Phill Goldman Email & Phone Number

Dayton, Mn, Us

Dayton, Mn

Minneapolis, Minnesota, United States

Develop, Deploy, and refine testers and test methods to ensure the reliability of Medtronic's implantable cardiac devices and leads.

Working on fundraising and special projects to help keep one of America's few free-admission zoos, free. Chair of the executive committee for Zoo Boo, the Zoo's largest fundraiser. Coordinate communications and planning between Zoo staff, Board of Directors, and community volunteers.

Completed the Biomedical Device Core Curriculum to better qualify me for engineering work at medical device manufacturers including Medtronic.

Lead, mentor, and implement production-ready electrical testing for Seagate’s emerging solid-state technology.• Specified, acquired, programmed, and qualified production-ready electrical testing.• Drive system-wide naming and coordinate conventions to make measurement data accessible and unambiguous.>> Saved $420K in tester costs through vendor opportunities, redeploying existing equipment, and combining related test functions.

Anticipated, led, plan, and implement electrical test and inspection methods and equipment to meet Seagate's magnetic recording head technology roadmap. • Team Lead and Department Manager.• Met six-year technology roadmap and budget requirements.• Implement and qualify Seagate’s 200mm and 300mm wafer probe platforms of record.• Lead team to design, implement, and qualify Seagate’s MultiDie-2 tester and transfer technology to Northern Ireland facility.>> Saved $2.2M in capital expense over three years through software-based capacity increases.>> Reduced retest to below 0.1% of wafers tested by optimizing and/or upgrading Seagate’s wafer probers.>> Reduced test costs per head by 25% through hardware upgrades. MultiDie-2 Tester alone saved $8.4M in capital costs.>> Reduced end-of-process test costs by nearly 10% by implementing a system to feed wafer test data to later process users.

Brought process control and device-level testing to recording heads. Managed team of four engineers and two technicians to implement Seagate's first electrical process control and monitor structure and the equipment to test them.• Implemented drop-in electrical test structures with low impact.• Reduced implementation using commercially available testers.• Implemented increase in magnetic field capability. • Coordinated electrical/magnetic testing with Malaysia and Northern Ireland manufacturing facilities.

Implement and maintain testers required for manufacturing. Responsible for test conditions, capacity, and costs for inductive thin film recording heads at wafer.• Oversaw inductive head manufacturing test from ramp through end-of-life.• Accelerated testing and measurement to increase capacity without new capital equipment.• Specified and qualified equipment and transferred test technology from Seagate’s Minnesota plant to its newly built Northern Ireland factory.

Managed and improved Honeywell's Test Area Manager, a central data repository for all test data collected. Implemented all necessary software and hardware to collect test data from the diverse systems in place. Provided engineering talent to backfill any other test role when workload or other needs require.Responsible for process monitor testing for both cryogenically cooled CMOS ASIC chips and radiation-tolerant silicon processes.

Msee, Electrical Engineering, Semiconductor Manufacturing And Test

Program is a combination of electrical engineering, device physics, and material science at the Sherman Fairchild Labs on Lehigh's campus.

Core Certificate, Biomedical Device Manufacturing

Bs Computer Engineering, Digital Systems And Design For Testability

Activities and Societies: Tau Beta Pi,Eta Kappa Nu,Alpha Epsilon Pi Fraternity,LUCC Student Consultant,Model Railroad Club

Education record

Activities and Societies: Jazz Band, Bowling Team, Football Band, National Honor Society