Courses Taught

From a 484-student biochemistry lecture to graduate seminars in cell signaling and neuroscience.

BIOL 4320 / 7320
Graduate

Signal Transduction

An advanced graduate seminar exploring the molecular mechanisms of cell signaling, from receptor activation to transcriptional output. Covers RTK, GPCR, Wnt, Notch, and TNF superfamily pathways with primary literature analysis.

Graduate Seminar Spring
NESC 8000
Co-taught

Foundations in Neuroscience

A rigorous upper-level course introducing the cellular and molecular basis of nervous system function. Topics include neuronal excitability, synaptic transmission, sensory systems, and neural development. Co-taught with colleagues in the neuroscience program.

Graduate Co-taught Fall

Creative Course Materials

Students remember what they had a hand in making. Here are some of our favorite projects from BIOL 3030.

🃏 Student Created

Biochemist Trading Cards

A gallery of AI-generated, Studio Ghibli-inspired trading cards featuring famous biochemists — created by over 750 students across multiple semesters of BIOL 3030.

Each student designs a trading card for a biochemist of their choice, using AI image generation to create a portrait in the style of Studio Ghibli animation. The cards include stats about the scientist's discoveries, contributions, and fun facts. The result is a growing gallery of the people behind the science.

750+
Cards Created
Ghibli
Art Style
AI
Generated
View the Gallery →
🧬
Rosalind Franklin
X-ray Crystallography
🧠
Linus Pauling
Protein Structure
🔬
Jennifer Doudna
CRISPR
😂 Student Created

Biochem Meme Gallery

Student-made memes that prove biochemistry can be hilarious — turning enzyme kinetics, metabolic pathways, and protein folding into internet-worthy comedy.

Each semester, BIOL 3030 students create original memes about biochemistry concepts. The best ones make it into the gallery — a growing collection that makes you laugh and study at the same time.

Browse the Memes →
When the enzyme hits Vmax
🔥
and substrate keeps coming
ATP synthase
⚡
go brrrrr
🎵 Original Music

Bio3030 Music

Original biochemistry-themed songs that turn enzyme kinetics, protein folding, and metabolic pathways into catchy, memorable tunes.

Albums include Allosteric Anthems, The Hemoglobin Chronicles, and tracks with titles you won't forget. A song about cooperativity gives the oxygen-binding curve a tune to ride on.

Allosteric Anthems The Hemoglobin Chronicles My Protein's Folded, But I Ain't
Listen on Spotify →
BIO 3030
Allosteric Anthems
🎙 Two seasons

We Are Biochemistry Podcast

A podcast that makes biomolecules, metabolism, and genetic engineering accessible, engaging, and fun — for students and lifelong learners alike.

Season 1 walks the central pathways of metabolism, from ATP to lipid synthesis, in twelve episodes. Season 2 is built around the scientists of The Molecule Hunters, one at a time.

12
Metabolism episodes
S2
The Molecule Hunters
Free
Always
Episode index & player →
🎙
We Are Biochemistry
💡

Teaching Philosophy

We use creativity and technology when they help a student see a difficult idea more clearly. A song, a trading card, or a podcast episode gives an abstract mechanism something to hang on.

By integrating AI tools into assignments (like Ghibli-style trading cards), writing original songs about biochemistry, and producing a podcast that breaks down intimidating topics, we meet students where they are. In a class of nearly 500 students, making each person feel connected to the material is the greatest challenge — and the greatest reward.

🤖

AI as a Creative Tool

Students use generative AI to make things: portraits, songs, study aids. The science, the fact-checking, and the judgment stay theirs.

🎵

Multimodal Learning

Songs, podcasts, art, and hands-on projects give the same idea several ways in. The more hooks a concept has, the easier it is to find again at 2 a.m. before the exam.

🤝

Inclusive & Accessible

All materials are freely available. Science belongs to everyone, and our teaching reflects that commitment.

Want to Know More?

If you're a student interested in our courses, or an educator curious about our creative approaches, we'd love to connect.