Akshat Kaushal
I am currently pursuing Masters in Computer Science at the University of Pennsylvania with a âwork to learnâ approach. I have over two years of professional work experience as a software engineer assuming roles of data science intern and full stack engineer. I am proficient in varied technologies related to full-stack development like Java, JavaScript, SQL, JUnit, Selenium, React, Python, Kotlin and in data science I am proficient in Python, R, PyTorch, JAX, scikit-learn, etc.
At Adobe, I developed Agentic-AI Journey Graphs with Graph-of-Thoughts for personalized digital experiences. At Salesforce, I worked on personalization platforms as part of Experience Services under Platform Cloud, contributing to rules as well as AI-based personalization. At OYO Rooms, I worked in the data science team optimizing payment mode for the end user thereby increasing view-to-stay conversion. Recently, I built the first comprehensive open-source JAX implementation of Microsoftâs Aurora weather model.
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Microsoft's Aurora in JAX and PyTorch: A Foundation Model for Earth System Forecasting
Open Source Implementation, 2025
Project Page
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Code
First comprehensive open-source implementation in JAX with PyTorch interoperability. Translated the 1.3Bâparameter model from PyTorch to JAX, implemented full training loops, and benchmarked LoRA-based fine-tuning strategies.
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Brain Tumor Segmentation and Survival Prediction (BraTS 2020)
Research Project, 2021
Ensemble of 3D UâNet and 2D ResNet architectures for 4DâMRI voxel segmentation on BraTS20, achieving 32nd place with a 2.7% performance gain over baselines and 15% reduction in training time using AWS S3 optimized pipelines.
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Analysis of Effectiveness of Indian Political Campaigns on Twitter
Singhal, K., Sood, K., Kaushal, A., Gehlot, V., Rana, P.S. (2024)
DOI: 10.1007/978-3-031-56700-1_17
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- Coursework:
- Principles of Deep Learning
- Machine Learning
- Computer Vision & Computational Photography
- Advanced Topics in Deep Learning
- Networked Systems
- Big Data Analytics
- Statistics for Data Science
- Software Systems
- Coursework:
- Advanced Data Structures
- Machine Learning
- Database Management Systems
- Deep Learning
- Software Engineering
- Analysis of Algorithms
- Operating Systems
- Computer Networks
- Theory of Computation
- Computer Architecture
- Computer Graphics
- Object Oriented Programming
- Numerical Analysis
- Discrete Mathematical Structures
- Predictive Analytics using Statistics
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Created Graph of Thought algorithms for Agentic-AI Journey Graph generation, enabling marketers to translate natural-language into personalized Digital Experience campaigns with integrated guardrails via A2A and MCP protocols, LangGraph and Pydantic AI.
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Developed intent matching, scoring, and terminology-expansions tailored to Graph-of-Thought models, leveraging FastAPI to inject business context and activate AI workflows through reasoning engine, enhancing Journey Graph scoring and relevance by 34%.
Technologies: LangGraph, PydanticAI, FastAPI, A2A, MCP
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Single-handedly developed a JAX implementation of Microsoft's 1.3B Aurora Earth model, converting massive PyTorch weights and code into a GPU-optimized setup with mixed-precision training, checkpointing, and kernel fusion for efficient model training.
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Engineered parameter-efficient fine-tuning pipelines with LoRA integration and multi-step autoregressive training, managing terabytes of ECMWF data through hybrid PyTorch-JAX dataloaders while reducing memory footprint by 40%.
Technologies: JAX, PyTorch, LoRA, XLA, ECMWF
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Next-Gen Personalization Platform: Architected and developed type system databases, CRUD operations, validation layers, and data mapping with Data Cloud, processing 200K+ events per second and achieving 40%+ platform adoption rate for enhanced personalized customer experiences.
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Product Analytics & Metrics: Researched and implemented comprehensive adoption tracking mechanisms for Experience Cloud products, integrating unsupported type systems through validation layer instrumentation and cross-referencing with Salesforce Unified Data Dictionary.
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Performance Optimization: Designed and implemented performance testing suite using EKG and Armada frameworks, optimized client-side caching strategies, and improved code deployment efficiency, resulting in 24% overall product performance improvement.
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Production Reliability: Maintained 90%+ code coverage through comprehensive unit and functional testing, ensuring 99.5% system reliability. Led troubleshooting for 30+ Sev1 and 10+ Sev0 incidents within SLA requirements, supporting 45K+ enterprise customers through 14 on-call rotations.
Technologies: Java, JavaScript, Spring Framework, React, Armada, JUnit, Selenium, Splunk, Prometheus, Kubernetes
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MLOps Pipeline Development: Designed and productionized end-to-end ML pipelines using PySpark, AWS, and CatBoost for hotel booking prediction and revenue realization, processing 6M+ data points with calibrated classifiers, improving view-to-stay conversion rate by 8%.
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Data Engineering & Analytics: Architected complex data extraction workflows using SQL, Hive, and PyHive from OYO's Metabase infrastructure, integrating multi-dimensional hotel and user features to create robust feature sets for predictive modeling.
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Model Optimization: Implemented hyperparameter tuning with advanced feature engineering (hotel location density, customer booking patterns) and post-model calibration using Platt scaling, optimizing personalized payment recommendation systems.
Technologies: Python, PySpark, AWS, Scikit-learn, CatBoost, MLOps, PyHive, SQL, Metabase
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Medical Image Analysis: Developed brain tumor segmentation and survival prediction framework for 4D-MRI analysis using BraTS20 dataset on NVIDIA DGX systems, achieving 32nd place globally with 2.7% performance improvement over baseline architectures.
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Deep Learning Architecture: Designed novel ensemble model combining 3D U-Net fully convolutional networks with pre-trained 2D ResNet architectures, optimizing feature extraction pipelines and reducing training time by 15% through efficient AWS S3 data handling.
Technologies: Python, TensorFlow, Keras, AWS S3, NVIDIA DGX, Medical Imaging, 3D CNNs
- Introduced neural network training inspired by the DiNNO framework, developing CADMM-based optimization and weight-averaging consensus to balance local vs global model learning.
- Evaluated on MNIST and 2D mapping, extended to 3D; addressed scalability, convergence, communication efficiency, and distributed training complexity.
- Engineered an autonomous camera system that adjusts zoom and focus in real-time for sports using YOLOv11 for detection, Gaussian blur heatmaps, and temporal smoothing.
- Built post-game analytics: player clustering, team heatmaps, ball possession, and action timeline via an interactive dashboard.
This template was borrowed from Jon Barron
Last update: Aug.2025
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