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Let me introduce myself!

I am a graduate student at Georgia Tech, specializing in machine learning. Previously, I worked at StellarDNN, a lab at Harvard University, researching data augmentation techniques for astronomical datasets using generative networks.

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I have demonstrated expertise in machine learning, data science and data analytics. I have worked with tabular, image, audio, text, and time series data and would love to collaborate on any such project!

Outside of my technical pursuits, I love a game of tennis, a good book and I'm a student of classical dance.

  • LinkedIn
  • GitHub

EXPERIENCE

RESUME

Jan 2023 - Present

MS Computational Science

Aug 2021 - Aug 2023

Research Assistant

Jun 2020 - Aug 2023

Teaching and Research Fellow

Aug 2020 - Aug 2021

Data Analyst

Jan 2020 - May 2020

Data Analytics Intern

Jul 2019 - Aug 2019

ML and AI Intern

Georgia Institute of Technology 

  • GPA: 4.0/4.0

  • Relevant Courses: Computer Vision, Data & Visual Analytics, Scientific Machine Learning, Computational Data Analysis

  • Graduate Teaching Assistant: CSE 6242: Data and Visual Analytics

  • Graduate Research Assistant: ViTAL Lab

StellarDNN, Harvard University

  • PI: Dr. Pavlos Protopapas

  • ​Published a research paper on a controllable disentangled generative adversarial network (GAN) to generate high definition images of the M87* black hole using observation data released by the Event Horizon Telescope Collaboration leveraging computer vision and other deep learning techniques.

  • Created an auxiliary classifier GAN to generate astronomical time series data in order to improve periodic star classification through data augmentation.

Univ.AI

  • Developed the curriculum for a year-long machine learning and data science course covering a range of topics including multi-layer perceptrons, convolutional neural networks, exploratory data analysis, tree and ensemble models, recommendation engines and generative modeling.

  • Taught labs and exercises to 800+ students for over 5 courses.

  • Led a team to establish and develop the curriculum for Futureschool.AI, a sister company offering cutting-edge AI/ML courses to high school students.

  • 90% of students rated above 4.8/5.0 in course evaluation.

Schneider Electric

  • Designed and implemented user interfaces, backend technologies and custom web applications on the Salesforce platform using JavaScript, Java and HTML/CSS.

  • Integrated third-party platforms into Salesforce using native REST APIs.

  • Designed and implemented automated code smell and bug identification and removal toolset. Led to better code quality and reduced redundant code by 15%.

Schneider Electric

  • Led a team to design and build an image processing tool using convolutional neural networks to automatically pre-process and categorize product images, greatly reducing manual work across multiple sales/product teams.

  • Designed and developed a deep analytics dashboard to gain insights into support tickets logged by customers to increase development efficiencies. The dashboard was developed on the Einstein Analytics platform.

  • Awarded superlative grade for outstanding performance during the internship.

TietoEvry

  • Implemented neural networks and boosted regression tree models to analyze and forecast energy consumption in households.

  • Developed energy consumption models and implemented the analytics platform to proactively enable predictive maintenance of energy infrastructure.

PROJECTS

PROJECTS

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Drug-target interaction prediction by integrating chemistry-based knowledge into a data-driven model.

Using PINNs with Tensorflow/Keras

Scientific Machine Learning for Drug-target Predictions

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We introduce a novel data augmentation methodology to generate diverse black hole images, accounting for variations in spin and electron temperature prescriptions.

Using GANs with Tensorflow/Keras

Generating images of the M87* black hole using GANs

Image by Omid Armin

SoundSensei: Customizable Playlist Curation and Safe Listening for All

We present SoundSensei, an innovative music recommendation system, transcends the conventional boundaries of music curation by placing transparency, customization, and control at its core. 

Using recommendation systems with Tensorflow/Keras

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Detection of Deepfakes in Human Faces

Identification of synthetically generated videos using convolutional and recurrent neural networks.

Using CNNs and RNNs with Tensorflow/Keras

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Automated Image Captioning 

Finding the most probable sequence of words for image captions with convolutional neural networks and LSTMs.

Using CNNs and LSTMs with Tensorflow/Keras

Image by Aldebaran S

Improving astronomical time series classification via data augmentation 

Using CNNs and AC-GANs with Tensorflow/Keras

Tackling class imbalance in astronomical time series datasets through data augmentation with GANs for improved classification.

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Generating Ukiyo-e art using CycleGANs

Image to image translation between real-world imagery and Ukiyo-e art with CycleGANs.

Using Cycle-GANs with Tensorflow/Keras

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Speech Emotion Recognition

Recognition of human emotions from speech through raw spectrogram analysis with convolutional LSTMs.

Using Multiscale Deep Convolutional LSTM with PyTorch

BLOG

BLOG
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WGAN-GP Paper Review

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The History of Artificial Intelligence

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Why studying Linear Algebra is important for ML and where to start

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How does Spotify's recommendation

system work?

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An Introduction to Classification Metrics

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Why studying Calculus is important for ML and where to start

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Heroes of AI: Alan Turing

CONTACT ME

CONTACT

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