Supported CCTV operations by developing a robust audit process to monitor and report the status of CCTV camera issues for timely repair, thereby reducing the number of CCTV cases reported as Failed To Capture.Redeveloped the Intrusion Check Audit process with more detailed audit reports and maps labeled with key points of interest at major VTA facilities to improve the accuracy of Intrusion Check Reports and the validity of the facilities security.

Managed all scheduling and payroll aspects of the Armed Division of Security encompassing 25 employees providing 24X7 Armed Security Services.Ensured Audit compliance through meticulous personnel records.Ensured officers remained current with training requirements through the development of a comprehensive Excel spreadsheet.Simplified the Security Incident Report process by developing an Excel worksheet with custom Macros for automating the report submittal process and simplifying the supervisors' ability to track reports in progress and reports that need revisions.Created detailed Operations Orders for the Armed and Unarmed officers for special events that occurred outside the scope of our regular duties.

Providing unparalleled service, systems, and solutions to serve, secure, and care for the people and businesses in our communities. Our relationships with our employees and clients are at the heart of everything we do, each and every day.

Implemented a number of engineering best practices within the System Management team that reduced merge issues with source code, and improved the development and design process using SCRUM methodologies.Participated in the implementation of a Service Based framework using Google Abstract Services in Java to replace the existing System Management layer for better code maintainability and reduce the number of retries and blocking calls in the existing architecture to improve performance and reliability.Fixed bugs in the System Management layer written in Java.Developed a Process Pool Management system in OTP for controlling Erlang process load on systems using concurrent threads. Pools could be started for individual Erlang applications to perform work that would be queued in ETS tables when the amount of work exceeded the limit of processes for a given pool. Enabled other OTP developers to created managed distributed applications quickly while maintaining a single point of control for system tuning and performance.Improved File Migration performance 8X using the Process Pool application to leverage file migration workflows and tasks.Developed an ETS table management system that was used to persist the state of OTP servers in the event of a crash/restart.Developed a System Checker application that could concurrently ascertain inconsistencies between the NameSpace and DataStores. Involved synchronizing results of two concurrent crawlers between two server components of the product.Developed NIFs for the servers implemented in C to interface with local Erlang nodesAssisted in developing a pseudo Erlang Node in C using erl_interface and threads.

Build Engineering Using Jenkins, Git, Mercurial, GitHub, & JiraAutomation Framework Design & Development for Selenium using PythonProduct Release Management for CentOS (RPM & ISO), and Oracle Solaris (PKG)Technical Lead and Python/Selenium Instructor for QA Team

Moved from the QA department to work directly with Development as an Advanced Development Tools engineer. The focus of this position is to create and support advanced tools to be used by development engineers to ensure better and less buggy code gets rolled over to the test team each iteration of the development cycle. This involves specialized tools to ensure conformance and assertion based testing of the code before the code even reaches the source repositories.My current project is to create a distributed/self-aware framework to be used by both development and test engineers. For this project I've chosen to write the application in Erlang. It uses a distributed database so all the nodes participating in the environment will be aware of the state of other nodes. The benefit of this framework is that the internal logic will be able to run continuous testing based on available resources without the need for engineer involvement. As test are scheduled in the system, the main application will manage it's resources to determine when systems are idle and invoke various tests on these systems. The goal is to increase the amount of test coverage executed on a daily basis, make the most efficient use of limited lab resources while reducing the amount of oversight required by a test engineer, freeing them to tend to other pressing issues.