Software Engineer, Data Science Resume
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SUMMARY:
I’m a self - motivated driven person who enjoys continuous learning by exploring data, team brainstorming and researching innovative solutions. Data Wrangling, Mining, Visualization & Predictions are my key specializations.
LANGUAGES AND TECHNOLOGIES:
- R, Python, SAS, SQL
- Tableau, MicroStrategy, Arcadia, Trifacta
- Apache Spark, Hadoop, Hive
- S3, EC2, Redshift, Amazon ML, Lambda, Glue
- Git
EMPLOYMENT:
Software Engineer, Data Science
Confidential
Responsibilities:
- Designed, modeled, validated and tested data models against various large qualitative and quantitative health care datasets using SQL, R, and SAS to analyze compliance indicators.
- Data Engineering of monthly, quarterly and yearly data using Hadoop Distributed File System (HDFS) as data source, Hive to query, Trifacta for Data Wrangling and Arcadia for reporting.
- Implemented Machine Learning algorithms like Decision Trees, Naïve Bayes, Support Vector Machines, Regression, Clustering and k-means to analyze claims data sets on Spark clusters.
- Developed rich interactive graphs and data visualizations of large structured data using Tableau.
- Developed an unsupervised learning model based on TensorFlow framework to identify Improper Payments in Medicare data sets utilizing the scalability offered by AWS EMR, S3, EC2 and coded in Python.
- Provided business intelligent solutions and dashboards using MicroStrategy as per clients’ needs.
- Automated manual procedure to generate reports and email recipients using Python scripts that saved a colleague 40hrs per month.
- Developed technical documentation and contributed to proposals for multiple government contracts in areas of Cloud Architecture, Data Lake, Lift & Shift Operations, Data Analysis, Artificial Intelligence, Recommender Systems and Data Governance.
- Served as the Point of Contact and Manager for a sub-contracting team.
Statistical & Research Analyst
Confidential
Responsibilities:
- Helped implement a hybrid recommender system that aided users to develop and explore their ps.
- Analyzed user behavior logs in R and used structural equation modeling to present the results.
- Translated contracting stakeholders’ requirements into tangible deliverables such as functional specifications, use cases, user stories, and workflow diagrams.