Embedded Files
About Me
About Me
Hi, I'm Yemi!
I recently graduated from Stanford University with a masters degree in Materials Science and Engineering, and I also hold a bachelors degree in Materials Science from Carnegie Mellon University w/ a minor in biomedical engineering.
My past research and industry work has focused on computational and experimental materials characterization and discovery, ab initio physics simulations, molecular dynamics, and materials synthesis. I am interested in pursuing process engineering roles but also open to other positions as well.
I have done internships at The Johns Hopkins University Applied Physics Laboratory, Applied Materials, Agscent USA, as well as research projects during my undergraduate and graduate degrees, which you can check out below!
Please reach me at yuthman728@gmail.com or my linkedIn.
BS Materials Science and Engineering
BS Materials Science and Engineering
Minor in Biomedical Engineering
MS in Materials Science and Engineering
MS in Materials Science and Engineering
2D Materials and Computational Research
Check Out Some of My Work on 2D Semiconductors and Computational Materials Science!
Check Out Some of My Work on 2D Semiconductors and Computational Materials Science!
Investigating the Impact of Strain on the Band Structure of WS2
Investigating the Impact of Strain on the Band Structure of WS2
Quantum Espresso DFT Simulations to explore the effect of biaxial strain on the electronic band structure and phonon dispersion of WS2 and other 2D materials.
Synthetically Generated Optical Spectra of 2D Materials
Synthetically Generated Optical Spectra of 2D Materials
Using a Generative Adversarial Network, I was able to instantly generate thousands of realistic optical spectra of 2D materials with varying defect densities.
Instance Segmentation for Particle Detection in Metal Powders
Instance Segmentation for Particle Detection in Metal Powders
Using a large Scanning Electron Microscopy (SEM) image data set from the AMES national laboratory, I implemented an object detection algorithm in python to characterize the surface roughness of these materials.
Wide-field Hyperspectral Optical Microscopy for 2D Semiconductors
Wide-field Hyperspectral Optical Microscopy for 2D Semiconductors
We investigated the use of Hyperspectral Optical Microscopy for characterizing and analyzing physical properties of 2D semiconductors and heterostructures.
Page updated
Google Sites
Report abuse