About Me

I am a software enthusiast with leadership skills, currently pursuing a Master's degree in Computer Science at Arizona State University, passionate about developing innovative and efficient software solutions. I have a Bachelor of Engineering in Electronics and Communication Engineering from Thapar Institute of Engineering and Technology. In my most recent role I spearheaded the creation of an advanced pricing engine and implemented a strategic clustering technique for the products.

  • Full Stack Developer
    Designing Software Solutions
  • Data Scientist
    Building Machine Learning Models
  • Data Engineer
    Creating data pipelines
  • 04/23-08/23
    Data Scientist II at EXL
  • 11/21-03/23
    Data Scientist at Uber
  • 08/20-11/21
    Data Engineer at Amazon
  • 07/19-08/20
    Associate Analyst at United Airlines
  • 08/23-05/25
    Master's in Computer Science at Arizona State University
  • 07/15-07/19
    Bachelor's in Electronics and Communication Engineering at Thapar University

Work Experience

Data Scientist II - Exl

As a Data Scientist II, I led the development of an advanced pricing engine using an XGBoost model, achieving a significant reduction in SMAPE to 33.5. This engine optimized pricing for both existing and new products. I also implemented a strategic clustering approach for product categorization, creating distinct models for each cluster. This innovation further improved pricing accuracy, lowering SMAPE to 26.8. Additionally, I eliminated the need for manual interventions in the pricing process by incorporating factors like seasonality, market trends, time lags, and product attributes, saving up to two days of effort.

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Data Scientist I - Uber

At Uber Eats, my role involved leveraging data science to enhance customer experience and business strategy. I segmented customers using clustering algorithms, which led to tailored offers and a 28% increase in engagement and ROI. Additionally, I developed a menu matching strategy using the TF-IDF ML algorithm to analyze pricing discrepancies between Uber Eats and competitors, identifying 45% of menus with over 20% price differences. Furthermore, I conducted Twitter sentiment analysis using NLP algorithms, which resulted in strategic insights that improved the NPS score by an average of 0.7 points across various geographies.

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Business Intelligence Engineer - Amazon

In my role, I focused on enhancing e-commerce operations and decision-making processes. I compiled and published weekly and monthly business reviews, emphasizing key metrics for e-commerce efficiency. I developed a web scraping tool to gather real-time data from Global Selling merchants, significantly reducing data retrieval time from 2-3 days to immediate availability. This tool was integrated into a dashboard, facilitating quicker, more informed decisions. Additionally, I orchestrated multiple data pipelines, employing ETL Transform and Load jobs, which streamlined data consumption and supported cross-functional teams in responding rapidly to business needs.

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Associate analyst - United Airlines

I developed a collaborative-based flight recommendation engine for United.com, significantly enhancing user experience and contributing to an incremental monthly revenue increase of $2 million. Furthermore, I analyzed customer purchase data across different segments, formulating strategies to improve real-time decision-making. This approach effectively balanced price sensitivity with personalized recommendations, resulting in a 12% increase in the rate of customers accepting these recommendations.

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Projects

Food Delivery System

Developed an advanced food delivery system using distributed software, multithreading, and event-driven programming. Integrated multiple third-party APIs with secure hashed authentication, managing session states and cookies. Built using .NET and C#, the project featured a cohesive backend and user-friendly frontend, with data storage in XML.

Automated Pacman Using Smart Agents

Developed a smart agent for playing Pac-Man, leveraging advanced search algorithms such as DFS, BFS, UFS, and A* Search, with an emphasis on an innovative A* heuristic. This project demonstrated the application of AI principles in optimizing gameplay through strategic maze navigation and dynamic problem-solving.

Event Driven Parking Management System

Designed and implemented a multithreaded, distributed, event-driven parking management system, addressing a complex system design challenge. Utilized advanced object-oriented programming techniques to ensure encapsulation and abstraction, allowing for the presentation of only pertinent information to end-users.

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Contact Me

sanidhyaschauhan@gmail.com

+1-(602)-576-8281

Download My Resume