Vimal Kant Pandey, Ph.D. Email & Phone Number

Taiwan

Reliability Engineering and Failure Analysis

Taoyuan County, Taiwan

Project 1: GaN Based Prompt Gamma Readout Circuit Design and Fabrication for Proton Therapy ApplicationDescription: The project aims to use GaN HEMT to develop circuits such as transimpedance amplifiers, operational amplifiers, comparators, and so on, and then integrate them to build a prompt gamma readout circuit. The designed circuit is also tested under proton radiation to study their performance in the radiation environment.Project 2: System Reliability Analysis Description: The objective of the project is to analyze the system reliability using fault tree analysis (FTA), reliability block diagram (RBD), and identify the critical component in the system. To develop and execute the test plan for critical components.Company: MOXA Inc. (February 2021 to till date) Project 3: Study of Carbon nanotube-based sensor under proton irradiationDescription: The objective of this project to study carbon nanotube-based sensors under 150MeV proton irradiation. Duration: 3 years (February 2018 to February 2021)Company: NASA Ames Research Center, Moffett Field, CA, USAProject 4: HTRB testingDescription: This project aims to test the MOSFET, Diodes, and BJT for high-temperature reverse breakdown (HTRB). Duration: 11 months (February 2020 to December 2020)Company: SilTerra, MalaysiaProject 5: Electromigration testingDescription: The objective of this project to test the DUT for electromigration and lifetime analysis. Duration: 3 months (September 2019 to November 2019)Company: Advanced Wireless Semiconductor Company, TaiwanProject 6: TDDB testingDescription: The objective of this project to test the DUT for time-dependent dielectric breakdown. Duration: 3 months (January 2018 to March 2018)Project 7: HTOL and TDDB testingDescription: This project aims to test the DUT for a high-temperature lifetime and time-dependent dielectric breakdown. Duration: 6 months (July 2018 to December 2018)Company: Ma-Tek, Taiwan and NUS Singapore

• Performed teaching in areas of expertise.• Preparing course structure for master’s program• Conducted research for specific areas of the subject. Project Title: Study and design of low power circuits for Cognitive Radio Description: The objective of the project is to study & design a low noise amplifier and a mixer circuit to meet the requirements of cognitive radio. Duration: 2 years (July 2015 to December 2017)

Project Title: Design of SDRAM controller for Ethernet Mapper cardDescription: In this project, an SDRAM controller is designed using VHDL. The controller is used to control the packet of data coming from the MII (media-independent interface) device and HDLC, a packet of data sent to HDLC and data to be write in SDRAM or to read from the SDRAM. Quartus is used for functional simulation, synthesis, and place & routing.Duration: 3 months (from Aug 2010 to Oct 2010)

Power Validation of IC's using Encounter Power System

Doctor Of Philosophy - Phd, Electrical And Electronics Engineering, A

Activities and Societies: Teaching AssistantThesis Title: "GaN Based Prompt Gamma Readout Circuit Design and Fabrication for Proton.

M.Tech, Vlsi Design, A

CMOS Circuit Design

M.Sc, Electronics, A

Electronics

B.Sc., Physics & Maths, A

Physics & Maths

Amiete, Electronics And Telecommunication, 8.4

Electronics & Telecommunication

12Th, Science, A

Science