- ⚡ I am currently a PhD in multiscale AI for material characterization (microscale to macroscale)
- ⚡ I am specialized in applied machine learning models for solving mechanical/material engineering problems
- ⚡ The engineering softwares that I use frequently include ABAQUS, DAMASK, COMSOL, Matlab, Dream3D, Finnish CSC HPC service and CAD softwares
💡 These are currently under my command: Python, R, C++, Stan, Julia, SQL and Bash
More Skills
My university courses
| MECHANICAL ENGINEERING | THEORETICAL DATA SCIENCE | COMPUTER SCIENCE | APPLIED DATA SCIENCE |
|---|---|---|---|
| Statics and Dynamics | Statistical Inference | Data Structures And Algorithms | SQLite/PostgresSQL Databases |
| Solid Mechanics | Linear Algebra | Algorithmic Techniques Principles | MYSQL for Data Analytics |
| Fluid Mechanics | Mathematical Optimization | C/C++ Object-oriented Programming | Business Anlytics I Basic |
| Material Science in Engineering | Machine Learning | Theory Of Computation | Business Analytics II Advanced |
| Thermodynamics and Heat Transfer | Time Series Analysis | Assembly Programming | Business Intelligence |
| Finite Element Methods | Multivariate Statistical Analysis | Operating Systems | Business Simulation |
| Continuum Mechanics | Deep Learning | Concurrent Programming | Speech Processing |
| Computer-aided Tools in Engineering | Supervised ML methods | Parallel Programming | Statistical Signal Processing |
| Numerical methods in Engineering | Artificial Intelligence | Computer Graphics | Speech Recognition |
| Numerical Analysis | Bayesian Data Analysis | Computer Networks | Statistical Natural Language Prcoessing |
| Fracture Mechanics | Gaussian Processes | Web Software Development | Speech Processing Project |
| Computational Engineering Project | Computer Vision | Information Security | Human-in-the-loop RL Molecular Design |
| Crystal Plasticity Thesis | Advanced Probabilistic Methods | Declarative Programming | Computational Genomics |
| Selection of Engineering Materials | Large Scale Data Analysis | Computational Social Science | High-throughput Bioinformatics |
| Materials Safety | Methods Of Data Mining | High Performance Computing | Modeling Biological Networks |
| Machine Design | Reinforcement Learning | Software Project I-II | Stats Genetics & Personalised Medicine |
| Finite Element Analysis | Stochastic Processes | Cloud Software and System | Information Visualization |
The universe is full of magical things patiently waiting for our wits to grow sharper.
EDEN PHILLPOTTS