Srikar Gunda

> Designed single-phase, two-phase, and three-phase AC voltage controllers using thyristors in LTSpice. > Conducted Fast Fourier Transform (FFT) analysis to evaluate signal quality and harmonic performance (Total Harmonic Distortion). > Designed and simulated voltage sequence control circuits for resistive and inductive loads in LTSpice. > Simulated Burst, Surge, Magnetic Field, and Power Fail scenarios to evaluate electromagnetic compatibility (EMC).

> Designed a Charge Sampling IHC in Cadence Virtuso with >70 GHz 3dB bandwidth and 10 GS/s sampling rate using IHP 130-nm SiGe BiCMOS for ultra-wideband ADCs, verified with dynamic simulations. > Developed layouts with DRC/LVS checks, EM simulations from Keysight RFPro, and 50Ω impedance matching, inte- grating bond pads and metal features for reliable fabrication. > Conducted coherent sampling simulations to determine ENOB, SINAD, SNDR, SFDR and THD characterstics.

> Multiple test runs of the HW module (HW series design verification) for 48V BMS series development. > Good command on Vehicle Networks Systems like LIN/CANoe Interface equipment. > Support in determining the Root Cause Analysis (RCA), commissioning, and documentation of BMS prototypes. > Designed and simulated an isolation amplifier using LTSpice, focusing on noise reduction, signal amplification, and voltage level shifting, followed by layout design and simulation in EAGLE and Cadence Virtuoso.

> I took over essential production steps in the company’s own production of Ultrasonic Generators and UG’s circuit boards. > Experience in a Lab environment using oscilloscopes, spectrum analyzers. > Responsible for debugging, troubleshooting, and high-level auditing of integrated circuit designs and applications. > Troubleshooting generator’s bugs and conducting root cause analysis on the Ultrasonic Generators which also includes repairs and testing the functionality of these devices.

Project Domain -Automotive Project Title -Identifying key principles of Mass Customisation used in Automotive Industry The various methodologies and which one would be the best Ability to scale Impact on efficiency Guidelines and policies implementing the same without violating the environmental norms. Project Description - Automotive Industry is going through a major change due to the advent of Mass Customisation. The project aims at identifying key principles of Mass Customisation in Automotive Industry.

- Conducted Root Cause Analysis to enhance administrator performance and provided actionable insights. - Led UAT to validate tools and browsers, ensuring alignment with business needs. - Designed and managed test cases, identified defects, and ensured timely fixes. - Proficient in Functional, End-to-End, UAT, and Regression Testing. - Skilled in managing Defect and Software Testing Life Cycles. - Prepared test plans and reports to aid stakeholder decisions.

Majoring in Circuits and System Design, Introduction to Algorithm(Programming Language), Electromagnetic Wave Theory, Advanced Control, Integrated Circuits.