Developed and maintained ATS (Applicant Tracking System) using C#, Azure, SQL and API integrations of third party background screening entities

Built a custom grading solution to manage student progression through subject matter selection.

Developed a recommendation system for subject selection based on initial student choices.

Employed microservice methodologies to establish a robust API infrastructure for both web and mobile applications.

Executed and deployed key enterprise-level applications, meeting stringent user requirements and enhancing system efficiency.

Employed advanced technologies such as C#, MS SQL Server, and Web API to develop robust systems, significantly improving operational reliability and performance.

Developed enterprise-scale analytic dashboards to provide key insights into business performance and efficiency.

Managed SQL databases and core reporting procedures to maximize operational efficiency.

• Developed and maintained a unified reporting system that allowed stakeholders and company personnel to view metrics on agent and sales performance, potential bottlenecks, and email scheduled reports using SQL Server 2012 for the backend, C# 5.0 on the .NET 4.5 Framework mixed with ASP.NET Web API for a RESTful service, KnockoutJS as the link between model and DOM, JQuery for input validation and KendoUI Dataviz for graphical representations of data.

• Created order submission system that streamlined order placement by outside parties. This system was wrapped inside of DotNetNuke’s platform for simple permissions based allocations. ASP.NET Web API was used for CRUD operations with results stored in a SQL 2012 database while ASP.NET SignalR was used to give instantaneous alerts to changes in status of an order.

• Built employee scheduling and revamped time clock system using AngularJS 1.x, ASP.NET Web API, C# 5.0, and SQL Server 2012.

• Responsible for creating an OMR (Optical Mark Recognition) / Database solution to score student Myers Briggs Type Indicator Tests using Visual Studio and C# by providing a custom designed template of the test that contained alignment anchors. The application would take a scanned image of the test from any printer and locate the alignment anchors to adjust distortions and then graded the test based on a specialized pixel sampling algorithm for circled answers.