Experience

Prolific Machines Inc.
• United States
• Biotechnology Research
• 1 - 100 Employee
• Mechatronics Engineer

  • Jul 2022 - Present


Scale Biosciences, Inc.

• Research And Development Engineer

  • Jun 2021 - Jun 2022

  Head of hardware division. Developing custom labware from proof of concept to beta user product and implementing CMOs for rollout and certification. Head of hardware division. Developing custom labware from proof of concept to beta user product and implementing CMOs for rollout and certification.



Modular Bionics Inc.

• United States
• Biotechnology Research
• 1 - 100 Employee

• Mechatronics Engineer

  • Feb 2020 - Jun 2021

  Designed and tested subsystems of medical implants and accompanying worn units for neurological monitoring including wireless power transfer modeling and system design, enclosure RF shielding and FCC compliance, thermal management, and testbed design. Designed and tested subsystems of medical implants and accompanying worn units for neurological monitoring including wireless power transfer modeling and system design, enclosure RF shielding and FCC compliance, thermal management, and testbed design.



Nutcracker Theraputics

• United States
• Biotechnology Research
• 1 - 100 Employee

• Contractor

  • Apr 2019 - Feb 2020

  Designed PCB for power and analog signal distribution to be used in device for mRNA synthesis Designed PCB for power and analog signal distribution to be used in device for mRNA synthesis



Chirp Microsystems, Inc.

• United States
• Computers and Electronics Manufacturing
• 1 - 100 Employee

• Intern

  • Jun 2017 - Aug 2017

  I designed and tested VR controller and headset enclosures for the company’s ultralow power ultrasonic sensor. I also created a more stable and reliable test bed for assessing the quality of enclosures which used company’s sensors. I designed and tested VR controller and headset enclosures for the company’s ultralow power ultrasonic sensor. I also created a more stable and reliable test bed for assessing the quality of enclosures which used company’s sensors.



Johns Hopkins University School of Education

• United States
• Higher Education
• 200 - 300 Employee

• Contractor

  • Dec 2016 - Jan 2017

  Designed a PCB layout for feedback control board to be used in Design and Analysis of Dynamical Systems Lab Designed a PCB layout for feedback control board to be used in Design and Analysis of Dynamical Systems Lab



Berkeley Lights, Inc.

• Summer Intern

  • May 2016 - Aug 2016

  I designed and programmed a diagnostic system to determine the proximity to and failure of a syringe pump. To do this I created a complex state-machine program to gather data on a syringe as it was run, from a brand new state, to complete failure. I designed and programmed a diagnostic system to determine the proximity to and failure of a syringe pump. To do this I created a complex state-machine program to gather data on a syringe as it was run, from a brand new state, to complete failure.



FormFactor Inc.

• Semiconductor Manufacturing
• 700 & Above Employee

• Summer Intern

  • Jun 2015 - Aug 2015

  Redesigned a singulated-die-test-socket, also known as a socket lid, to reduce its cost. The new design will be used in the future as a basis for any new die which the customer desires a socket lid for. New socket lids were made for four different die for one customer, requiring changes for each die-specific lid. Tolerances on the placement of springs, which connect the dies to the circuit boards, are tight and the current location method is potentially not accurate enough for newer, smaller… Show more Redesigned a singulated-die-test-socket, also known as a socket lid, to reduce its cost. The new design will be used in the future as a basis for any new die which the customer desires a socket lid for. New socket lids were made for four different die for one customer, requiring changes for each die-specific lid. Tolerances on the placement of springs, which connect the dies to the circuit boards, are tight and the current location method is potentially not accurate enough for newer, smaller die. A new idea using elastic averaging was proposed and I began the process of testing its accuracy. Show less Redesigned a singulated-die-test-socket, also known as a socket lid, to reduce its cost. The new design will be used in the future as a basis for any new die which the customer desires a socket lid for. New socket lids were made for four different die for one customer, requiring changes for each die-specific lid. Tolerances on the placement of springs, which connect the dies to the circuit boards, are tight and the current location method is potentially not accurate enough for newer, smaller… Show more Redesigned a singulated-die-test-socket, also known as a socket lid, to reduce its cost. The new design will be used in the future as a basis for any new die which the customer desires a socket lid for. New socket lids were made for four different die for one customer, requiring changes for each die-specific lid. Tolerances on the placement of springs, which connect the dies to the circuit boards, are tight and the current location method is potentially not accurate enough for newer, smaller die. A new idea using elastic averaging was proposed and I began the process of testing its accuracy. Show less

• Summer Intern

  • Jun 2014 - Aug 2014

  Design, Assembled, and programmed a tabletop endurance tester for sockets. This device was specifically created to test a microelectromechanical systems (MEMS) contact socket. However it is designed to be capable of performing the same tests with any socket given small modifications. To allow for easy customization, better gripping, and to prevent damage to delicate components, the end effectors were made of a 3-D printed elastomer. To fabricate the end effectors, a complete process for 3-D… Show more Design, Assembled, and programmed a tabletop endurance tester for sockets. This device was specifically created to test a microelectromechanical systems (MEMS) contact socket. However it is designed to be capable of performing the same tests with any socket given small modifications. To allow for easy customization, better gripping, and to prevent damage to delicate components, the end effectors were made of a 3-D printed elastomer. To fabricate the end effectors, a complete process for 3-D printing flexible filament using a Makerbot 2X 3-D printer had to be determined. Show less Design, Assembled, and programmed a tabletop endurance tester for sockets. This device was specifically created to test a microelectromechanical systems (MEMS) contact socket. However it is designed to be capable of performing the same tests with any socket given small modifications. To allow for easy customization, better gripping, and to prevent damage to delicate components, the end effectors were made of a 3-D printed elastomer. To fabricate the end effectors, a complete process for 3-D… Show more Design, Assembled, and programmed a tabletop endurance tester for sockets. This device was specifically created to test a microelectromechanical systems (MEMS) contact socket. However it is designed to be capable of performing the same tests with any socket given small modifications. To allow for easy customization, better gripping, and to prevent damage to delicate components, the end effectors were made of a 3-D printed elastomer. To fabricate the end effectors, a complete process for 3-D printing flexible filament using a Makerbot 2X 3-D printer had to be determined. Show less



Devil Mountain Summer Camp

• United States
• Health, Wellness & Fitness

• LEGO® Robotics Assistant

  • Jul 2013 - Jul 2013

  Taught LEGO® Robotics construction and programming to 4-6th graders who constructed competing robots. Taught LEGO® Robotics construction and programming to 4-6th graders who constructed competing robots.