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What can artificial neural networks teach us about connectomics?
Talks about Artificial Intelligence, Neuroscience and Machine Learning
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Patrick Malone
Tech Strategy & New Products
Amherst, Massachusetts
Overview
Patrick Malone is a seasoned professional with a background in materials science and engineering, having held roles such as Project Manager and Research Engineer at Saint-Gobain. Currently, he serves as a Tech Strategy & New Products expert at the University of Massachusetts Amherst, leveraging his expertise in R&D, polymers, and materials science to drive innovation and product development in various sectors.
Malone's career highlights include his experience in leading projects at a global materials company like Saint-Gobain and his current role focusing on tech strategy and new product development, showcasing his ability to drive growth and innovation in the field of materials science and engineering.
Work Experience
Project Assistant & Fellow
2020 - 2022
Support for student startups.
Fund Intern
2021 - 2021
Pitched with investigators from Boston Children's Hospital and Harvard Medical School.
Briarpatch Pediatrics is a pediatric center that provides health care services to children.
Project Manager, MES
2018 - 2019
Worked with several teams to rollout global applications that link manufacturing ‘shop floor’ data to ERP records. Norton Winter, a brand of Saint-Gobain Abrasives, makes and sells tools for the most demanding removal operations on Earth.
Project Manager
2017 - 2018
In a temporary capacity, oversaw experiments leading to “V-Prime”, used to cut, e.g. drill-faces.
Research Engineer
2012 - 2017
Developed techniques using thermal tests, optical imaging, microscopy, video motion analysis, spectroscopy, color measurement, mechanical testing, ultrasound mapping, electrical, x-ray crystal measurement (XRD), chemical analysis, and SEM/EDS, among others… to support new products and manufacturing improvement for commercial and industrial plastics, ceramics, and composites.
Project
2015 - 2015
Characterized devices, using optical-electrochemical thin film technology (tint-on-demand glass)