Previously Codeship (Acquired)

• Helped setup the development/CI environment in Amazon Web Services using EC2, S3 and CloudFormation.• Spearheaded the architecture design for splitting up a monolithic Rails application into modular microservices written in the languages Ruby, Java, and Go.• Refactored the application logic for the ETL data flow from device API providers to the Validic datastore to ensure a standard object oriented design in the existing Rails 3.2 application.• Applied Test Driven Development using RSpec for the purpose of adding features and refactored the existing Validic Rails codebase.• Served as the Technical Team Lead for the Validic Connect product, a vendor facing API used to push data into the Validic system.• Rewrote Validic Connect API as a modular Java microservice using the Dropwizard framework and Amazon Dynamo as backend datastore.

• Team lead for the Contact service which is responsible for maintaining up to date customer contacts information for the entire Bronto Marketing Platform. This service provides realtime data required by Bronto's existing shopping cart, workflow and segments features.• Led a team of four developers to build a scalable, RESTful Java service to replace part of our existing PHP/Java architecture to allow for easier integrations and enhanced functionality.• Responsible for designing, planning and deploying Contact service while following an agile designand release process.* Led the design and development of a completely rewritten Contact Import feature which improved upon the speed of the existing implementation by 10x.

• Designed, developed, deployed and performed ongoing maintenance for a Shopping CartAbandonment service allowing our clients to gain valuable insights into their customers' shopping habits. The SCA service is a Java service built using REST best practices, Jackson, Jersey, Spring, and Hibernate with a MySQL and HBase backend.• Implemented multiple client-facing features in both PHP and Java to allow our online retail clients to gain valuable insight into their email, mobile, and social marketing campaigns.• Wrote backend Java code to capture, aggregate and report on email tracking statistics, which has to support a scale of 60+ million email deliveries and hundreds of millions of tracking events daily.• Designed, implemented and maintained the development of an automated messaging system which gives our clients the ability to automatically send email deliveries based on contact actions and date based triggers without any user interaction.• Implemented and tested key infrastructure changes that were necessary to move our application from using a Cassandra data warehousing backend to HBase.• Helped migrate hundreds of millions of message, delivery and delivery group objects and statistics from Cassandra to HBase, which required the development of many custom Java jobs to ensure accurate results with minimal application downtime and obstruction to client workflows.

• Managed the design, development and testing of UtilityDirect, a SaaS application used by EnergyManagers to analyze their utility bills to allow for greater cost savings.• Led the design of GreenDirect, a SaaS application built on top of UtilityDirect which allows EnergyManagers to monitor and report on EnergyStar ratings, greenhouse gases as well as custom energy programs.• Helped maintain existing applications in the SchoolDude product suite by fixing bugs andimplementing change requests in .NET and ASP production code as well as T-SQL stored procedures, queries and views. Created prototypes, whitepapers, technical implementation plans and use case tests for UtilityDirect while working on an internationally distributed team.

• Led the planning and development of and provided daily support for a customer databasemanagement application consisting of a Ruby on Rails front-end and a MySQL back-end.• Worked on a distributed team developing 'GEC2O', a C# Windows desktop application, based upon Google Earth which aids in U.S. Armed Forces mission planning and after-action review by tracking troop movement in a virtual environment as well as providing live streaming playback of available sensor video.