1. Naveen Toppo
naveen.toppo@gmail.com, :+91-9986037842
Experience Summary
10 years of experience in Software Development
Academic Qualifications
 M.Tech (Computer. Science) from IIT Guwahati, 2003-2005, CPI – 8.44/10
 B.E (Computer Science) from REC BHOPAL 1997-2001, 63.26%
Publications
Pointers in C: A Hands on Approach, Apress, December 27, 2013
Toppo N., Nair, S.B. "A Framework for Sharing Intelligence Among Mobile Robots on a Network",
Proceedings of the 2nd IASTED International Multi-Conference on Automation, Control and
Information Technology (ACIT 2005) Novosibirsk, Russia, 20- 24th June 2005, pp.93-98.
Filed patent: A High Performance Multithreaded Heuristic Feedback Approach to Read DICOM Tags
" 2012P07713US”
Professional Experience
Company Duration Role
Siemens Technologies,
Bangalore
Feb 12 – present Consultant
Wipro Technologies, Bangalore Sep 10 – Jan 12 Technical Lead
Samsung India Software
Operations, Bangalore
Sep 07- Aug 10 Senior Soft
Engineer
Wipro Technologies, Bangalore July 05 – July 07 Project Engineer
Awards
Siemens Excellence award for the category TOPIC GURU 2013.
Project Summary
Team : IDS Duration : May 14 – present
Role : Individual contributor Platform : Linux/Windows
Technologies : C Company : Siemens
IDS is a pilot/POC project for the Industrial Automation system. The goal is develop an IDS system to
understand the threat model and evaluate the existing algorithms for anomaly based detection
techniques.

2. Team : Fossology Duration : October 13 – April 14
Role : Technical Lead Platform : Linux
Technologies : C, PHP Company : Siemens
Fossology is an open source tool for the analysis of open source packages and software. This tool is
used for scanning files for license and copyrights.
Projects:
User Stories, Integration and customization of parser. Addition of the rules to recognize the new or
unknown licenses and copyrights.
Team : DMAS Duration : February 12 – October 13
Role : Technical Lead Platform : Windows
Technologies : .NET Company : Siemens
DICOM Analysis tool was developed for the dicom users. The developed tool is used to organize the
DICOM data and to felicitate indexing and searching.
Team : Integration and validation Duration : November 11 – January 12
Role : Individual contributor Platform : Android
Technologies : Java Company : Wipro Technologies
Projects:
Working as integration and validation engineer for Intel’s tablet, based on Android (Honeycomb)
at Intel Bangalore
Team : Network Simulator Duration : October 10 - Oct 11
Role : Developer Platform : Linux, Xtensa Simulator
Technologies : C Company : Wipro Technologies
Projects:
1. Have worked on development/porting of Layer 3 protocols [Routing, Forwarding,[ NAT, OSPF ] .).
2. Was responsible for porting benchmarking tool [ MD5].
Team : Softbank Duration : September 07 - September 10
Role : Senior Software Engg. Platform : SHP
Technologies : C Company : Samsung
Projects:
Porting activity and customer requirement changes in the graphics layer of proprietary software of cell
phone. Graphics layer is a framework which provides template for application developer and also
takes care of event handling routines for the windows. Solving bugs and maintaining the code
was the part of activities. Feature development for the cell phone. Unification of Graphics layer to
support the underlying T9 code of different versions.
Team : Wipro COE Duration : August 05 – July 07
Role : Project Engg. Platform : Linux
Technologies : C Company : Wipro Technologies

3. Projects:
The aim of this activity is to automate the migration process and helping any application to
migrate from one platform to other. The migration framework included specialized inputs from the
user and the source codes which need to be migrated. The framework supported the report
generation and automated migration in some extent for various complex applications.
M.Tech Thesis
Title : An Intelligent Framework for mobile robots in network.
Guide : Dr. S.B Nair, Comp Sc. Dept, IIT Guwahati
Description: The framework was developed with an aim to aid the mobile robots to be deployed in the
network and share the intelligence to help each other survive in their vicinity. This framework comprises of
rules to deploy the robot on the internet and programming the robot to interact with other similar deployed
robots when required.