Teaching Evaluations

Below are interactive visualizations of my student evaluations as a lecturer.

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Student Comments

Below are interactive visualizations of my student evaluations as a teaching assistant.

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Student Comment Word Cloud
Student Comments

Teaching Experience

Teaching
Sessional Lecturer

University of British Columbia

September 2024 - Present

Science One (Scientific Thinking & Literacy)
BIOL 180 (Thinking Like a Life Scientist).
SCIE 113 (First-year Seminar in Science).
BIOL 336 (Fundamentals of Evolutionary Biology) - Guest-lecture: Macroevolution.

Teaching
Graduate Teaching Assistant

University of British Columbia

Sep 2020 - April 2024

BIOL 336 - Fundamentals of Evolutionary Biology (Teaching Assistant Coordinator).
BIOL 335 - Molecular Genetics.
BIOL 230 - Fundamentals of Ecology.
BMEG 310 - Introduction to Bioinformatics.
BIOL 438 - Zoological Physics.
PHYS 157 - Introductory Physics for Engineering.

Teaching Philosophy & EDI Practice

My teaching approach is centered on developing critical thinking skills in students through interactive learning and real-world problem-solving. I believe that effective science education goes beyond memorization of facts and concepts, focusing instead on developing the ability to think scientifically and apply knowledge to new situations.

Key elements of my teaching philosophy include:

  • Active Learning: I utilize interactive strategies such as think-pair-share, group problem-solving, and classroom response systems to promote engagement and reflection. These methods encourage students to actively construct knowledge rather than passively receive it, fostering stronger retention and deeper understanding. I also apply the Socratic method to help students articulate their reasoning and challenge assumptions in a supportive environment.
  • Inclusive Teaching: My goal is to create a learning environment where all students — regardless of background, identity, or prior preparation — feel respected, supported, and capable of succeeding. I design activities with varied entry points to accommodate diverse learning styles and explicitly value different perspectives as essential to scientific progress. I emphasize mutual respect and positive affirmation to empower every student to contribute meaningfully to discussions.
  • Scientific Literacy: I teach students to evaluate evidence critically, communicate scientific ideas clearly, and recognize the provisional nature of scientific knowledge. Rather than teaching students what to think, I guide them in assessing ideas through reason and data. I model epistemic humility, avoiding definitive language and emphasizing how science progresses through iteration and revision.
  • Research Integration: I incorporate real data, current case studies, and authentic scientific practices to bridge the gap between coursework and the scientific enterprise. This helps students see the relevance of biology beyond the classroom and connects them with the process of inquiry. By exposing them to the excitement and challenges of actual research, I aim to cultivate a deeper appreciation for the discipline and its societal impacts.

I take inspiration from Peter Singer's reflections on ethics and reframe them for teaching: "Teaching is watching our students step onto an escalator that leads upward and out of sight. We can provide them with the instructions to take the first step, but once they take it, the distance to be traveled is independent of our will, and we cannot know in advance where they shall end."

For me, the goal of teaching is to help students become better versions of themselves — professionally, personally, and intellectually. While my official role ends at the conclusion of the course, I aim to provide students with adaptable tools for navigating science, reasoning, and life. It is my greatest privilege to help students take that first step, and to be ready to help them climb again should they ever fall.

On Advancing Diversity, Equity, and Inclusion

Throughout my years of involvement with education, I have engaged in practices that are dedicated to lend support to the advancement of inclusion and diversity in universities. Within the core values of my teaching philosophy resides the appreciation of diversity as a unit of richness for the pursuit of knowledge.

In both public speaking engagements and classroom settings, I have emphasized to my students that diversity (defined by individuals from different walks of life, with varied worldviews) offers unique and valuable lenses through which scientific inquiry can be assessed, expanded, and reimagined. I firmly believe that these diverse perspectives enhance not only the quality of science but also its societal relevance.

Community Outreach and Global Engagement: Beyond academia, I have actively dedicated my time to outreach initiatives that bring science into under-resourced communities. In my hometown in Brazil, I have led workshops and delivered talks to low-income populations, many of whom have limited access to formal education. Alongside esteemed colleagues, I have spoken to adult learners in government-funded programs that support individuals returning to school after years, sometimes decades, of interrupted education. I have also mentored students from these same backgrounds, offering guidance in both scientific methodology and bioinformatics/data science during my time as an undergraduate research assistant in Brazil.

Adding Indigenous and other culturally relevant perspectives to traditionally homogenized topics: I have engaged in collegial conversations with faculty members who are actively engaged in decolonizing biology education. In the courses I am involved, I integrate local Indigenous knowledge as valuable perspectives on subject matter. This includes assigning readings authored by Indigenous scholars and framing Indigenous communities as key stakeholders in case studies. For example, when reflecting about policy-making related to salmon conservation in British Columbia, I guide students to consider Indigenous communities as central participants with both ancestral and ecological ties to the species and lands in question. In this context, I have been privileged to work alongside members of local Indigenous community, with whom I have developed a respectful and very enriching professional relationship.

Addressing Systemic Inequities: As part of my lectures, I incorporate uncomfortable but highly necessary discussions, engaging in class-wide conversations on the challenges faced by women and other historically marginalized groups in STEM. My goal is to not only recognize structural inequities but also collectively envision strategies to empower, support, and protect individuals across the spectrum of gender, race, socioeconomic status, and cultural identity within scientific spaces.

Innovative Assessment Practices: Alongside these pedagogical approaches, I have also implemented ungrading practices in an effort to disrupt traditional hierarchical structures between instructors and students. My intention is to create a learning environment that fosters student autonomy, self-determination, and avoids pitfalls of traditional methods of assessment. I recognize that ungrading, when thoughtfully applied, has the potential to honor and support inclusive educational practices.

Philosophical Foundation: My philosophical stance on these issues is grounded in optimism: I believe that, through the authority and responsibility that comes with being an educator, I can contribute to dismantling linear and standardized modes of teaching. Instead, I seek to cultivate educational spaces that are dialogical, experiential, and rooted in the lived histories and perspectives of my students, teaching assistants, and my own without compromising the academic rigor or integrity of the subject matter.