Peer Observation Reflections

Engaging in structured peer observation sessions over two academic semesters provided a valuable opportunity to critically reflect on and refine my teaching practice. Through observing colleagues across disciplines and receiving feedback on my own instruction—specifically during a session on "The Cardiovascular System" for an undergraduate Bioengineering course—I was able to identify both strengths and areas for improvement in my classroom delivery. This process offered fresh perspectives on enhancing clarity, fostering active engagement, and designing more accessible learning experiences. The reflections that follow detail the key insights gained, the specific pedagogical adjustments implemented, and the ongoing commitment to creating dynamic, student-centered learning environments informed by peer feedback.

Teaching Experience:
Participation in structured peer observation sessions across two semesters, including observations of my teaching session on "The Cardiovascular System" for an undergraduate Bioengineering course, and reviewing the teaching practices of colleagues in diverse disciplines (Economics, Microbiology, Physics).

What Went Well:
The peer observation process highlighted several strengths in my teaching approach. Peers commended the clear articulation of learning objectives, effective use of real-world examples, and the integration of prior knowledge to scaffold new concepts. The lecture structure—with an organized introduction and contextualization of cardiovascular dynamics—supported student understanding and maintained focus throughout the session​​​. Additionally, my enthusiasm, pacing, and clarity of speech positively contributed to a motivating learning environment. Visual examples, worked problems, and case studies were effectively used to link theoretical principles (e.g., Bernoulli's equation, Reynolds number) to practical applications​.

Challenges:
Peer feedback identified areas for growth, particularly related to slide design and promoting active learning. Slides were sometimes overly dense with information, and font sizes made it difficult for students seated farther back to engage fully​​.  Moreover, while students were receptive to demonstrations, opportunities for active participation—such as in-class problem-solving or polling—were limited, especially given the one-hour lecture constraints​​.

Impact on Student Learning:
Clearer organization, real-world examples, and enthusiastic delivery fostered a positive atmosphere that supported student comprehension. However, the limited interactive moments likely constrained deeper engagement with complex topics like viscosity and turbulent flow. Students were able to follow major concepts but had fewer opportunities for immediate application and feedback during class​​​.

Lessons Learned and Changes Implemented:
Based on the insights gained, I implemented several changes:

• Improved Slide Design: Increased font sizes, reduced content density, and incorporated "appear" animations to guide attention progressively​.

• Integrated Active Learning: Introduced low-stakes interactive activities, including diagnostic questions and mini think-pair-share discussions, to encourage real-time engagement​​.

• Enhanced Use of Technology: Explored using tools like Mentimeter and Quizizz during lectures to introduce quick polls and formative assessments without interrupting pacing​​.

• Optimized Pacing and Feedback: Managed pacing more carefully by building natural pauses into sessions for reflection and student questions. Also reinforced learning with clearer session summaries and links to follow-up materials​​​.

Moving Forward:
The peer observation process significantly enriched my reflective practice. It emphasized the importance of maintaining accessibility in instructional materials, embedding active learning seamlessly into lectures, and balancing content delivery with student-centered interaction. Future sessions will continue to blend structured explanations with real-world examples and technology-enhanced activities, ensuring that learning remains dynamic, inclusive, and deeply engaging for all students.