ACADEMIC QUALIFICATION

1. Title: Optimal Deployment of Wavelength Converters in WDM Optical Networks, October 2016 – April 2017

Objective: To find out the optimum number of wavelength converters required in the network and their optimal positions along with optimum resource allocation techniques

·          Simulated WDM optical network and obtained results to analyze the effect of wavelength converters on WDM optical network in terms of blocking performance

·          Proposed optimum and cost effective solution for any optical network

·          Proposed optimum and advanced routing and wavelength assignment techniques

·          Proposed call queuing as an effective solution over call blocking

·          Learnt about optical networking, WDM optical networks, blocking model, converter deployment, and optical communication

·          Software used and their applications

• • • • NS3 - to understand data (packet) transfer between nodes in any optical network topology

      • MATLAB - for mathematical analysis and distance based implementation of WDM optical network

      • CPP Compiler - for iterative simulations and result analysis

      • Optisim - for analysis of component’s function and for study of implementation of optical systems

      • MiniNet - for understanding SDN structures and OpenFlow

2. Title: Home Automation using Embedded Systems, December 2014 – April 2015

Team size: 3

Objective: To use embedded systems to control various equipments using remote control or own mobile

·          Designed a circuit using ATMEGA microcontroller for automatic and manual control of electronic and electrical devices

·          Implemented the circuit and devices like touch switch and a wireless mobile connector with audio support on PCB

·          Learnt about Embedded Systems, PCB designing and implementation, and assembly language programming 

·          Software used and their applications

• • • • Keil Simulator – for assembly language programming and simulations

      • EAGLE – for PCB design

      • PROTEUS – for complex PCB designs and complete circuit simulations

3. Title: Digital Tachometer with LCD & Seven Segment Display, December 2013 – April 2014

Objective: To measure the speed of any moving or rotating machine (speed < 1000 rpm and accuracy = 0.96)

·          Designed tachometer circuit using microcontroller

·          Implemented the circuit and LCD and seven segment display on PCB

·          Learnt about sensors and transducers and microcontroller circuits

·          Software used and their applications

• • • • Keil Simulator – for assembly language programming and simulations

      • Circuit Wizard – for circuit design and voltage level analysis

TEACHING EXPERIENCE

MACC Academy, Amravati, 01-Jan-2013 – 30-June-2014

Worked as an Instructor

·        Taught ‘Linear Integrated Circuits’ to second year 10+2 (diploma) students.

·        Taught ‘Control Systems’ to second year undergraduate students.

·        Taught ‘Electronic Devices & Circuits’ to third year undergraduate students.