
Vipin Velayudhan
Skills
Timeline
Professional experience for Vipin Velayudhan
- Current 4 years and 11 months, since Jul 2021
IC Packaging Designer
STMicroelectronics
•BGA / LGA / IC Packaging: Design, and Co-design focusing on RF/mmW Applications, Automotive, Power, Imaging, etc. •Design of Launcher on Package 77GHz: Automotive radar – BGA packaging •5 Patents: 2 patents filed for Launcher on Package 77GHz and 1 patent on going 1 patent filed on reduction of EMI for imaging applications 1 patent filed on 3D connector.
- 3 years and 1 month, Mar 2018 - Mar 2021
RF Engineer
CEA-LETI
•RF and Millimetre-Wave characterizations & co-design •Design and implementation of RF-mmW test benches & methods
- 1 year, Mar 2017 - Feb 2018
RF Engineer
XLIM
•Soft-faults detection in cables: Developed and implemented of “Chaos Time Domain Reflectometry” as a part of Project PILIM funded by the European Union. •Managed and trained 1 Ph.D. student and 1 intern.
- 3 years and 11 months, Nov 2012 - Sep 2016
Ph.D. Student
IMEP-LaHC
•Designed and fabricated RF-mmW passive devices up to 300 GHz. •Developed Half-Thru De-embedding and Thru-Load De-embedding methods for RF-mmW device characterization up to 300 GHz. •Organized symposia, seminars, and conferences.
- 7 months, Apr 2012 - Oct 2012
Research Engineer
CREMA, CUSAT
•Microwave sensors/ compact planar antennas/ metamaterial resonators: design for non-destructive testing in collaboration with General Electric, JFWTC, India.
- 1 year and 3 months, Feb 2011 - Apr 2012
RF Engineer
General Electric, JFWTC
•Developed microwave sensors for multiphase flow metering and other non-destructive testing applications. •Corrosion detection in oil and gas pipelines: designing & testing of Microwave Time domain reflectometry (TDR) •1 US Patent US9863893 B2 and 1 International scientific communication
- 2 months, Oct 2010 - Nov 2010
Junior Engineer
Verdant Telemetry
Airborne antennas: Design and validation
- 7 months, Feb 2010 - Aug 2010
Post-Graduate Trainee
General Electric, JFWTC
•Wireless Power Transfer: Sub-sea applications & Electric vehicle charging. •Electromagnetic resonators-based system for Wireless Power Transfer: working frequency of <100 MHz and up to 250W was built and tested
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