Frank Zhou
Santa Clara, California, United States
588 followers
500+ connections
Activity
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We’re thrilled to announce that starting today, Simple AI Phone Assistant is available on the App Store at https://usesimple.ai/join. Simple AI can…
We’re thrilled to announce that starting today, Simple AI Phone Assistant is available on the App Store at https://usesimple.ai/join. Simple AI can…
Liked by Frank Zhou
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Announcing Pylon's $17M Series A led by a16z. We founded the company under 2 years ago... Since then hundreds of the fastest growing companies…
Announcing Pylon's $17M Series A led by a16z. We founded the company under 2 years ago... Since then hundreds of the fastest growing companies…
Liked by Frank Zhou
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"I pledge allegiance, to the Flag, Of the United States of Algorithm-land, And to the Republic for which it 'codes', One Network, under…
"I pledge allegiance, to the Flag, Of the United States of Algorithm-land, And to the Republic for which it 'codes', One Network, under…
Liked by Frank Zhou
Experience
Education
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Caltech
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Activities and Societies: Caltech Robotics Team, Caltech Science Olympiad, Caltech Y Rise Tutoring
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Activities and Societies: FIRST Tech Challenge Captain, Math Team Captain, Quiz Bowl, High School Quiz Show, FIRST Lego League Mentor, National Honor Society
Volunteer Experience
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FIRST Lego League Mentor and Referee
FIRST
- 3 years 5 months
Science and Technology
• Held weekly FIRST Lego League tournaments for elementary and middle school teams competing in the competition
• Mentored several teams by guiding them through design iterations and giving them tips on how to improve
• Refereed local and state competitions -
Proctor
Science Olympiad
- Present 11 years 3 months
Science and Technology
• Proctored and graded events for the Southern California Science Olympiad tournaments
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RISE Tutor
Caltech Y
- 9 months
Science and Technology
• Tutored local high school students for math and science classes
Courses
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Advanced Digital Systems Design
EE 119
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Analog Electronics Project
EE 090
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Circuits and Systems
EE 044
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Classical Mechanics and Electromagnetism
Ph 001
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Computer Language Shop (C)
CS 011
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Computer Programming (Python)
CS 001
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Design and Construction of Biodevices
BE/EE/MedE 189
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Design and Fabrication
ME 014
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Digital Signal Processing
EE 112
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Electromagnetic Engineering
EE 151
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Electronics Laboratory
EE 045
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Engineering Design Laboratory
ME 072
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Experimental Projects in Electronic Circuits
EE 091
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Experiments in Electromagnetism
Ph 008
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Feedback Control Systems
CDS 110
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Learning Systems
CS/CNS/EE 156
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Mechanical Prototyping
ME 013
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Methods of Applied Mathematics for the Physical Sciences
ACM 095
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Microprocessor Systems Laboratory
EE/CS 052
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Principles of Microprocessor Systems
EE/CS 051
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Programming Methods (C++)
CS 002
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Random Variables and Stochastic Processes
EE 160
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Semiconductor Devices
EE 040
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Signal-Processing Systems and Transforms
EE 111
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Solid-State Electronics for Integrated Circuits
APh/EE 009
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Waves, Quantum Mechanics, and Statistical Physics
Ph 002
Projects
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Caltech Robotics Team
- Present
I worked with other Caltech undergraduate students to design and build an autonomous underwater vehicle to compete in the AUVSI Underwater Vehicle Competition. We won best new entry in 2014, 4th place in 2015, and 1st place in 2016. I am currently leading the electrical subteam.
• Designed custom electronics architecture to interface Intel NUC computer with hardware
• Designed and implemented modular ARM microprocessor system to sense environment and control actuators
• Established…I worked with other Caltech undergraduate students to design and build an autonomous underwater vehicle to compete in the AUVSI Underwater Vehicle Competition. We won best new entry in 2014, 4th place in 2015, and 1st place in 2016. I am currently leading the electrical subteam.
• Designed custom electronics architecture to interface Intel NUC computer with hardware
• Designed and implemented modular ARM microprocessor system to sense environment and control actuators
• Established communications across microprocessors using custom drivers for a CAN network -
Electronic Stethoscope
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I designed and built an electronic stethoscope for Caltech's Analog Electronics Project course.
• Filtered signals from an electret microphone with a 4th order low pass filter using fully differential op amps to reduce noise
• Used an audio amplifier to output amplified sounds to headphone jack
• Components were soldered onto PCB and stethoscope was tested -
Caltech ME 072 Design Competition
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We designed and constructed three robots to compete in Caltech's annual ME 072 competition in which three teleoperated robots are used to gather and score soccer balls into elevated goals.
• Wrote software to read inputs from gamepads
• Used XBee radios to send commands from laptop to the three robots
• Programmed Teensy microprocessors to parse radio inputs to actuate motors and servosOther creators -
Blackfin MP3 Player
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I created a fully functional MP3 player controlled by a Blackfin microprocessor in Caltech's Microprocessor Systems Laboratory course.
• Fully designed schematics for microprocessor, display, keypad, audio, IDE, DRAM, SRAM, and ROM sections
• Completed PCB design and layout
• Soldered components onto the fabricated board and debugged hardware issues
• Wrote firmware for the completed system -
ARPA-E Energy Innovation Summit Demo
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As a part of the core team for the ARPA-E Energy Innovation Summit Demo, I was responsible for designing and implementing a system that visualizes the instability created by renewable energy and shows that the system can be stabilized through feedback control.
• Constructed a LED table of 150 individually addressable LEDs
• Programmed an Arduino to change the colors of the LEDs based on the time varying nodal voltages of a real power network
• Presented work at the 2015 ARPA-E Energy…As a part of the core team for the ARPA-E Energy Innovation Summit Demo, I was responsible for designing and implementing a system that visualizes the instability created by renewable energy and shows that the system can be stabilized through feedback control.
• Constructed a LED table of 150 individually addressable LEDs
• Programmed an Arduino to change the colors of the LEDs based on the time varying nodal voltages of a real power network
• Presented work at the 2015 ARPA-E Energy SummitOther creators -
FIRST Tech Challenge
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I was the team captain of Team Unlimited for four years. We competed in the FIRST Tech Challenge and qualified for the World Championship three times.
• Brainstormed, prototyped, and constructed robots to compete in the annual challenge
• Won first place at numerous regional and state competitions in the New England area
• Outreach was recognized internationally when we won the Connect Award at the World Championship
Languages
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English
Native or bilingual proficiency
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Chinese
Professional working proficiency
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Spanish
Limited working proficiency
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