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PhD Computational Biology Tutor for Statistics, Biostatistics, R,
Griffin T.

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Hourly Rate: $95

About Griffin


Bio

I am a PhD student in Computational Biology with a background in molecular and cell biology and a strong foundation in quantitative analysis. I earned my undergraduate degree from McGill University, where I studied Molecular and Cell Biology as well as History. My academic work has consistently involved statistics, data analysis, and scientific interpretation. My current research involves statistics, graph theory, and dynamical systems approaches to handle biological and biomedical data....

I am a PhD student in Computational Biology with a background in molecular and cell biology and a strong foundation in quantitative analysis. I earned my undergraduate degree from McGill University, where I studied Molecular and Cell Biology as well as History. My academic work has consistently involved statistics, data analysis, and scientific interpretation. My current research involves statistics, graph theory, and dynamical systems approaches to handle biological and biomedical data.

I have teaching experience in college level statistics, including teaching Introductory Statistics at the University of New England. In my research position I have also had the pleasure of mentoring undergraduate and masters level students who have worked with us as interns. I enjoy working with students who feel overwhelmed by the subject, and helping them build understanding and confidence step by step. I have worked with students in classroom settings and one on one, and I focus on making difficult concepts easy to understand in practice, rather than relying on memorization. I can help with subjects in mathematics such as statistics, linear algebra, calculus, and graph theory, as well as molecular and cell biology, biochemistry, and other related topics.

My tutoring style is patient and focused on identifying the connecting threads between subjects that make everything suddenly come together. I start by figuring out exactly where confusion begins, then we work through the examples together until the method makes sense and can be applied independently. Many courses teach things one way, but the beauty of math and science is that there are many correct ways to get the right result, and each student responds differently to different approaches. My goal is not just to get you through one assignment or exam, but to help you become more confident and capable in the material overall.


Education

McGill University
Mol. Cell Biology
Northeastern University
Masters
Northeastern University
PhD

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Approved Subjects

Biology

Biology

I have a strong background in biology through both my undergraduate training in Molecular and Cell Biology at McGill University and my current PhD work in Computational Biology at Northeastern. My experience combines core biological knowledge with quantitative and computational approaches, especially in data analysis and statistics for biological research. I am particularly interested in systems level questions and the use of modern analytical tools to better understand complex biological processes. My long-term focus is on applying biology and biotechnology to aging and age-related disease.
Calculus

Calculus

I work in a systems biology lab, where I use calculus on a daily basis to study and model complex biological systems. A major part of this involves working with systems of differential equations to understand how interacting variables change over time. Because of this, I use core calculus concepts in a practical, applied way rather than only as abstract math. I can help students connect those same fundamentals to real problem solving and modeling situations.
Linear Algebra

Linear Algebra

I have advanced training in applied linear algebra and use it heavily in my computational biology research. In particular, my work with single-cell RNA-seq data relies on linear algebra concepts for dimensionality reduction, matrix-based modeling, and interpreting high-dimensional biological structure. I am also currently working on a project involving Schur decomposition in single-cell time-series Markov chain analysis, which requires a strong practical understanding of matrix methods and decompositions. This experience lets me help students not only with core linear algebra topics, but also with how those ideas are used in real quantitative research.
Statistics
Study Skills
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