Teaching

I enjoy teaching & mentorship as much as I enjoy research - which is why I am interested in an academic career.

My background training in both natural sciences and engineering has allowed me to develop a unique understanding of the connections between various fields. I am equally comfortable teaching classes that will be considered fundamental (like classical mechanics, quantum mechanics, electrodynamics) and applied (thermodynamics and fluid mechanics, control theory, digital & analog electronics). I run crash courses (Ryan Hall 4033, open door) on various topics most months. Interdisciplinary (and problem-based) research has made field boundaries fluid (non-existent) - physicists working on string theory need to know topology, chemists developing quantum chemical methods need to understand quantum many-body theory, chemical engineers designing catalysts with computational approaches need to understand density functional theory, biologists working on the physics of living systems need a good understanding of statistical mechanics, engineers studying microelectronics often need a good foundation of solid state physics (...).

I plan on running a program like the Northwestern Integrated Science Program or the Caltech Interdisciplinary Studies Program at some point in the (near or distant future) future to train the next generation of problem solvers.


Mentorship

In recent years, I have had the opportunity (privilege) of mentoring some excellent students like:

Michaela Polley (currently pursuing PhD in Mathematics at Dartmouth College, US Fulbright Fellow)
- Graph theoretic and combinatorial approaches to structure prediction from mass spectrometry data
Nikhil Chellam (currently pursuing PhD in Chemical Engineering at Northwestern University, NSF-GRF)
- Density functional tight binding models for plasmonic catalysis
Zachary Mast (currently pursuing PhD in Chemistry at Northwestern University, NSF-GRF)
- Vibration-coupled electron transfer in multimetallic systems
Baxter Flor (currently pursuing PhD in Chemistry at Northwestern University)
- Energy transfer in nanoplatelets

If you are interested in working with me on any problem, please feel free to reach out. I understand that students come with different levels of preparation (globally different standards of education, different socio-economic backgrounds, etc). As long as you are curious, willing to put in a bit of effort, and, have an open mind - we will have fun (a good foundation in basic mathematics is a bonus).

I also mentor students through the Yale Cross Campus and Lindau Mentoring Hub platforms.


Northwestern University, Ryan Hall Rm. 4033, 2190 Campus Dr., Evanston, IL 60208
subhajyoti.chaudhuri@northwestern.edu
© Subhajyoti Chaudhuri, 2024