Eric Lynch Email & Phone Number

Seattle, Washington, United States

Washington D.C. Metro Area

• Write procedures, engineering modifications, incident analysis, and temporary configuration plans while adhering to WMATA processes• Provide on-site supervision of systems maintenance personnel during installations• Lead safety tests of new and reconfigured equipment and systems• Provide Automatic Train Control support to WMATA projects by providing input to WMATA project leads• Track real time analysis of equipment performance to assess problems• Track progress of engineering modification instructions through design, implementation, and final drawing phases• Review, witness and approve procedures, designs, safety tests, and functional work performed by contractors• Perform redesign of system to mitigate functional problems• Debug vital train control software• Work with other departments on multidisciplinary projects• Review procedures and designs of coworkers as part of internal processes

Washington, District Of Columbia, United States

Washington D.C. Metro Area

Install track circuit and signal systems for light rail.

Developed reliability centered maintenance program for locomotives, cab cars and coach cars for Amtrak and Amtrak's state partners i.e. MARC & CDOTPerformed reliability engineering analysis based on collected field data on critical systems and equipment through the use of proven industry techniques and principles such as root cause analysis and failure modes and effects analysisIdentified opportunities for making reliability improvementsFacilitated maintenance effectiveness reviews to improve existing procedures with new condition based maintenance proceduresEnforced the integration of new procedures by supervising employees who were required to follow the proceduresAnalyzed failure data to determine core failure mechanisms for predictive modelingConducted life cycle cost analyses to determine cost effective strategyIdentified and developed reliability strategies for critical equipment for Amtrak clients

Led and supported installations of air traffic control communications equipment including analog and digital voice switches, digital voice recorders, fiber optic equipment, satellite communications, VHF radios, UHF radios, transceivers, and LANsManaged project budgets ranging from $500,000 - $2,500,000 including tracking of in-house and contractor spendingGained international and domestic leadership experience by managing installations 2 weeks to 3 months in duration in Afghanistan, Qatar, Guantanamo Bay, and numerous cities across the United StatesHeaded equipment and software support for the DVR2 and ATIS air traffic control recorders and provided support for the DALR and DADR Navy voice recordersPerformed risk management prior to each installation by defining potential risks, discussing risks with sponsors, program managers and superiors and mitigating risks when necessaryObtained excellent ratings on quality assurance forms for every installation performedLed training courses on the operation of the air traffic control voice recorder and the air traffic control remote replay deviceDemonstrated quick problem-solving during installations by trouble shooting equipment malfunctions on-site Communicated, solved problems and executed duties with a variety of professionals including contractors, military personnel of various ranks, technicians, engineers, scientists, managers and government and industry personnelImplemented best practices on projects by completing and obtaining design plan drawing approval 30 days before installations, completing as-built drawing within 90 days of installation completion, completing and obtaining approval of pre-installation checklists and following the Shore Installation Process Handbook methods and regulationsPrepared cost estimates, statements of work, BESEPs, project timelines and updated Standard Preventative Maintenance (SPM) instructions and procedures

Orlando, Fl

Studied, ran, and evaluated computer programs and algorithms that were designed to detect specific objects in videos and images.Helped the graduate students prepare for a competition by checking their programs accuracy and compiling a database of images for the data set the program used to "learn" to detect the desired object.