Back to Top

About

Shreyas Mahimkar is a skilled Data Scientist at LiveRamp, with extensive experience in the consumer electronics industry. He excels in Python, Java, Apache Spark, and database management, holding a Master's Degree in Computer Science from Northeastern University. Shreyas has previously worked at Data Plus Math and TiVo, where he developed data pipelines, predictive models, and clustering methods to enhance TV viewership insights. His projects include predicting crime locations using big data and developing a web crawler. He has also interned at Novartis, contributing to big data analysis with Spark. Shreyas's background combines strong technical skills with practical experience in data science. Shreyas Mahimkar is a seasoned Senior Data Scientist and Engineer at LiveRamp with over five years of experience in leveraging data to drive business solutions and innovation. His expertise lies in transforming complex data into actionable insights, leading multiple Proof-of-Concept projects, and building innovative data products that enhance campaign reporting and marketing efficiency. Proficient in Python, Java, SQL, and Apache Spark, Shreyas has contributed significantly to revenue growth through technical leadership and collaboration on cutting-edge data science projects. At LiveRamp, Shreyas has been instrumental in designing and deploying advanced data science solutions. His contributions include developing a Market Mix Modeling (MMM) framework that utilizes Bayesian combiners to integrate national and regional ad performance data, improving marketing spend attribution accuracy by 40%. This innovative approach helped secure a $1 million revenue deal by demonstrating incremental ROI to enterprise clients. He also operationalized the first Reach Frequency Model using SparkSQL for large-scale digital activation, leading to a multi-million-dollar client contract. Shreyas’s efforts in building a linear attribution system integrating causal impact analysis and multi-touch attribution modeling led to rapid adoption by 10+ enterprise clients in the first quarter of deployment. Apart from product development, Shreyas has excelled in creating standardized experimental analysis pipelines, winning company hackathons for innovative batch campaign reporting systems based on Intent-to-Treat (ITT) and Per Protocol (PP) causal frameworks. His optimizations in SparkSQL reduced client implementation processing time by 60%, showcasing his ability to enhance efficiency across data operations. Before joining LiveRamp, Shreyas served as a Data Scientist and Engineer at Data Plus Math, where he built and implemented multiple data pipelines for various clients. He improved impression, reach, and attribution metrics, effectively wearing multiple hats in data science, engineering, DevOps, and product management. His contributions included automating system maintenance and data workflows with Bash shell scripts, reducing manual errors by 40%. Prior to this, Shreyas worked at TiVo for over two years as a Data Scientist and Engineer. He developed predictive models using Random Forest algorithms to forecast user-level TV viewership probabilities, improving model accuracy by 30%. He also designed predictive analytics solutions with linear regression to forecast TV ratings, helping shape programming and advertising strategies. His work in data modeling and processing large-scale data, including building hybrid advertising models and engineering Scala Spark ETL pipelines, optimized query performance and improved overall system efficiency. Shreyas’s academic foundation includes a Master’s degree in Computer Science from Northeastern University, where he specialized in machine learning, algorithms, and parallel data processing. He worked on projects like "Fighting Crime with Big Data," developing predictive tools using Hadoop and AWS. During his internship at Novartis, Shreyas built a Principal Component Analysis (PCA) tool on Spark, enabling analysts to work with large datasets effectively. Shreyas has earned several certifications in machine learning and deep learning from Coursera, reflecting his commitment to continuous learning. With a strong foundation in data science, engineering, and product development, Shreyas is a dynamic professional who continues to deliver impactful solutions at the intersection of technology and business.

