Engineer Electrical Engineering
Resume:
April Junio
*****.*****@*****.***
Education
California State University Sacramento - Sacramento, CA Bachelor of Science - Electrical and Electronic Engineering expected
December 2018
Activities & Awards
Dean’s Honor Roll Fall 2016-2017
IEEE (Institute of Electrical and Electronics Engineers) - Recruitment Officer Spring 2018 ASME (American Society of Mechanical Engineers) - Secretary Fall 2017 SWE (Society of Women Engineers) Student Member
Competitive Robotics Student Member
Stinger Barbell Club Student Member
Knowledge and Skills
● Highly organized
● Works well in teams
● Microsoft Office
● Experience with ROS, Python, C,
C#, C++, OpenCV, SLAM for use in
robotics applications and
simulations
● AutoCAD, 3D Printing
● Matlab and Simulink
● Labview and Powerview
Work Experience
Junior Robotics Engineer (Intern) - Atlanta, GA
Stanley Black & Decker - Digital Accelerator
● Developed a means of control for various motors and sensors to communicate to ROS
June 2018 -
August 2018
Lab Assistant - Sacramento, CA
California Energy Commission -Appliance Energy Efficiency Testing
● Test various appliances for efficiency and compliance with state energy standards, including various types of batteries, battery chargers, faucets, spas, and pumps
● Performed ASME/DoE/IEEE/IEC test procedures and calculations to prepare detailed reports, using data monitored on lab equipment and software instrumentation tools including Labview and Powerview January 2018 -
current
Project Experience
Chemotherapy Efficacy Monitor
● Worked in a team to design and develop an electrode array and acquisition circuit designed to monitor microvolt level membrane potential of cells in breast cancer tissue
● Performed tests to ensure proper device performance and optimized the design to enable measurements were within proper specifications, including techniques to minimize noise in the signals acquired
Quadruped Robot
● In a group of 4, designed and programmed an autonomous four legged walking robot
● Used Solidworks and 3D printing to create the chassis and legs for the robot
● Programmed the robot’s walking gait in C/C++ using an Arduino microcontroller to control servo motors
Micromouse Robot
● Built and programmed an autonomous maze solving robot for IEEE’s Micromouse competition
● Created custom infrared sensor array used for obstacle avoidance and wall sensing
● Configured hall-effect quadrature encoders used to track robot’s path
● Created a PID control algorithm used with encoder data to ensure stability in motion
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