Tahsin Tahmid
About Tahsin Tahmid
Tahsin Tahmid is an RF Engineer with extensive experience in radar and communication systems. He has worked at SRC since 2018 and previously interned at Knowles Corporation, while also holding a leadership role at Sam's Club.
Work at SRC
Currently, Tahsin Tahmid serves as an RF Engineer at SRC, a position he has held since 2018. His role involves supporting the integration of advanced radar and communication systems within a cross-functional team environment. He engages in various tasks, including requirements analysis and architecture trades for radar and communication systems. His work emphasizes collaboration with RF and microwave engineers, particularly in the selection and characterization of RF systems in an anechoic chamber.
Previous Experience
Before joining SRC, Tahsin Tahmid worked as an RF Design Engineering Intern at Knowles Corporation from 2017 to 2018 for a duration of 10 months. His responsibilities during this internship provided him with practical experience in RF design. Additionally, he held a position as Electronics Associate/Team Leader at Sam's Club for three months in 2016, where he gained experience in electronics and team leadership.
Education and Expertise
Tahsin Tahmid has a strong educational background in engineering. He studied at John Dewey High School, focusing on STEM subjects, and graduated in 2014. He then attended Syracuse University, where he earned a Bachelor's Degree in Electrical and Electronics Engineering from 2014 to 2018. Following this, he pursued a Master's degree in Electrical Engineering at the Georgia Institute of Technology from 2019 to 2021. He further advanced his education by obtaining a Master of Engineering in Engineering/Industrial Management from Syracuse University in 2022.
Technical Skills and Responsibilities
In his current role, Tahsin Tahmid is involved in various technical activities related to RF systems. He performs simulation and modeling, schematic capture, and hardware assembly for RF systems. His expertise includes collaborating with engineers to ensure effective component selection and characterization. His work in an anechoic chamber allows for precise testing and evaluation of RF systems, contributing to the development of advanced radar and communication technologies.