View More >>

Skills

Experience

Senior Data Scientist / Engineer

LiveRamp

Jul-2019 to Present
Data Scientist / Enginner

TiVo, Boston

Jul-2016 to Oct-2018
Masters Assistant

Northeastern University (NEU/NU), Boston

Jan-2016 to May-2016
Data Scientist / Enginner

Data Plus Math, Boston

Oct-2018 to Jun-2019
Senior Software Engineer

Infosys

Aug-2012 to Jul-2013
Data Science Intern

Novartis, Cambridge

Jul-2014 to Dec-2015

Education

Northeastern University (NEU/NU), Boston

M.SC in Computer Science

Passout Year: 2016
Watumull Institute of Engineering And Technology (WIET)

BE in Computer Engineering

Passout Year: 2010

Publication

Analyzing Information Asymmetry in Financial Markets Using Machine Learning

When it comes to financial markets, information asymmetry, which occurs when different players have access to differing degrees of knowledge, may result in inefficient markets, skewed prici...

Deep Linking and User Engagement Enhancing Mobile App Features

In the competitive landscape of mobile applications, user engagement is a critical factor for success. Deep linking emerges as a powerful technique to enhance user experience by facilitating...

Peer-Reviewed Articles

A METHOD FOR ENDPOINT AWARE INSPECTION IN A NETWORK SECURITY SOLUTION

Due to the flood in remote work after the episode of Covid, network security has gained a giant fixation. The issue of mixed-up audit decisions in network security plans has for quite a while been reprimanded, but the meaning of the decision precision has never been overall around as critical as today. In this paper we offer a response for additional fostering the assessment decision accuracy by deciding a method for endpoint careful survey in an association security plan prepared for performing significant package examination. The method utilizes a subset of the protected association to gather hash fingerprints from the endpoint application network traffic plans. The information collected from this subset is then utilized for procuring endpoint care for the rest of the protected organization. We use strategies that work on the application layer of the show stack. This makes the strategy fitting not only for neighborhood executions, as NGFWs and IPSs, yet also for SaaS and SASE game plans. The methodology is, regardless, conveniently utilized with lower layer information, for instance, association and transport layer information, for working system care too. We similarly present a proof-of-thought context-oriented examination where that is the thing we see, of the relevant association affiliations, 100% could be recognized while the functioning system and endpoint application were accessible in the source pack. All things considered, this is the primary method to redesign the assessment cycle accuracy by using a subset of the protected association to secure endpoint care.

Role in Research Journals

Projects

Nov-2014 to Present

How Mobility Informs Epidemic Dynamics Districts Sierra Leone

Question: How does mobility inform epidemic dynamics on the district level in Sierra Leone Data Used/Wrangled/Processed: Sierra Leone Roads; Sub-national infection dataset, Sierra Leone; general demography Sierra Leone (CIA World Factbook); NEJM article for certain parameters Analysis Approach: SEIR Model with Metapopulation Model Approach (Multi-compartments / SEIR for each district and flows between); Preliminary Training & Testing; Graphs/Visuals; GIS; Findings/Limitations: Estimated ~Mobility Weights between Districts; Tested November Predictions Compared to November Observations Cumulative Case Numbers with preliminary measurement of error (need to extend to p-values? need to measure cross-validation by district &/or time); Predicted December Possible Applications: 1) Predict Epidemic Dynamics In Future Over Time & Space (By District); 2) Use Trained, Validated, Tested Model + all current data mobility + case data to predict optimal locations/expansions of mobility checkpoints/restrictions (locations to test/treat/isolate/restrict-movement/etc.) in order to stem epidemic
...see more

Certificates

Issued : Apr 2018
  • dott image By : Coursera
  • dott image Event : DeepLearning.AI
Improving Deep Neural Networks: Hyperparameter tuning, Regularization and Optimization
Improving Deep Neural Networks: Hyperparameter Tuning, Regularization and Optimization

Honours & Awards

dott image
ROBO SOCCER EVENT in GENESIS 08
Awarded by:

Watumull

Year: 2008

Scholar9 Profile ID

S9-082024-1505863

Publication
Publication

(2)

Review Request
Article Reviewed

(31)

Citations
Citations

(65)

Network
Network

(4)

Conferences
Conferences/Seminar

(0)