- Lead engineering, maintenance, calibration, asset management, facility validation/equipment qualification functions- New facility buildout - Capital projects- Manage resources overseeing systems ranging from HVAC, MEP, generator, cold chain storage, clean rooms, building automation, environmental monitoring systems, CMMS

- Management of facilities and engineering resources to design, develop, construct, qualify, and release GMP facilities and process equipment- Project management of capital project to build facility for cGMP pharmaceutical manufacturing- Manage and maintain laboratory, instruments, equipment, and other assets for internal customers such as process science/cell line development/analytical science- Oversee HVAC, calibration, and other hard and soft services contracts to maintain an operational biopharmaceutical CDMO and corporate office

• Manage major capital expense facility expansion projects (~$30M)• Manage technical projects containing installation of new automation, hardware, instrumentation, controls, and facility infrastructure• Budget, scope, and schedule management for CapEx programs with rapidly changing requirements, designs, and customer needs• Manage entire plant shutdowns with consideration for stakeholders such as validation, quality, automation, engineering/architects, and construction contractors, manufacturing• Lead general contractor, construction manager, engineer/architects and all other stakeholders through construction• Lead validation/qualification, engineering, quality, and manufacturing teams through Qualification/Validation of major manufacturing equipment life cycles

• Create, launch, train, and maintain global engineering collaboration and communication platform for the Biopharmaceutical Division of Boehringer Ingelheim (Biberach, Vienna, Shanghai, Fremont)• Provide and manage engineering standards and procedures to biopharma production sites to improve reliability, quality, safety, efficiency, and compliance• Own and investigate quality deviations, and execute global inter-company CAPAs • Facilitate global workshops to align corporate visions, communication strategies, and business processes for worldwide engineering network• Develop E&T benchmarks and key metrics and models• Biopharma Division Management System Owner for Maintenance and Calibration methodologies, concepts, processes, procedures, and practices.

• Manage Reliability Engineering program to maximize process and utility asset up time• FMEA-style, quantitative management of risks associated with biopharmaceutical production, process equipment, and facilities such as air handlers, autoclaves, bioreactors, CIP, COP, chromatography skids• Perform root cause analysis (RCA) to determine corrective and preventative actions (CAPAs) for mitigation of business risks• Manage engineering projects to increase the reliability and maintainability of assets• Created SOPs for Life Cycle Asset Management (LCAM) defining when to create or perform the following: user requirements, maintenance and calibration, testing, asset retirement, and spare parts• Define and improve asset maintenance plans by implementing Reliability Centered Maintenance (e.g. predictive and inspection-based techniques)• Doubled PM intervals by performing engineering tests on elastomers and sealing materials• Managed 2 reliability engineers under my direction

• Design, implement, train, and revise manufacturing procedures to improve efficiency, throughput, productivity, and yield• Increased yield for the stent manufacturing line through root cause analysis, creation of revised process instructions, and training of operators to implement improvements• Execute CAPAs to close Non-Conforming Material Reports (NCMRs) to ensure compliance, product quality, and traceability• Maintain and calibrate manufacturing equipment such as laser cutters, electropolishing equipment, and optical measurement inspection machinery• Use of value stream mapping, takt time, level loading and other process metrics to balance manufacturing resources

• Managed, executed, and developed testing of new equipment, such as military communications devices and human-machine interface• Test work included human factors surveys, on-board diagnostics using digital data loggers, battery life testing, and hull temperature testing, power train/max payload durability testing• Worked cross-functionally with designers and customers to determine performance specifications• Coordinated with customers overseeing product testing• Authored test procedures to verify a new touch-sensitive monitor met requirements for soldier interface and authored sections of a 1000 mile durability test report for anti-explosives equipment• Lean Sigma liaison for field test engineering department. Proposed new storage method for field test department's physical assets to streamline testing process.

• First Officer in CFR Part 121 air carrier operations transporting revenue passengers flying an Embraer ERJ-145• Balanced tight schedules, extreme weather, traffic delays, maintenance issues, malfunctions, and customer satisfaction to achieve incident-free flights• Provided leadership to personnel and passengers by managing both daily and emergency flight operations

• Provided flight instruction and aviation ground school for private, instrument, and commercial multi-engine students recruited by Shanghai Air, China Eastern, and AirChina• Instructed 20 students to a 96% first-time pass rate for their FAA flight exams• Pilot-In-Command during flights for student training

Field Engineer: 08/2005 – 04/2006 • Analyzed GPS information of natural gas facilities to assess risk of pipeline failures to DOT defined "High Consequence Areas” • Pipeline integrity: analysis of GPS information, company records, and corrosion surveys• Maintenance and updating of GIS mapping databaseDesign Engineer: 04/2002 – 07/2005 • Designed natural gas transmission systems and CAD database, trained co-workers on use of drafting software.• Managed CAD system for Design Drafting department. Standardized CAD processes/symbology, created electronic databases of pre-drafted equipment.• Designed pipeline rupture control system for a gas transmission main using SCADA control and automation systems• Ordered specific RTU, SCADA, controls equipment to achieve desired controls