery of a concept is shown when you can teach the topic, so I would encourage presentations and provide science communication opportunities. Students often feel a lot of pressure when it comes to grades, so I want my students to focus on learning in ways I can assess qualitatively and individually.
Overall, my goals are to captivate students with the course material and to empower them to share it with others. Furthermore, I aim to exemplify my willingness to learn alongside my students, to be accountable to them, and to incorporate their ideas to create a safe and conducive learning environment. Although it may sound oxymoronic, I want students to feel both capable and challenged in my class, meaning they are confident in what they are learning and inspired to pursue it on a deeper level.
Learning by Teaching
As a graduate student, I am also a teaching assistant. My first semester, I hosted office hours and graded homework for physical chemistry. Upon starting that position, my physical chemistry knowledge was rudimentary. However, as I attended class with students and met with them in office hours, my knowledge and confidence grew. I was amazed how I was listening to the same lecture as the students but I was able to guide them through homework problems and tough concepts. Taking and teaching that course helped me learn physical chemistry myself. I understand the material much more fully now after helping others learn it.
Being a TA has also been a lesson in time-management. When students ask to meet, I need to consider my obligations and availability. Even on my busiest weeks, I end up making time to help because I want them to succeed. Plus, it's always refreshing connecting with undergraduates, watching as they progress, and bolstering their self-confidence.