Teaching

As a Teaching Assistant, I have supported students across subjects like mathematics, biochemistry, and biology. My goal is to make complex topics accessible and inspire a passion for learning. Explore my teaching experience and approach.

My diverse and extensive experience in teaching and educational support serves as the foundation for my teaching philosophy. Throughout my professional life, I have been motivated by an unwavering dedication to creating a supportive learning environment, offering customized assistance to students, and persistently pursuing excellence. These are the main ideas that guide my teaching approach:

Student-Centered Learning: In my opinion, the learning process should be centred around the needs of the students. Every learner is distinct, possessing individual strengths, weaknesses, and modes of learning. I am committed to appreciating and respecting these unique variances as an educator. My goal is to establish a friendly, inclusive classroom where students feel appreciated and encouraged to take an active role in their own education.

Proactive Support: I think that in order to help students succeed, we should be proactive. This entails offering structured tutorials, additional materials, and office hours to guarantee that students have access to the tools necessary for success. My objective is to enable students to surmount obstacles and accomplish their academic objectives by foreseeing and resolving possible difficulties.

Quality and Adaptation: I've learned the value of both adaptation and a dedication to quality from my expertise in a variety of fields. Whether I am in a humanities classroom or a chemistry lab, I am committed to upholding a high standard of instructional quality. I always update my lesson plans and teaching resources to meet the unique requirements of each course and the changing nature of higher education.

Hands-on Instruction: I think that hands-on instruction is really important. Incorporating students directly into the learning process, especially in laboratory environments, promotes critical thinking and a deeper comprehension of subjects. In order to promote successful hands-on learning experiences, I try to offer clear instructions, helpful criticism, and encouraging resources.

Wholesome Student Development: Learning also takes place outside of the classroom. I have seen firsthand the value of comprehensive student development in my roles as a mentor and tutor. I am dedicated to helping students advance not just academically but also personally and professionally. I offer direction, encouragement, and resources to assist kids in achieving their goals, both academic and non-academic.

Constant Improvement: I see teaching as an ever-changing, dynamic profession. I make a commitment to ongoing development by asking for and considering criticism from coworkers, students, and myself. I make use of this input to improve my teaching methods and make sure I am always adapting to the changing demands of my students and the state of education.

In conclusion, my teaching philosophy centers on creating a supportive and engaging learning environment that promotes student success. I believe in student-centered, proactive, adaptable, and hands-on instruction, all while fostering holistic development and a commitment to ongoing improvement. My experiences and dedication have equipped me with the skills and passion needed to excel in a teaching role, and I am excited to contribute to the mission of delivering high-quality education and supporting students in their academic journey.

University of Toronto

BIOC14: Genes, Environment and Behaviour

UTSC

Winter 2026

BIOA02: Life on Earth: Form, Function and Interaction

Winter 2026

UTSC

BIO304: Molecular Physiology of Excitable Cells

UTM

Fall 2025

MATA29: Calculus I for the Life Sciences

Fall 2025

UTSC

CHM110: Chemical Principles I

Fall 2025

UTM

CHMA10: Introductory Chemistry 1: Structure and Bonding

Fall 2025

UTSC

APS100: Orientation to Engineering

Fall 2025

UTSG

MAT187: Calculus II

Summer 2025, Winter 2026

UTSG

APS162: Calculus for Engineers I

Summer 2025

UTSG

MATA22: Linear Algebra I for Mathematical Sciences

Winter 2025, Summer 2025

UTSC

MAT186: Calculus I

Winter 2025, Fall 2025

UTSG

APS191: Introduction to Engineering

Winter 2025

UTSG

CHMA11 Lab: Introductory Chemistry II: Reactions and Mechanisms

Winter 2025, Summer 2025

UTSC

CHMA11 Lecture: Introductory Chemistry II: Reactions and Mechanisms

Winter 2025

UTSC

APS163: Calculus for Engineers II

Fall 2024

UTSG

BIO206: Introductory Cell & Molecular Biology

Fall 2024, Fall 2025

UTM

University of Winnipeg

CHEM-4506 Lab: Methods in Biochemistry

Winter 2023

CHEM-3503 Lab: Intermediate Biochemistry II

Winter 2022, Winter 2023

BIOL-2301: Genetics

Winter 2022, Spring 2022

MATH-1201: Linear Algebra I

Fall 2021, Winter 2022

ANTH-2202: Archaeology of North America

Fall 2021, Winter 2022

MATH-2106: Intermediate Calculus II

Winter 2022

MATH-2904: Mathematics for Elementary/Middle Years Teachers II

Winter 2022

MATH-2103: Differential Equations II

Winter 2022

CHEM-2502 Lab: Introduction to Biochemistry

Winter 2022

MATH-1104: Introduction to Calculus II

Winter 2022

MATH-2102: Differential Equations I

Fall 2021

MATH-2903: Mathematics for Elementary/Middle Years Teachers I

Fall 2021

CHEM-2202 Lab: Organic Chemistry I

Fall 2021

CHEM-3502 Lab: Intermediate Biochemistry I

Fall 2021

BIOL-2902: Biology of Bacteria and Archaea

Fall 2021

REL-1002: Introduction to World Religions

Spring 2020