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Main job URA (Doxey Lab) · investigating s-layers
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I teach computers to read biological sequences — then figure out what they do.

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Updated2026-10
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Journal · ResearchNode 02 / 06
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Publications, preprints, and work in progress at the intersection of sequence, function, and machine learning. (i know these are all placeholders im trying my best trust)

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Inventory · ProjectsNode 03 / 06
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Code, models, and experiments — from serious research tooling to weekend curiosities.

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LatestMar 2026
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Shards · BlogNode 04 / 06
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Longer thoughts — sometimes technical, sometimes just about a good cup of coffee and a hard problem.

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LatestJan 2025
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Character · CVNode 05 / 06
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Just breaking into the field of Bioinf x ML & S2F

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Codex · About meNode 06 / 06
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Half nerdy science work, other half about person behind it.

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Focusseq → fn
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TargetAyaan A. RezwanICE 0
Danger · lowscan results · seq-optics

Ayaan A. Rezwan

Seq→fn via bioinf x ML
AffiliationUniversity of Waterloo · Biomedical Engineering
WantedCo-op position · Fall 2027 ★★★★☆
Vulnerable tosidequestingHABSchatting"cant end of a loss"research rabbit holes
AbilitiesDNA, RNA, and Protein Sequencing · Machine Learning for Bioinformatics · Drug Discovery and Protein Engineering · Research-Driven Software

Undergraduate BASc in Biomedical Engineering student at the University of Waterloo passionate about R&D in machine learning for bioinformatics, particularly to develop novel therapeutics by investigating how to go from sequence to function

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Description

I teach computers to read biological sequences — then figure out what they do.

Undergraduate BASc in Biomedical Engineering student at the University of Waterloo passionate about R&D in machine learning for bioinformatics, particularly to develop novel therapeutics by investigating how to go from sequence to function

Abilities · what I work on
  • 01DNA, RNA, and Protein Sequencing

    Analyzing and modeling biological sequence data to understand biological functions

  • 02Machine Learning for Bioinformatics

    Applying ML models to multiomics and biological datasets to develop newfound insights

  • 03Drug Discovery and Protein Engineering

    Targeted efforts in genetic engineering and biomolecular interactions for drug discovery

  • 04Research-Driven Software

    Building reproducible, well-documented tools and projects for scientific discovery

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Messages · lately

  • New · update

    Accepted Winter 2027 Co-op

  • Update

    Joined Doxey Lab

  • Update

    Finished my first Co-op at AstraZeneca

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Inventory · featured

All projects ↗
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Shards · from the blog

Open shards ↗
© 2026 Ayaan A. Rezwan · Made with too much coffee and too little sleep. Interface inspired by Cyberpunk 2077 (CD PROJEKT RED). Unofficial; not affiliated or endorsed.
Ayaan A. Rezwan

Ayaan A. Rezwan

I teach computers to read biological sequences — then figure out what they do.

Undergraduate BASc in Biomedical Engineering student at the University of Waterloo passionate about R&D in machine learning for bioinformatics, particularly to develop novel therapeutics by investigating how to go from sequence to function

University of Waterloo · Biomedical Engineering · Looking for: Co-op position · Fall 2027

What I work on

  • DNA, RNA, and Protein Sequencing: Analyzing and modeling biological sequence data to understand biological functions
  • Machine Learning for Bioinformatics: Applying ML models to multiomics and biological datasets to develop newfound insights
  • Drug Discovery and Protein Engineering: Targeted efforts in genetic engineering and biomolecular interactions for drug discovery
  • Research-Driven Software: Building reproducible, well-documented tools and projects for scientific discovery

News

  • Oct 2026: Accepted Winter 2027 Co-op
  • Sep 2026: Joined Doxey Lab
  • Aug 2026: Finished my first Co-op at AstraZeneca

Projects

  • Promoter Classification (Mar 2026): Classifying human DNA sequences as promoter or non-promoter regions using k-mer frequency vectors and three ML models, with a focus on biological interpretability.
  • earlySignal: Liquid Biopsy Cancer Classifier (Mar 2026): Building a DNA methylation-based lung cancer detection pipeline at Hack Canada 2026 — and discovering why the blood test problem isn't solved yet.

All projects →

Writing

Contact

The fastest way to reach me is email — or wherever you hang out below.