Summary
Overview
Work History
Education
Skills
Projects
Timeline
Generic
Pushpa Pranathi

Pushpa Pranathi

Hyderabad

Summary

Accomplished Embedded Design Engineer with a proven track record at ELICO Limited, specializing in firmware development and IoT applications. Expert in Embedded C, RTOS, and collaborative project leadership. Demonstrated success in enhancing communication capabilities and streamlining industrial automation systems. Skilled in mentoring and driving cross-functional team success, showcasing innovation and efficiency in design and development.

Overview

8
8
years of professional experience

Work History

Embedded Design Engineer

ELICO Limited
Hyderabad
12.2021 - Current
  • Developed and integrated firmware for devices utilizing the Highway Addressable Remote Transducer (HART 5) protocol, enhancing communication capabilities in industrial automation systems
  • Implemented the MQTT protocol on the QC200 GSM module through AT commands, enabling efficient machine-to-machine communication for IoT applications for existing units

Embedded Design Engineer

SynxaIT
Hyderabad
12.2017 - 01.2019
  • GSM-Based Panic Button: Developed an embedded emergency alert system using GSM and Arduino IDE
  • Vehicle-to-Vehicle Communication: Engineered inter-vehicle data exchange with XBee modules and Arduino IDE
  • Weight Measurement Over Bluetooth: Designed a Bluetooth-enabled weight monitoring system using HX711 load cell and Arduino IDE

R&D Engineer

Academy of Robotics
Visakhapatnam
09.2016 - 11.2017
  • Robotic System Design, Simulation & Off-line programming
  • Developed several automation and robotic systems like Bluetooth home automation system, physical automatic machine, Bio-metric Attendance System, metal detector robot etc
  • Basic involvement in Quality check and control
  • Cycle time study and prepare cycle time chart
  • Coordination with the design team to make concept & clash free equipment
  • Taking care of Robotics & Embedded System Research and Development Lab
  • Project coordination with Design team
  • Mentoring and Training the workshop students
  • Preparing presentations for demo purpose in schools and colleges
  • Leads the planning and development of the training schedule for academy and schools
  • Developing Curriculum for schools based on core robotics and STEM Concept
  • Coordinating with the schools for the classes schedules
  • Solving Competitions and giving training to all trainers regarding competitions
  • I developed a mobile-controlled vehicle using ATmega328P and Bluetooth, and implemented an IoT-based temperature and gas live monitoring system with ATmega328P and ESP8266
  • Designed and developed single-layer printed circuit boards (PCBs) for Little BITS & ARDUINO Extension Board, ensuring efficient layout and adherence to industry standards
  • Collaborated with cross-functional teams to create and implement circuit designs, leading to optimized performance and reduced production costs
  • Utilized Proteus to design and simulate single-layer PCBs, resulting in improved design accuracy and reduced time-to-market

Education

Advance Embedded System certification and Training -

sigma solutions
Hyderabad
01.2016

Bachelor of Engineering - Electronics and communication

Gayathri vidya parishad college of Engineering

Diploma - Electronics and communication

Govt. Polytechnic

High School certificate -

Gnananikethan High School

Skills

  • C
  • Embedded C
  • RTOS
  • Python
  • Arm Cortex M4
  • LPC45606
  • 8051F380
  • UART
  • SPI
  • I2C
  • RS485
  • HART 5
  • EICC
  • Windows
  • FreeRTOS
  • Simplicity Studio
  • MCUExpresso
  • Keil
  • Docklight
  • Teraterm
  • Pencil
  • Yat
  • Electronics Circuit unit
  • Analog sensor Interfacing circuit
  • KiCad
  • Proteus
  • Digital Oscilloscope
  • Multi-meter
  • Peak
  • Function Generator
  • Digital Power Supply
  • PEmicro
  • JTAG
  • Silicon labs Debugger
  • SWD

Projects

Project 1

Title -AFE Sensor module

Duration - 5 Months

Controller - LPC804

Role and Responsibilities

• Firmware development and testing

• Hardware designing of project

• Unit testing of all modules.

• Integration of Pilot Batch

Technology and Protocols used

• ADC

• MODBUS

• UART, SPI, I2C, RS485, EICC Protocols (Elico), Timers ,Interrupts

Project Description

Led the design and development of a portable electrochemical sensing device aimed at real-time detection of environmental pollutants. The project utilized the Texas Instruments LMP91000 AFE potentiostat to interface with electrochemical sensors, enabling

accurate and low- power chemical sensing applications.

Project 2

Title -Turbidity analyzer

Duration - 5 Months

Controller - LPC54606J512

Role and Responsibilities

• Firmware development and testing

• Hardware designing of project

• Unit testing of all modules.

• Integration of Pilot Batch

Technology and Protocols used

• ADC

• DAC

• MODBUS

• GSM Module.

• UART, SPI, I2C, RS485, EICC Protocols (Elico), Timers ,Interrupts

Project Description

The turbidity analyzer is an analytical instrument, which is used to analyze the turbidity of Drinking Water By using colorimetric method.This is specifically for low NTU fluid measurements. Here we use high resolution ADC for precise values. Here we have integrated GSM and fully automated, sampled data along with the GPS location to be

transmitted to a centralized server in a wireless manner.

Project 3

Title -Aqua-Sense RC.

Duration - 9 Months

Controller - LPC54606J512

Role and Responsibilities

• Firmware development and testing

• Hardware designing of project

• Unit testing of all modules.

• Integration of Pilot Batch

Technology and Protocols used

• ADC

• DAC

• MODBUS

• GSM Module.

• UART, SPI, I2C, RS485, EICC Protocols (Elico), Timers ,Interrupts

Project Description

Aqua-Sense RC is Analytical instrument, which is used to Analyze Residual chlorine parameter of Drinking Water measured by electrode which is interfaced with MODBUS communication. Turbidity is measured Colorimetric analysis method. This instrument

fully automated, sampled data along with the GPS location to be wireless transmitted to a centralized server via GSM module. It is updated in the server every 15 minutes and every 6 hours a message

is sent to the receiver’s number. The panel is controlled with a keypad

and 20x4 LCD display in which the user can update time

period, baud rate ,etc .

Timeline

Embedded Design Engineer

ELICO Limited
12.2021 - Current

Embedded Design Engineer

SynxaIT
12.2017 - 01.2019

R&D Engineer

Academy of Robotics
09.2016 - 11.2017

Advance Embedded System certification and Training -

sigma solutions

Bachelor of Engineering - Electronics and communication

Gayathri vidya parishad college of Engineering

Diploma - Electronics and communication

Govt. Polytechnic

High School certificate -

Gnananikethan High School
Pushpa Pranathi