Joel Karl Panepinto

- Perform stress analyses to solve and report on complex issues related to design, life assessment and root cause failure analyses - Contribute to advanced testing including the assessment of the physical structure and behavior of metals/materials - Perform heat transfer, fluid dynamics, and structural stress analyses of pressure vessels, piping systems, rotating equipment, bridges and other structures using classical and finite element analyses methods (e.g. ANSYS, LS-DYNA)

- Conducted visual inspections of school building systems and components through a Condition Assessment Survey for the New York School Construction Authority (SCA) - Captured and reported deficiency quantities to support the SCA’s $11 billion capital planning efforts, focusing on components like Boilers, Chillers, Cooling towers, Pumps - Performed HVAC system inspections, issuing Priority Condition Reports for life safety and hazardous conditions, ensuring immediate attention with safety protocols

- Developed, provided and implemented schedules of projects with combined revenue of $15 million, ensuring that all deliverables are met in scope, time and budget - Partnered with manufacturing teams to optimize coating booth designs for production, ensuring a seamless transition from development to manufacturing - Delivered detailed reports on design and failure analyses, providing actionable recommendations for structural and operational improvements

- Led projects to create or improve product lines using prototyping techniques and rigorous testing procedures - PLM from laser diode packages to cutting engine assemblies with Wavelength Beam Combining technology - Improved productivity with manufacturing station and inspection fixture design, effective troubleshooting - Generated patents in collaboration with attorney’s to protect company IP

- Developed and validated processes of leading engineering turbomachinery software - Designed rotor trains and bearings of machines ranging from 12-40 MW output - Acquired and applied standards, such as API, ASME or ISO

• untersuchte Mikrosysteme unter Temperatureinfluss oder anderer mechanischer Belastung; bestimmte die Temperaturfelder mehrlagiger PCBs (stationäre thermische Analyse, CFD) und entwickelte Kühlkonzepte • nutzte ANSYS und Matlab für Thermal-, Fluid- und Strukturanalysen • führte Schwingungs-/Schockanalysen verbunden mit Laservibrometrie durch • war in vielfältige Projekte involviert, welche in bilateraler Zusammenarbeit mit Firmen der Halbleiterindustrie bearbeitet wurden

• assistierte bei Prüfstandsversuchen von Drehschwingungsdämpfern unter Benutzung von Kardanwellen mit Umdrehungen von 9000 1/s • beschrieb das Materialverhalten von dämpfendem Silikongel mit geeigneter Mathematiksoftware und gemessenen viskoelastischen Parametern

Numerik/Simulation, Festkörpermechanik

Festkörpermechanik