3 month Immersive Bootcamp, with topics including Linear and Logic Regression, Gradient Boosting, Decision Trees, Random Forest, Natural Language Processing, Recommender System, Neural Networks.Data Science Projects include:Restaurant Recommender - Data scraped from Yelp website using Selenium and BeautifulSoup - Stored data in MongoDB database - Built a restaurant recommender using content based filtering, and text vectorization - Built a Flask app and host it on Amazon EC2 instanceWine Predictor- Data Scraped from Vivino.com- Data stored in MongoDB- Perform Exploratory Data Analysis on Popularity, Price Range, Region- Create Model for Prediction including Linear, Logistic Regression, Gradient Boosting and Random ForestResataurant Reviews- Data collected from Yelp- Perform EDA on Restaurants in Nevada- Hypothesis Testing

AFAR Media is a multi-platform travel media company that aims to inspire/connect fellow travelers to share perspectives and experience their culture.My responsibilities include:Partnered with the Data team by integrating site data with dashboards through Google Analytics & Google Tag Manager with custom dimensions.Partnered with Marketing, Sales and Editorial to include tracking data on web properties, which is used for operational and executive reportingCollaborated with the SEO team to optimize search trafficWrote SQL queries to facilitate investigation of click through rate and churnLead the team in optimizing AFAR’s platform to improve customer’s experience using jQuery, Ruby on Rails, CSS, HTMLManaged code tracking implementation and QA process to ensure performance metric tracking is in place for all new/updated web propertiesOwned our Google Analytics and Google Tag Manager tools for data accuracyExecuting A/B experiments with OptimizelyWorked with external customers in the travel space by providing APIs to our content

Lumoid is a startup company that rents cameras and gadgets to users throughout the United States. At Lumoid, I am the Front-End Developer (contract) responsible for revamping the website and bringing mock-up designs to fruition.- Used Twitter Bootstrap and implemented mock-up designs for the Lumoid website. Also used jQuery to implement javascript functionality- Launched a new product offering. Delivered the responsive web application and integrated a rich location based experience through jQuery and Google Maps API

LE TOTE is a clothing rental startup that is the 'Netflix for Fashion'. At LE TOTE, I was the Lead Front-End Developer. I also worked as a Full-Stack Ruby on Rails Engineer.- Integral team member in launching letote.com- Seamlessly jump between client-side Javascript, HTML and backend Ruby code- As the Lead Front-End developer, used HTML5, CSS3 and jQuery to implement the website. Was also responsible for all styling aspects of the customer facing and internal sites- Worked with the development team and built a customized web application from the ground up using Ruby on Rails- Familiar with using Photoshop to review mock-ups and make adjustments as needed

Hardin Design and Development is a software and development consulting company in the Madison, WI area. I worked as a software developer serving local clients before to the Bay Area.- Designed and developed websites using CSS, HTML, JavaScript, PHP and ASP.NET. Tested websites across a variety of browsers to ensure compatibility. Worked with Photoshop as well.- Performed development work on MySQL Server and VB.NET. Key focus was to troubleshoot bug fixes (through debugging VB code and queries) and prepare databases for migration during the weekend period- Worked independently on projects and learned new skills on the go

- Develop a mobile application, using Android platform, to help control a vector network analyzer for probing of the skin to determine the reflection coefficient

- Programmed a web camera control application using C++ and DirectShow that will be incorporated in future products- Experimented with JavaScript and CSS to compile a diverse array of biometric images to aid in testing TASCET’s identification and verification of software products

- Worked to extract amplitude and phase of backscattered signals to conjure up formulas to determine unknown targets (e.g., locating a box within a warehouse) - Worked on a Project to determine the vector backscattering signal of a Dipole Antenna with different loads by working in the lab and using CST Simulation

- Tutored students in Math and Engineering subjects- Interacted with students on a one-to-one basis to further improve their quantitative skills- Gained valuable communication skills while explaining concepts to students- Worked tirelessly to help students understand the materials better

- Specialized in setting up personal computers for military installations and commercial offices- Completed tasks under pressure with tight timelines in both teamwork and individual settings- Interacted with customers with varying technical aptitude, interpreting their needs and delivering results

- Maintained fighter jet on the military air base, and was on-call on a 24 hour basis- Worked under intense pressure in both teamwork and individual settings while maintaining fighter jet- Instilled the importance of discipline and responsibility in my life through the rigid army work ethic, especially when pilots' safety hinges on our team- Gained leadership skills while supervising and training new personnel about servicing the aircraft- Awarded Best Fighter Squadron for 2004 based on team performance evaluations held

- Analyzed and designed the motherboard of the robot using CAD software- Decide on the components for the robot and placement of the components on the motherboard to allow easier routing and fabricating of the motherboard- Took part in the Singapore Robotics Games and made it to the semifinals of the competition- Project was highlighted in the annual student exhibition for the the public and was awarded the gold medal

- Used the C++ language to create a simulation for the project, Robotics Soccer. - Worked on the language to identify the team's identity, the opponent's identity and the ball by having a camera to differentiate the color of the ball and the patterns that are affixed to the robot-Used the camera to identify the corners of the board so the robots can detect it.- Used simulation software to test the effectiveness of the C++ code written- Learned to work in a different cultural setting