Guthikonda Venkata Sai Krishna

Kadapa

Summary

Detail-oriented Layout and Design Engineer with expertise in PCB design and circuit simulation. Experienced in electrical drives and power converter design, utilising tools like MATLAB and PSpice for effective solutions. Internship experience includes system redesign, testing, and BOM verification. Proficient in CAD software such as KiCad and Altium, with programming skills in C++.

Overview

years of professional experience

Work History

Freelancer

Self Employed

Kadapa, India

11.2024 - 09.2025

Collaborated with clients to develop user-friendly ESP32 development board, fostering engagement for beginners.
Designed and delivered PCB layouts for clients, enhancing product performance.
Simulated circuits to validate functionality, minimising design risks and ensuring reliability.
Conducted tests on control modules for drones to ensure functionality.

Intern

MEIC

Hyderabad, India

08.2022 - 06.2023

Tracked faults, reproduced defects, and verified fixes, ensuring quality and reliability.
Assisted in testing and debugging production issues with O-RAM, contributing to issue resolution.
Redesigned the system to replace the CAN bus module during the internship.
Cross-checked and verified bill of materials and component availability to support timely production schedules.

Education

M-Tech - Power Electronics and Drives

Amrita school of Engineering

Banglore

01-2023

B-Tech - ELECTRICAL AND ELECTRONICS

Amrita School Of Engineering

Banglore

01-2021

Skills

Simulation tools: MATLAB, PSpice, PSIM
PCB design
ECAD design tools: KiCad, Altium
Power converter design

Circuit testing
Electrical drives and machines
Programming: C, C
Bill of materials

Languages Known

Hindi

English

Telugu

Academic Projects

Multi-input DC-DC converter for EV charging. To develop a multi-input converter for the charging infrastructure of electric vehicles. To supply the battery input through PV and FC sources. A small-signal control model is developed for the converter to produce duty for different modes of operation.
SPIRAL VECTOR ANALYSIS OF DSDFIM. Generally, two-phase models are used in the analysis of electrical machines. Two different analyses for the steady-state and dynamic operation had to be done to get the complete model of the machine. While using spiral vector analysis, we can define both steady-state and dynamic operations with the same set of equations. A model for a dual-stator dual-fed induction motor using spiral vector analysis is developed in MATLAB.

Timeline