Celeste Knight
About Celeste Knight
Celeste Knight is a Mechanical Engineer at Cambridge Mobile Telematics, where she has worked since 2021. She holds a Bachelor's degree in Mechanical Engineering from Northeastern University and has previous experience in mechanical design and engineering internships.
Work at Cambridge Mobile Telematics
Celeste Knight has been employed as a Mechanical Engineer at Cambridge Mobile Telematics since 2021. In this role, she applies her engineering expertise to develop innovative solutions in the field of telematics. Her work contributes to the company's mission of improving road safety and vehicle performance through advanced technology.
Previous Experience in Mechanical Engineering
Prior to her current position, Celeste Knight worked at Arora Engineers, Inc. as a Mechanical Designer from 2019 to 2021. In this capacity, she focused on mechanical design projects, enhancing her skills in engineering design and project management. Additionally, she completed a Mechanical Engineering Internship at Spectral Sciences, Inc. in 2017, where she gained practical experience in 3D design using Solidworks and machine shop tools.
Education and Expertise
Celeste Knight earned her Bachelor's degree in Mechanical Engineering from Northeastern University, completing her studies from 2014 to 2019. During her academic career, she developed a strong foundation in mechanical engineering principles and practices. Her education included hands-on projects, such as an award-winning capstone project that involved designing and building a foot-operated video game controller for a double-arm amputee.
Skills and Technical Proficiencies
Celeste Knight has developed a range of technical skills throughout her career. She has strengthened her 3D design capabilities using Solidworks and gained experience with machine shop tools during her internship at Spectral Sciences, Inc. Additionally, she has knowledge in the layout of plumbing and fire protection systems, acquired while working at WSP | Parsons Brinkerhoff. Her independent research skills further enhance her ability to apply engineering concepts to practical challenges.