Adam Stewart Email and Phone Number

Tech lead for multinational team; onboarded new team members in Europe and managed Jira projects, including estimations, sprint planning, and backlog groomingCollaborated with UX and product teams to design calendar management tool using RESTful APIRecognized an opportunity to reduce bias in Rover's hiring process by anonymizing code reviews and demystifying the interview process; collaborated with HR, Legal, and Engineering Management to implement anonymization and wrote/published blog posts about Rover's interview process and bias-reduction initiativeDeveloped and enhanced search and dispatch algorithms while maintaining high level of test coverage using Python’s Django frameworkDeveloped microservice for generating optimized results between service providers and pet owners; worked with data scientists to connect experimental frameworks with existing full stack softwareActively involved in recruiting process, including conducting technical phone screens and in-person interviews, reviewing take home projects, and training engineers to participate in recruiting process

Managed small groups of engineers as a team lead; assigned tasks and ensured team members’ understanding of requirements and design while following Agile processDesigned and implemented “Big Data” allocation software to forecast store needs and deliver products from distribution centers to stores on Pivotal Cloud Foundry (PCF) and HBase; enabled the forecasting and allocation process to run daily and as needed instead of weeklyPitched, designed, developed, and delivered an administrative dashboard tool to provide insights and metrics for product management; received recognition for out of the box approach which was adapted by other teamDeveloped and enhanced full stack software in a pair programming environment while providing greater than 98% code coverage with tests using JUnit and Cucumber

Identified cost saving measure on F-35 JSF program; developed Python and Java scripts and processes that more efficiently generated training data, reducing time to capture this data from 40 hours to 1 hour per monthMentored junior developers while creating full-stack software for analyzing military training; followed a Test-driven Development (TDD) processDeveloped data-driven custom testing framework for US Army Ground Combat Vehicle health management system following Agile processes; earned recognition for early delivery of a quality software solutionMaintained safety-critical legacy software for Royal Singapore Air Force airplane maintenance during sustainment phase of program; created enhancements to automatically detect discrepancies in the database and create reports for lead maintainers; increased aircraft availability and safety as maintenance was more readily expected and anticipated

Designed and created user interface and backend software for eCASS, an $83 million US Navy hardware testing project; met strict Navy guidelines and requirements, from developing software requirements to integration testing, while following a traditional waterfall software development process; final product was 20% faster than existing equipmentDeveloped a user interface backend for hardware testing on custom hardware using WPF and following the MVVM pattern for software development; worked on a small rapid application development team using Agile processes; software was well received by US Navy and adapted for testing avionics equipmentDeveloped enhancements for Federal Aviation Administration inventory tracking system allowing for more efficient tracking of critical aviation infrastructure parts across the USDeveloped behaviors for simulated aircraft entities and interactions with manned simulators for the SE Core program, a virtual training system for soldiersCreated Java and Python scripts to simplify data generation and documentation for OneSAF, a large scale military simulation

Developed user interface for web-based learning toolTracked and removed software bugs for related training projects

Created web interface for managing the electrical grid in the Southeastern US, allowing engineers to load balance 73 power plants across 4 states using a shared online interface and streamlining a roughly two hour daily process to 30 minutes for senior electrical engineers

Created a custom networking and compression module for transferring large data filesWorked on a small start-up style team to rapidly produce new iterations of the software product

Created HTML pages for delivering medical courseware