Catherine Bailey Email and Phone Number

Manage multiple projects performing design engineering evaluations for the next generation of attack submarines as well as a program producing the next research shipset. Oversee proposals from customer request for proposal (RFP) through a basis of estimate (BOE), pricing and approvals to proposal and PO acceptance. Develop and manage budgets and schedules. Forecast program revenue. Conduct monthly program management and quarterly estimate to complete reviews. Facilitate customer, integrated program team (IPT) and ad hoc meetings.

Develop and implement design processes for a medically regulated product. Teach peers and engineers design controls deliverables and methodology. Organized and supported successful audits, including one ISO / MDSAP surveillance audit and one resulting in a new UKCA certification. Guided design control process for a new medical device, implementing SAFe, and drove strategy for its submission device in the UK/EU.

Program Manager and Segment Lead / Product Champion for premium CT detectors at GE Healthcare.- Ensure successful CT detector introductions with high reliability for our customers, proactively monitoring and solving issues.- Production support to manufacture the requested goods by designing for manufacturability, selecting dual sourced components, supporting supplier transfer projects and more.- Define CT detector roadmap including cost reduction projects, simplification as well as platform and system performance improvement opportunities.- Lead a global design and manufacturing engineering team in defining a new, cost-reduced CT detector platform design, identifying a dual sourced supply chain, developing processes, increasing capability and capacity, reducing risks, ensuring performance and customer satisfaction, and preparing for a smooth and reliable launch across multiple product lines and global manufacturing sites.- Train, coach, and mentor new engineers. Identifying impactful tasks and then guide the engineer(s) with appropriate resources to enable their success.

Lead Systems Designer and Lead Program Integrator for a new, cost-reduced CT-detector platform. Leading a global design and manufacturing engineering team in defining the platform design, identifying a dual sourced supply chain, developing processes, increasing capability and capacity, reducing risks, ensuring performance and customer satisfaction, and preparing for a smooth and reliable launch across multiple product lines and global manufacturing sites.Project lead for current CT-detector platform improvements.Identifying system performance improvement opportunities.Train, coach, and mentor new engineers. Identifying impactful tasks and then guide the engineer(s) with appropriate resources to enable their success.

Engage with global detectors, system, and subsystem engineering teams to identify solutions that will delight customers. Work with global customers, quality team, modality, and field engineers to troubleshoot field issues in a timely manner to minimize customer disruption. Mammography detector expert.

X-Ray Microcalorimeter Lab• Characterize and optimize superconducting microcalorimeter detectors for astrophysical x-ray observations • Lead development program to build an anti-coincidence detector for a future x-ray satellite mission

X-Ray Microcalorimeter Lab• Characterize and optimize superconducting microcalorimeter detectors for astrophysical x-ray observations • Lead development program to build an anti-coincidence detector for a future x-ray satellite mission

Cryogenic Dark Matter Search (CDMS) Experiment• Analyzed data that produced the world-leading result on properties of Weakly Interacting Massive Particle (WIMP) dark matter • Evaluated detectors prior to final installation • Conducted experiments that influenced fabrication methods for future detectors • Operated dilution refrigerators to study superconducting detectors • Trained and supervised laboratory technicians and undergraduate assistants • Developed analysis cuts and wrote real-time data monitoring code using MATLAB

Teaching Assistant for Physics Laboratory Courses

Observational Cosmology Lab• Investigated thin film properties for the development of Cosmic Microwave Background (CMB) detectors• Designed, built, and assembled parts for laboratory use • Prepared wiring for a cryogenic system, including soldering • Created and maintained webpages using html

Study of Star Formation in Dwarf Irregular Galaxies• Analyzed astronomical images using IRAF software • Observed galaxies using the WIYN telescope at Kitt Peak National Observatory