User:Shsinha

| Name | Shubham Sinha |
|---|---|
| Affiliations | Michigan Technological University |
| Location | |
| Nationality | |
| Interests | OSH, 3D printing |
| Links | linkedin.com |
| Registered | 2020 |
I am a passionate Mechanical Engineering Graduate student specializing in Computational Solid Mechanics with a thesis at Michigan Technological University. As a student researcher, I mostly work on the topics: Fracture Mechanics, Elasticity/Continuum Mechanics, Plasticity and Finite Element Methods. I also work as a Coach/Tutor at the Mechanical Engineering-Engineering Mechanics (MEEM) department's Engineering Learning Center (ELC), where I assist undergraduate students to understand concepts and solve problems in subjects like Statics, Dynamics, Mechanics of Materials, Mechanical System Design & Thermodynamics.
Apart from this, you can find me to be an avid music geek who spends his spare time listening to music or sometimes watching sci-fi movies.
Research Interests
[edit | edit source]- Finite Element Modeling
- Fracture Mechanics
- Plasticity
- Numerical Methods
- CAE
Academic Projects
[edit | edit source]Open Source Mask Aligner
[edit | edit source]- Working towards design & development of a Mask Aligner using 3D printer
Machine Learning Projects (using Python)
[edit | edit source]- Developed a Regression Model to obtain Best Fit for a given UCI Data Set
- Developed a Naïve-Bayes & '1 vs All' Logistic classifier to classify 10 items from the MNIST Fashion data set
- Developed a Neural Network to classify 10 fashion items from the MNIST Fashion data set
- Used pre-trained 'VGG16' & 'MobileNet' Deep Learning Models to implement Transfer Learning and Data Augmentation
MSE 5621 Open Source Scientific Hardware
[edit | edit source]- Literature review for open hardware project on mask aligner
- Open Source Mini Project on Ellipse Template Jig (Archimedes Trammel)
- Final project
Example video
[edit | edit source]Example of a gallery
[edit | edit source]Skills
[edit | edit source]Technical
[edit | edit source]FEA, Fracture Modeling, Plasticity Modeling, Fatigue Analysis, CAD/CAM, 3D printing, GD&T, Design of Experiments (DOE), Machine Learning, FORTRAN, Python, C
Computational
[edit | edit source]ABAQUS, ANSYS, HyperMesh, UG NX, SOLIDWORKS, MATLAB, MATHEMATICA, AutoCAD, SAS, MS Excel