[1] Power management IC development. Worked with the design team composed of business management, design, applications, test, and product engineering to help create the product. Knowledge of control theory, system design, circuit design, power switch design, and magnetics design used in work routine. Worked with customers to learn market needs. [2] New product evaluation. Hands on lab work, both as an individual and with a team, to verify the performance of a specific circuit etc. Prepared evaluation reports and other supporting documentation.[3] Development of application literature. Created datasheets, lab reports, and application notes that help the customer effectively use Maxim’s products.[4] Application circuit development using Cadence/Allegro. Generated schematic, layout and BOM for desired applications. These circuits addressed customer/market application problems.[5] Experience with python programming and LABVIEW. Developed automation test set up using data acquisition unit, oscilloscope, power supply and other lab equipment to verify IC performance.[6] Experience with Microcontroller programming. Used Arduino Uno to verify I2C protocol and digital I/O in power management IC.[7] Customer support tasks. Address problems associated with bringing Maxim’s products into volume production in the customer’s product. This could be described as doing whatever is necessary to secure a design win or sustain the business. Such tasks include, but are not confined to, direct customer support, securing samples, answering questions brought up by the business management group, helping the failure analysis and quality groups when they have problems or questions.

-> Worked on design of Unclamped Inductive Switching test board for testing avalanche breakdown of high side MOSFET of sync buck regulator. -> Creating BOM, PCB schematic and PCB layout in Cadence/Allegro tool-> Bench evaluation/debug of PMIC products-> Worked with products evaluations using data acquisition system(DAQ)-> Familiar with LabVIEW bench automation scheme , GPIB and NI PXI system

-> Assisted engineers on bench measurements to evaluate/debug various power management products and various testing such as closed loop and open loop testing, trimming of parameters, VBG test, dead time test and testing of electrical specifications.-> Studied I2C, SPI and SVID interface. Worked on SVID Intel test vectors characterization and generated brief report.-> Designed PCB schematic and layout for bench evaluation test boards using Mentor Graphics software-> Contributed in development of software to do bench evaluation more efficiently using LabVIEW and NI PXI system. Developed LabVIEW code for generating test script and manipulated in excel or text file. Updated features in existing LabVIEW code such as loading test vectors from excel file, generate excel graphs using LabVIEW and adding new hardware device in communication with NI PXI system.

[A] Technical support and training given to customers on following electrical aspects• Selection of Electrical Switchgear products as per IEC 60947• Power Quality challenges and solutions as per IEEE 519 (Solution provided to all types of industries)• Energy management system (Solutions provided to utilities end-users or specific industry) • Building Automation scheme (System design of BMS, EMS, Fire Alarm system & CCTV) • Industrial automation schemes (Targeted manufacturing industries for technical support)• Cost optimization techniques by energy saving & maintenance & troubleshooting techniques in industries Relay coordination, fault level calculation and let through energy concepts [B] Customer support and event management• Solving customer problem with the help of design and production team• Communication with product development and life cycle management team for product improvements• Helping site engineers & customers to update with new product features• Online customer support facilitation & managing customer training data for future reference