Melanie Zile Email & Phone Number

Wilton, Connecticut, United States

• Wafer Alignment Sensor Group
• Leading a new product introduction (NPI) project team of up to 85 multidiscipline engineers (mechanical, electrical, software, functional, optical, supply chain, cost & reliability engineers, manufacturing engineers).
• Managing cross project dependencies and reporting across multiple business lines
• Driving development of a new alignment sensor, mechanical assemblies, electrical cabinet, and software from concept phase, detailed design, proto manufacturing, and system integration to delivery.
• Collaboratively working with suppliers and cross-sectoral teams to resolve n-tier supply chain management, supplier production issues and expedite parts delivery to support Master Plan.

Wilton, Connecticut, United States

• Wafer Alignment Sensor Group
• ORION400 NXE3600, NXE3800, EXE5000 – Led a NPI project team of 35 multidiscipline engineers. Drove development of new electronics rack/firmware/software, led integration into NXE3600 platform, delivered upgrade.
• SMASH & ORION EUV Installed Base – Led a sustaining project team of 20 multidiscipline engineers. Drove resolution of supply chain, manufacturing and customer escalations (worldwide installed base >50 systems) and.
• ORION150 NXE3400 – Led a team of 10 functional design engineers. Drove resolution of integration issues, aligned issue resolution progress/status/timing with cross-sectoral stakeholders (cross-project, factory, field.

Wilton, Connecticut, United States

• ORION150 NXE3400, Wafer Alignment Sensor Group
• Worked collaboratively in a cross-sectoral project to test, troubleshoot, and fix the new optical sensor, software, and electronics in the NXE3400 EUV lithography machine.
• Designed and developed key analytics frameworks (MATLAB) to facilitate evaluation of optical sensor performance (ORION150) during platform integration (NXE3400).

Baltimore, Maryland Area

Developing biophysically-accurate electromechanical models of the failing human heart and using them to investigate the subcellular mechanisms underlying the drivers of arrhythmogenesis in human cardiac disease (heart failure, hypertrophic cardiomyopathy, and chronic atrial fibrillation).

Arden Hills, MN

Applied unsupervised machine learning techniques to continuous CRT-­D device-based sensor data from heart failure patients to identify clinically-­relevant interactions between physiological data and clinical characteristics. US20180153416 – Phenotyping Sensor Patterns to Identify and Treat Heart Failure (1st Named Inventor)

Greater Boston Area

Created a speech identification algorithm to improve speech signal processing in cocktail-party environments. The two-channel computational auditory processor enhanced speech signal processing by removing reverberation, localizing multiple speech sound sources, and segregating a selected target speaker.

Greater Boston Area

Identified RNA-protein interactions in living cells using a Cross-Linking Immunoprecipitation protocol and investigated their involvement in transcription and translation.

Providence, Rhode Island Area

Developed techniques to improve the efficacy of titanium-based orthopedic implants by promoting bone tissue formation, reducing bacteria adhesion, and enhancing keratinocyte density.

Newport, Rhode Island

Computationally modeled acoustic interactions, including reverberation and absorption, at the various ocean boundary layers (surface, volume, bottom) to enhance torpedo sonar performance in each layer.

Doctor Of Philosophy - Phd, Biomedical/Medical Engineering, 3.78/4.00

Activities and Societies: 2011-present: Captain of department soccer and football teams; 2011-present: Organizer and planner for the.

Bachelor'S Degree, Biomedical/Medical Engineering, 3.75/4.00

Activities and Societies: Magna Cum Laude Alpha Eta Mu Beta, Tau Beta Pi