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Today we interview sophomore student, Maxwell L. Friedman, the Lead Engineer of the A3Sat. A3 stands for Acquire, analyze and apply and is a CubeSat emulator meant to teach students how to build and develop space technologies. Max has worked on the A3Sat project since his Junior year of high school After graduating first in his class, Max decided to attend the Worcester Polytechnic Institute where is is studying Robotic Engineering. Max continues to work on the A3Sat as well as other collaborative CubeSat based projects like our own AMARIS Rover and the WPI Satellite Development Club. He is one fascinating engineer and we hope you will stay tuned after for takeaways.
Check out the podcast interview with John Moore here.
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Today we interview sophomore student, Maxwell L. Friedman, the Lead Engineer of the A3Sat. A3 stands for Acquire, analyze and apply and is a CubeSat emulator meant to teach students how to build and develop space technologies. Max has worked on the A3Sat project since his Junior year of high school After graduating first in his class, Max decided to attend the Worcester Polytechnic Institute where is is studying Robotic Engineering. Max continues to work on the A3Sat as well as other collaborative CubeSat based projects like our own AMARIS Rover and the WPI Satellite Development Club. He is one fascinating engineer and we hope you will stay tuned after for takeaways.
Check out the podcast interview with John Moore here.