Troy Richardson Email and Phone Number

Software Developer(Share Health Alliance)I was a part of a team that supported the company's call center. Focus on analyzing and delivering code using the business first, technology second approach.Responsibilities:●Fully develop and extended the in-house technologies that required end-to-end development knowledge using ASP.NET Core and Razor Pages.●Added functionality to assist the business processes of the call center.●Created and Altered tables and stored procedures using SQL Server Management Studio●Created collections of automated tests in Postman to help my team maintain and review the functionality and response of a given Endpoint.●Configure our React app to use the PWA installer.Technologies used in Development:C#, Asp.NET CORE, Git, Razor Pages, Javascript, Ajax, HTML, CSS, Visual Studio, VS Code, Microsoft SQL Server Management Studio, SQL Server 15, Postman, Azure DevOps tools and Services, Microsoft Teams, Office 365, React, Typescript, Redux

Revature HousingThe application provides a platform for several Human Resources, Tenant, and Provider actions related to the Associates' Housing Management while in training. The App allowed the HR Coordinator to manage housing distribution, capacity projection, and room assignment. As a Tenant, you can manage your profile, request a roommate, and submit a maintenance request. As a Provider, you can supply new apartments and handle maintenance requests. All submissions are user-authenticated to prevent unauthorized access.Responsibilities:●Refactored Data Models to map with JSON Data received from the Provider API using Interfaces.●We created a low-level service layer by implementing dependency injection into the design of the components.●We collaborated in team environments following Agile methodology.●Used the Jasmine-core framework to write different kinds of tests.●Set up Karma to configure the testing environment for running tests.●Integrated the Azure AD Identity Protection.●Leverage Docker files to build images automatically.●My team deployed Docker images in Microsoft Azure Cloud.Technologies used in Development:C#, ASP.NET Web API, MongoDB, ADO.NET Entity Framework, Angular, JavaScript, Testing, DevOps, Docker, HTML5, CSS3, SQL, BDD, TDD, Microsoft Azure, .NET, Continuous Integration, Microservices, TypeScript, Jasmine, Karma, REST

Compliance & Regulatory(Wellsfargo)I was a part of a team that supported compliance and regulatory application. I was my team’s .NET expert. My primary role was to update the App from outdated in-house libraries and obsolete 3rd party packages and migrate to a more current version of the .NET Framework, in-house libraries, and 3rd party packages.Responsibilities:●I created a Log Analyzer to analyze and extract only valid data points from log files from a performance test.●Added functionality to compare two performance tests, export data to a Microsoft Office Excel document, and automatically set up the Excel document for the User to add formulas to summarize the collection of data points.●As 3rd parties drop support for their plugins and libraries, I was tasked to analyzed, report, and implement upgrades to existing apps.●Created documentation on my step-by-step process on How-to make the necessary upgrades to existing apps. Clear documentation was necessary as other teams needed the information to upgrade their apps.●Updated obsolete 3rd party libraries to target a newer version of the .NET Framework I created●Signed assemblies using the Strong-Name tool and NuGet packages that I deployed across company enterprise servers using JFrog Artifactory.●Analyzed bug reports, implement bug fixes, and modification to the apps UI●Analyzed SQL commands that were impacted by company-wide upgrades and bug fixes.●Ran security scans on apps using 3rd party tools.Technologies used in Development:C#, ASP.NET WebForms, Oracle, Autosys Workload Automation, TortoiseSVN Client, Apache Subversion, CloudBees Jenkins Client, Jenkins, UrbanCode Deploy, NuGet.exe, Strong Name Tool/SN.exe. Oracle SQL Developer

Software Engineer Immersive (SEI)Help Students build interactive, full-stack apps with a few critical languages, including a deep dive into algorithms, data structures, design patterns, and APIs. Give students hands-on support with HTML, CSS, JavaScript, Python, Ruby on Rails, React, or SQL.Responsibilities:●Explain HTML, CSS, JavaScript, Git, React, Express, Ruby, SQL, and Ruby on Rails to fellows learning fundamentals demonstrated in class.●Guide fellows with project planning, creation, and assignments in their General Assembly's Software Engineering Immersive (SEI) course.●Help fellows implement and understand basic to advance Web Development and Computer Science theory and concept.

