Hi, I'm James, an Applied Physicist
Hi, I'm James, an Applied Physicist
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Hands-on R&D technician experienced in high-temperature materials testing, prototype development, and data acquisition.
Skilled in instrumentation, safety leadership, and process optimization.
Recent Projects:
Recent Projects:
Coupon-scale sample of Electrified Thermal Solutions "E-Brick" material, capable of producing 1800°C temperatures (photo source: electrifiedthermal.com)
As R&D Lab Technician, Supported the development of “E-Brick” electro-ceramic refractory material, from early R&D to first manufacture.
Luke Saindon and I during my transfer of knowlege presentation to bluShift engineers and technicians
As Advanced R&D Intern at bluShift Aerospace, I expanded the companies manufacturing capabilities by developing a composite filament winding program to produce rocket components such as fuselages and fuel tanks.
TinyLev sound pressure field when using all 72 transducers
As a cumulative project for Experimental Physics I did a systematic analysis of the TinyLev acoustic levitation platform. The TinyLev has antiparallel parabolic arrays of ultrasonic transducers to create standing waves that can support lightweight objects. I analyzed the sound pressure fields created by different arrangements of 72 transducers and explored the limits of the device's capabilities.
A test run of the infrared camera. The heat of the hand is shown on the LED "display"
As a sophomore at Bowdoin, I designed and built an infrared camera from the ground up, calibrating individual infrared sensors, interpreting data using solid state electronics, and displaying that data on a LED array.
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