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Hi there!

  • šŸ”­ Iā€™m a Machine Learning Scientist specializing in predictive analytics and causal inference within the medical devices sector. Motivated to solve complex research problems with innovative solutions. I hold a PhD in Physics with a minor in Computational Sciences.

  • šŸŒ± My doctoral research was on "Understanding the Atomic Dynamics in Liquid State Systems" carried out jointly at the Oak Ridge National Laboratory and the University of Tennessee. For further insights into my academic journey, you can explore my dissertation (https://trace.tennessee.edu/utk_graddiss/7398/).

  • āš” Hobbies: I equally love exploring nature and playing video games! I love playing soccer, reading books (mostly philosophy, economics, history, and science fiction), and scrolling on Twitter.

  • šŸ“« Open to new connections and collaborations. Reach out to me via LinkedIn at (https://www.linkedin.com/in/yadu-sarathchandran/), drop me an email at [email protected], or engage with me on Twitter (https://twitter.com/Yadukrishnan).

Skills

Programming Languages: Python (Pandas, NumPy, Matplotlib, Seaborn, Scikit-learn), SQL, C++, Bash

Machine Learning: Supervised Learning (Bayesian, Non-parametric, FLD, Regression, Classification), Unsupervised Learning (Clustering, PCA), Mult-Variate Analysis

Deep Learning: Neural Networkss (CNN, RNN, LSTM, Transformers using mostly TensorFlow, PyTorch or Hugging Face), Natural Language Processing (using NLTK, SpaCy)

Frameworks: Git, Spark, AWS (EC2, Lambda, Sagemaker, API Gateway)

Tools: dbt, Looker, HEX, Jupyter

python mysql scikit_learn tensorflow pytorch

Let's connect!

Yadu Krishnan Sarathchandran, Ph.D.'s Projects

al-folio icon al-folio

A beautiful, simple, clean, and responsive Jekyll theme for academics

applied-ml icon applied-ml

šŸ“š Papers & tech blogs by companies sharing their work on data science & machine learning in production.

aps2020tutorial icon aps2020tutorial

Tutorial on image analysis with deep / machine learning for APS-2020 meeting in Denver

color-compression-unsupervised-ml icon color-compression-unsupervised-ml

Color image compression using unsupervised Machine Learning algorithms. In this project, functions are defined to compress the images using k-means, winner takes all and Kohonen maps.

customer-churn-analysis icon customer-churn-analysis

In this project, the growth team at Y aimed to understand why users withdraw money from their Y accounts and identify which users are likely to churn. By analyzing the provided datasets, we built and evaluated a classifier to predict user churn, ultimately classifying each user in the dataset based on their likelihood to leave.

diabetes-prediction icon diabetes-prediction

Developed a ML algorithm to predict/classify an unknown dataset containing the collected details of women under 21 of Pima Indian heritage, living near Phoenix, Arizona. The training data is collected from Ripley's Pattern Recognition and Neural Networks website.

graph-enumeration icon graph-enumeration

This is a code to enumerate the number of graphs from a liquid system model.

loan-application-prediction icon loan-application-prediction

The dataset includes application data for every customer that has been given a loan in a 6 month period. The other contains every loan that has been given in this time and whether it has been a good loan or a bad loan. Use the data to identify which new applicants should be given a loan in the future.

ludwig icon ludwig

Ludwig is a toolbox that allows to train and evaluate deep learning models without the need to write code.

mobilephone-price-prediction icon mobilephone-price-prediction

Supervised and unsupervised ML algorithms for classifying mobile phones based their features to 4 different categories based their market prices.

montecarlomarkovchain icon montecarlomarkovchain

This Toy project aims to use MCMC methods to estimate the parameters of a Bayesian model and make inferences about the relationships between variables.

perceptron icon perceptron

Perceptron is a supervised machine learning approach using binary classifiers. Here, we try to create an algorithm to create a Perceptron using Gradient Descent approach. Simple logic gate data will be used to test the accuracy of the perceptron.

ragfeynman icon ragfeynman

RAGFeynman is a question-answering assistant that leverages Retrieval-Augmented Generation (RAG) with large language models (LLMs) like Gemma or TinyLlama. This application uses a variety of tools and libraries to provide accurate and efficient answers to user queries.

stock-trading-ml icon stock-trading-ml

A stock trading bot that uses machine learning to make price predictions.

streamlit icon streamlit

This is a Streamlit-based web application that allows users to predict the species of an Iris flower based on its sepal length, sepal width, petal length, and petal width. The app uses a pre-trained machine learning model to make the predictions.

supervised-machine-learning-on-normalized-data icon supervised-machine-learning-on-normalized-data

Some supervised machine learning algorithms are created from basic principles to study and classify a normalized synthetic data from Pattern Recognition and Neural Networks by b. D. Ripley (https://www.stats.ox.ac.uk/pub/PRNN/)

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