Scott Butler
About Scott Butler
Scott Butler is an Embedded Systems Engineer with formal training in analog and digital circuit design. He has worked at Core Health & Fitness since 2021 and previously held a position at Enerlites, Inc., where he developed various electronic projects and has expertise in programming microcontrollers.
Work at Core Health & Fitness
Scott Butler has been employed at Core Health & Fitness as an Embedded Systems Engineer since 2021. In this role, he applies his expertise in embedded systems to develop and enhance fitness equipment. His responsibilities include designing and implementing software and hardware solutions that improve user experience and functionality.
Previous Experience at Enerlites, Inc.
Before joining Core Health & Fitness, Scott Butler worked as an Electrical Support Engineer at Enerlites, Inc. from 2018 to 2019. During his tenure in Irvine, California, he provided technical support and contributed to the development of electrical systems, gaining valuable experience in the field of electrical engineering.
Education and Expertise
Scott Butler earned a Bachelor of Science (B.S.) degree in Physics from UC Santa Barbara, completing his studies from 2012 to 2016. His formal training encompasses both analog and digital circuit design, equipping him with a solid foundation in electrical engineering principles. He also possesses expertise in programming microcontrollers using the C programming language.
Embedded Systems Projects
Scott Butler has engaged in various embedded systems projects, showcasing his technical skills and creativity. Notably, he developed a GPS-based speedometer, demonstrating his ability to integrate hardware and software solutions. Additionally, he created a Tetris game using only a microcontroller, transistors, LEDs, and passive components, highlighting his innovative approach to embedded systems design.
Electronic Projects and Innovations
Throughout his career, Scott Butler has built a range of electronic projects, including alarm clocks, audio synthesizers, and RGB lighting systems. These projects reflect his hands-on experience and proficiency in circuit design and implementation, further establishing his capabilities as an Embedded Systems Engineer.