Rogers Corporation
Fazir Mohammed is a seasoned engineering professional with over a decade of experience in electrical engineering and project management. Currently serving as a Sr. Project Engineer at Rogers Corporation since May 2018, Fazir has a proven track record of designing system schematics, creating operational documentation, and ensuring client satisfaction. Previous positions include Electrical Engineer at Niehoff Endex North America, where responsibilities included system design and customer training documentation, and Controls Engineer at Wynright Control Solutions, focusing on design layouts and operational documentation. Additional experience encompasses roles as an Electrical Technician at NTN Bearing Corporation, Plant Electrical Engineer at S.M. Jaleel & Company Limited, and Computer Technician at the University of South Florida. Fazir holds a Bachelor of Science in Electrical Engineering from the University of South Florida, earned between 2004 and 2007.
This person is not in any teams
This person is not in any offices
Rogers Corporation
3 followers
Rogers Corporation manufactures and sells engineered materials and components for mission critical applications. The Company's segments are Advanced Connectivity Solutions (ACS), Elastomeric Material Solutions (EMS), Power Electronics Solutions (PES) and Other. The ACS segment manufactures and sells circuit materials and solutions for applications in wireless communications infrastructure, automotive, connected devices, consumer electronics and aerospace/defense. The EMS segment manufactures and sells elastomeric material solutions for critical cushioning, sealing, impact protection and vibration management applications, including general industrial, portable electronics, consumer goods, automotive, construction and printing applications. The PES segment manufactures and sells ceramic substrate materials for power module applications, laminated bus bars for power inverter and interconnect applications, and micro-channel coolers. Its other business consists of elastomeric components.