Brian Lough Email and Phone Number

- Team lead and Delivery Team Facilitator for Engine Test Automation Support/Development/Deployment team.- Lead a team of up to 8 team members across 3 shifts in support of engine test cells- Managed the test automation deployment for the test cells in TCL- Created tools that increase the efficiency and quality of engine testing- Coordinated development of new automation by team members for use in engine test cells- Coordinated automation activities with all of the various support groups and test engineers in TCL- Responsible for the test automation and analysis issues incurred in both development and certification test cells.- Communicated to the building the latest test automation updates- Served as single point of contact for emergency automation issues- Lead the deployment of new technologies such as the rollout Windows 7 in the engine test cells.

Developed and improved real time data acquisition systems for analog and ECM based systems.- Developed software for and supported WDAS and VersaDAC data acquisition systems- Lead the software development of the current transmission test software interface: Transmission Analyzer 3- Lead team in software development and support of ECM Data Acquisition systems CADeTWin, CADeT 3, CADeT Secure- Successfully converted legacy ECM data acquisition product(CADeTWin) to upgraded C#, Nhibernate database platform- Instructed quarterly Analog Data Acquisition, Automation, and ECM Data Acquisition classes of 10 students each

Created new and improved software controlled calibration systems and data acquisition systems.- Created new software based calibration systems for the automatic calibration Type III signal conditioning, Metraplex signal conditioning and displacement transducers- Supported field data acquisition systems- Developed and supported Crib application that tracks all instrumentation for ISO certification and billing purposes for PPG and TPG- Created new measurement techniques to integrate GPS and PCM streams into data acquisition systems by implementing the use of embedded processors