Corey Dickson

925-***-**** • adc1q2@r.postjobfree.com • linkedin.com/in/coreydickson1997

EDUCATION

Bachelor of Science, Computer Engineering (Robotics Concentration), Expected Graduation June 2020 University of California, Santa Cruz

Relevant Coursework

Introduction to Mechatronics

• Collaborated with team members to design and build a fully autonomous robot capable of navigating obstacles and fire ping pong balls at a target, won class competition for best robot performance Microprocessor System Design

• Combined Raspberry Pi and Cypress PSoC 5 microcontrollers to build and program a basic two-channel oscilloscope. Engineering Capstone Project

• Worked on a team to design and prototype a device to guide the visually impaired during aquatic exercise using computer vision and IMU.

SKILLS

• Utilize design tools such as Solidworks, Verilog, and Autodesk Inventor

• 4+ years of experience coding in C and Matlab

• 1+ years of experience coding in C++, Java, and G-code

• 3+ years of experience in designing and prototyping electro-mechanical systems

• Collaborate well in a team environment

• Communicate effectively with superiors and coworkers

• Proficient in Microsoft Office and LaTeX

WORK EXPERIENCE

Jack Baskin School of Engineering, University of California, Santa Cruz Mathematical Methods for Engineers Tutor, January 2020

• Assisted students with linear algebra concepts with Matlab integration. Introduction to Mechatronics Tutor, September 2019 – December 2019

• Assisted students with electrical, mechanical, and software designs.

• Evaluated assignments such as lab reports and midterms.

• Ensured that student projects met class minimum specification requirements. UltraCell LLC

Intern, June 2017 – August 2017

• Built a wind tunnel and prototyped fuel cell designs in collaboration with a team of engineers

• Designed and implemented process improvements to expedite manufacturing. Modified CNC routing machine to dispense adhesive precisely. Programmed the machine with G-Code.

• Improved adhesive application process in fuel cell manufacturing by increasing batch size from 1 to 16.

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