Soft Coder | Developer-cum-Analyst | Apps & Data | Web Development | EEE, IoT & Embedded | OOPS & Functional

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Venugopal Pudur  • Peerlist

I have designed a complete website for project on IoT.

Featured navigated functions are added. HTML, CSS and JavaScript are basic languages used to come over.

Design & Develop of IoT Website using HTML, CSS & JavaScript

I have designed IoT simulation in Tinkercad with controlling features enabled using website.

The same simulation can be controlled using website, which is hosted on GitHub.

I am still working to learn new things.

Website Controlled Tinkercad Home Automation IoT Simulation

I have implemented simulation design of Arduino interfaced with ESP8266 to send data over cloud and control the same data using google docs & google assistant.

Tinkercad is the main software (online simulation platform) used for this project.

Tinkercad Home Automation IoT Simulation using Arduino with 

I have designed IoT simulation in Tinkercad with controlling features enabled using AR based Android App design with Unity &

Augmented Reality based Home Automation Simulation in Tinker

Design & implementation of cell balancing & estimation of lithium cell SoC.

Simulation :
https://youtu.be/4feYvAwEUqw

Design, Testing & PCB :
https://youtu.be/xJm-i-xCgKA

Analysis of cell parameters and displaying of internal cell assessment(s) using Arduino, INA219, LM35, LCD+I2C protocol module.

PCB design using EasyEda :
        1) All-in-one device mounting -
             https://youtu.be/7-v7AZGf770
         2) Battery Level Indicator - 
              https://youtu.be/1G_fNoaXwPo

Firstly, we had simulation on Proteus to mimic the working of lithium cell and electrical parameters measurement. Later we focused on design of system. we had experiment with lithium cell - few were burnt during testing. We recorded logs of lithium cell parameter(s) and created analytics using excel.
            

    
    

    
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Design and Implementation of Battery Management System

State Level Project Coordinated by IIT Bombay Under Unnat Maharashtra Abhiyan.

Role Played : Measurement, Analysing & Reporting.

Skills Used : Matlab, Octave programming, Google Earth.

This project was based on economics of power system losses and required suggestions for system improvement using technical and non-technical methods. This study was totally funded by IIT Bombay and was of duration 2 months.

Analysed & compared HVDS, Ag with LT network and Solar PV pump of 11kV Feeder and reported resulted increase in 0.1 p.u. voltage & reduction of losses from 4.27% to 3.25% with reduced loading on DTR by 13% after insertion of capacitor.
            

    
    

    
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Analysis of Infrastructure for Energized Irrigation.

Tools & Technologies : Multimeter, PCB, Modules.

Description : The project intended to meet the requirements for protection of three phase electrical equipment against single phasing.

This project includes hardware design and testing. Induction motor has been successfully operated with the single phase preventer.

Single Phasing Preventer

Role Played : Wiring & Designing, using electrical tools and fitting.

Skills Used : Electrical Concepts, wiring, testing, model making etc.

Tools & Technologies : Electrical Tools
Description : Designed prototype of godown wiring on fixed wooden board

Prototype & Board based design and model of Godown Wiring

Role Played : Designing, Connection & implementation

Skills Used : Electrical Concepts, Documentation, Project management, testing etc.

Tools & Technologies : Electrical Tools, Multimeter, PCB, Electrical Components
Description : Designed automatic phase selection device to protect machine after
loss of one phase from 3 phase

Automatic active phase selector for single phase load from t

Skills Used : Electrical Concepts, Project management, Documentation, Electrical testing, wiring, troubleshooting and maintenance.

Tools & Technologies : Multimeter, Testing kits, Electrical Tools

Description : Replaced open ended conduits & burned parts by installing new parts, increased efficiency of existing system with a small addition of new parts to 10-20 % and carried out lubrication & maintenance on 30% worn out existing parts.