Teaching is my creative outlet; I am continually energized by dynamic student interactions that drive me to develop innovative pedagogies. My teaching philosophy centers on inspiring students to master fundamental concepts through practice and real-world applications. At UCLA, I served as a teaching assistant for General Chemistry, where our team developed "Chemistry Community," an online platform that enhanced peer-to-peer learning by encouraging students to answer each other's questions for course credit. At Stanford, I led outreach activities during Black Engineer Week 2024, demonstrating polymer synthesis to over 35 engineering students through hands-on experiments. My participation in teaching workshops on equitable strategies has reinforced my commitment to creating inclusive learning environments that welcome students from diverse backgrounds and learning styles.

 

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Throughout my career, I have mentored over 15 students from diverse backgrounds, including international scholars, students from underrepresented groups, and those from varying socioeconomic circumstances at different academic stages. These experiences have reinforced my understanding that effective mentorship demands appreciation of each individual's unique cultural, educational, and personal context. My mentorship philosophy emphasizes active listening, fostering intellectual curiosity, and evidence-based guidance that adapts to leverage each student's strengths while promoting intellectual independence and strategic career development.

 

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My commitment to broadening STEM participation extends through sustained community engagement. I have contributed to initiatives, including the Oakland STEM Fair, reaching over 1,000 attendees from diverse communities. As a member of Stanford's IDEAL focus group, I collaborated with faculty, students, and postdoctoral researchers to develop institutional diversity strategies. My outreach efforts have made cutting-edge science accessible through engaging, hands-on demonstrations that connect fundamental concepts to real-world applications.

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