Help students who had no prior web development or programming experience learn to code while building real-world applications and professional portfolios.Responsibilities:●Reinforce technical lessons presented by the lead instructor in JavaScript. ●Work one on one with aspiring engineers to troubleshoot technical questions.Technologies used in Development:HTML, JavaScript, CSS, Bash Shell, jQuery, Git, GitHub.

∙ Planned, built, and deployed Web Apps using HTML, CSS, and vanilla JavaScript.∙ Created single page React Web Apps and Full Stack Web Apps.∙ Utilized custom and 3rd party RESTful APIs with full CRUD.∙ Worked using the agile methodology in a team project along with solo projects with an instructional lead.

∙ Built full websites using HTML 5, CSS 3, and Vanilla Javascript∙ Learn how to design and built pages with Flexbox, and Grid in mind.∙ Worked mainly in Vanilla Javascript to manipulate the dom, then later jQuery.∙ Deployed full websites using Surge.

∙ Delivered instruction for 2 days a week, by teaching and advising pacing adjustments to fit the class progress.∙ Collaborated with staff in the planing and implementation of a new 4 week course curriculum in MTA Cloud Fundamentals. ∙ Updated Microsoft course materials to better prepare students for the MTA Cloud Fundamentals Exam.∙ Used personal experience as an IT Tech Intern to bridge course content to real world scenarios.

∙ Competed office operations for IT and file clerk departments.∙ helped supervise and led a team of Interns from a youth job program in completing office operations.∙ Managed setup of new computer for new and current staff along with students computer for on-site training.∙ Helped troubleshoot hardware issues, network issues, printers issues, and user account issues.∙ Provided help-desk support to staff when other tech were busy.∙ Coordinated with manufacturer and team to ship and receive hardware from being repaired by manufacturer.

Project owner: Jake D. Bind remote from Hamburg, Germany∙ Modeled, sculpted, and textured environment assets such as landmasses, rocks, vegetation and game specific props using Maya, Zbrush, Photoshop, and Unity 3D Engine.∙ Rigged the main hero character in Autodesk Maya for Unity, and sped up and automated the process using scripting languages C++, MEL, and Python for Autodesk Maya.Skills/Tools used on the job:∙ Autodesk Maya - Main tool used to create model the 3D assets, generate UVs, rigging of 3d assets, and to export to Unity.∙ Pixologic's Zbrush - Mainly used to sculpt organic details into 3D assets, but also used to block-out the assets color using polypaint.∙ Adobe Photoshop - used to add the final touches to the polypainted textures. Also used to export final texture maps for uses in Unity.∙ Unity game engine - As a artist on this project I wasn't granted a build to preview or test out assets.So to reduce the amount of times my assets were sent back for edits I created a look development build for myself, and also proof assets and rigs work as attended. ∙ I used CGFX shading language in Maya to match what I saw in the monthly build in our Skype meetings, and exported that shader to Unity converting it to GLSL shading language.∙ C++ - This was use to turn the suite of Python scripts into a plug-in using the Autodesk Maya API for uses by other members if needed.∙ Python - To reduce development time in creating a suite of scripts were created to automate a large amount of setups for the character rig examples: leg and arm FK/IK switch setup, SDK animations for the hand, and feet.

Intern for Production Modeling (PRM)∙ Conduct daily timed speed sculpting and anatomy studies using the digital sculpting software: Pixologic's Zbrush. ∙ Troubleshooting student problems and issues with lessons and hardware.∙ Helped setup students' wacom tablets for speed in 3D packages like Autodesk Maya, and Pixologic's Zbrush.

In changed of maintaining a professional and safe working environment for Open Lab after regular business hours.

Oversaw the distribution of books, software and other supply items to Full Sail students and the education department staff including the packing and shipping of supplies to online students.