Ryan Pavlovsky Email & Phone Number | I am a PhD Electrical Engineer, Radiation Detection Scientist. My expertise is in spearheading prototype development, early R&D and leading our team to commercialize emerging technologies. I have led the development of technologies which have achieved industry and academic recognition. I have extensive backgrounds in the simulation & design of first article systems in the following areas: 1. Semiconductor device physics 2. Nuclear physics / fusion physics 3. Scintillation physics for optimal energy and time estimation 4. Digital signal processing for absolute, quantitive measurement systems 5. First article high bandwidth data acquisition (>16GHz & > 100 Gb/sec data flows) at low power, timing tree analyses, 100+ channels. 6. First article system architectures achieving high performance DSP, timing margins and data sheet specifications of ADCs & ASICs.

Ryan Pavlovsky

I am a PhD Electrical Engineer, Radiation Detection Scientist. My expertise is in spearheading proto...
Berkeley, California, United States

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Ryan Pavlovsky’s Email rtpavlovsk21@tntech.edu

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Ryan Pavlovsky’s Location Berkeley, California, United States

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Ryan Pavlovsky’s Prior Industry Berkeley Lab | Uc Berkeley | Tennessee Technological University

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Head of Hardware

2020-10-01 00:00:00 - Present

Senior Engineer

2018-03-01 00:00:00 - 2023-01-01 00:00:00

Nuclear Engineering Graduate Student

2011-07-01 00:00:00 - 2017-09-01 00:00:00

Atmospheric Kinetics Modeling, NSF App Developer in Molecular Descriptor Research

2010-06-01 00:00:00 - 2011-05-01 00:00:00

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Ryan Pavlovsky is a I am a PhD Electrical Engineer, Radiation Detection Scientist. My expertise is in spearheading prototype development, early R&D and leading our team to commercialize emerging technologies. I have led the development of technologies which have achieved industry and academic recognition. I have extensive backgrounds in the simulation & design of first article systems in the following areas: 1. Semiconductor device physics 2. Nuclear physics / fusion physics 3. Scintillation physics for optimal energy and time estimation 4. Digital signal processing for absolute, quantitive measurement systems 5. First article high bandwidth data acquisition (>16GHz & > 100 Gb/sec data flows) at low power, timing tree analyses, 100+ channels. 6. First article system architectures achieving high performance DSP, timing margins and data sheet specifications of ADCs & ASICs.