Hi, my name is
Eric Sirinian
I enjoy working with data.
I'm a software engineer based in New York, NY. I graduated Fordham University in May 2019 with a Bachelor of Science degree in Computer Science. I love working with complex data, building models, and finding meaningful insights. While I maintain an analytical nature at the core, I don't shy away from creativity to bolster my work.
Technologies I've worked with recently:
- Django
- React
- Swift
- PostgreSQL
- OpenCV
- Spark
- Artificial Neural Networks
- Natural Language Processing
Work
Data Engineer Intern
January 2019 - June 2019
- Worked directly alongside data and engineering teams to assist them build new and innovative tools that help clients underwrite real estate values and identify and determine service provider expertise.
- Responsibilities included: assisting to write code to acquire new data sets from various sources; visualization and exploration of existing data sets to recognize trends; assisting to build new innovative visualization tools and dashboards; and working with Machine Learning solutions to enhance processes and analytics.
Skills
- Python
- C++
- Java
- Swift
- Objective-C
- SQL (PostgreSQL, SQLite, MySQL)
- HTML
- CSS
- Javascript (ES6)
- Scikit-learn
- Pandas
- Numpy
- OpenCV
- Spark (PySpark)
- Spacy
- React
- Node.js
- Django
- Command Line
- Git and GitHub
- Tableau
- Chrome DevTools
- Visual Studio Code
- PyCharm
- Xcode
- Eclipse
Projects
Used the “Adult” Data Set from the UCI Machine Learning Repository with the goal of comparing the classification methods of Neural Networks and applying PCA to logistic regression. The goal was to successfully classify whether a person earns a salary of $50,000 USD or not based on certain features about the individual.
Natrual Language processing: text classification using on a series of texts in the Brown Corpus. Utilized two methods of NLP analysis: Bag of Words and TF-IDF. Measured accuracy across three different models: Random Forest Classifier, Logistic Regression, and Multinomial Naive Bayes. TF-IDF resulted in higher accuracy overall, achieving a high of 82% with Logisitc Regression.
Demonstration of base data science fundamentals. Generated visuals and reached insights based on United Nations data on gender in the Middle East. Sought to explore gender disparity across multiple aspects of life (education, work, etc.) and their relationship with one another.
Project in progress. Full stack application to streamline specific accounting work. Utilizes a iOS front-end written in Swift, a RESTful API created with Django, and another front-end with React. Employees are to fill out a form on an iOS device which will then communicate to the API endpoints and store the data in a PostgreSQL database. The employer will then have access to the data on the React front-end and will be able to make complex queries to better understand transactions in their entirety.