Leading a team overhauling test equipment for guidance system repair.Develops requirement packages, system verification and validation procedures, while leading my project to military customer review concurrence.Employs Model-Based Systems Engineering methods to verify system design and ensure first pass quality.

Commissioned and tested industrial automation controls systems, including conveyor-based and robotic materials handling systems. • Responsible for testing and troubleshooting electrical hardware and instrumentation, writing and editing PLC code, and testing; using problem solving skills to optimize system capabilities. • Supporting projects through the construction, commissioning, start up, and go live phases. • Maintaining verbal and written communication with all personnel at the job site, implementing customer requirements, and communicating solutions with technical personnel. • Was selected to build business relationships as part of the first team for a large new client, and to provide leadership and training to new employees.

Provided clients a full suite of Measurement-While-Drilling services, maintaining high standards of safety and service quality while optimizing the drilling process. • Maintained client relations by operating efficiently, reducing drilling time; troubleshooting MWD equipment, reducing downtime; and providing high quality service. • Managed surface and downhole instrumentation at the rig site including inventory control, set up, troubleshooting; ensuring continuous, high-efficiency operation in all environments. • Coordinated with other rig site team members to ensure optimal service delivery across all functions. • Performed quality control of all logs and post-job analyses to improve service delivery.

Improved the customer experience by maintaining the store's appearance and stock availability while providing friendly customer service.

Assisted the Design Engineers in timely, high quality service delivery while learning the principles of Mechanical, Engineering design in the MEP industry. • Performed HVAC load calculations, and sized and selected mechanical equipment including air handlers, ducts, and other equipment for commercial and industrial buildings. • Conducted surveys on active job sites and prepared reports of findings. • Used CAD software on a day-to-day basis to prepare and edit MEP designs.