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Network Technologies

COURSE

Network Technologies

DESCRIPTION

Prerequisite:
- Able to read, write & converse in English
- Basic Knowlegde of Computer System & OS Functions

COURSE SCHEDULE

Application Deadline

3th June 2005

Course Start Date

6th June 2005

Course End Date

1st September 2005

DURATION

Days per Week

5 Days

Hours per Week

40 Hours

Total Hours (IT course+English course)

480 Hours

ENGLISH TRAINING PROGRAM

This course is offered together with IT course.

80 Hours

LOCATION

PUNE, India

CURRICULUM


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FACILITY

C-DAC ACTS Center Pune, India

FACULTY

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Network Technologies
Month	Schedule Date	Days	Track1（2005年6月5日～2005年9月2日）
June	6-Jun-05 to 10-Jun-05	5	Business English (40 hrs)
	13-Jun-05 to 17-Jun-05	5	Business English (40 hrs)
	20-Jun-05 to 24-Jun-05	5	Cross Culture Communications (40 hrs)
	27-Jun-05 to 5-Jul-05	7	Operating System (56 hrs)

July	6-Jul-05 to 7-Jul-05	2	Network Foundation Course (16 hrs)
	8-Jul-05 to 14-Jul-05	5	CompTIA (40 hrs)
	15-Jul-05 to 25-Jul-05	7	CCNA + CCDA (56 hrs)

August	26-Jul-05 to 16-Aug-05	14	CCNP (112 hrs)
	17-Aug-05 to 30-Aug-05	10	MCSA + Security + Mini Project (80 hrs)

	Total Days	60	Total Hours = 480Hrs
August	31- Aug-05 to 1-Sep-05		Final Exam
	2-Sep-05		Leave India

Business English (80 Hours)

Class Room Sessions	Assignments	Class-Room Books and Courseware	Home study/ Self Study Books
Reading, Writing, Listening and Speaking practice with related exercises on business related topics.	In expressing opinions, mini presentation, role playing and group discussions, Business related topics for role play, Business letters, memos, etc.	Let's Talk - 2 Students Book with Audio Cassettes Getting Ahead - Learner's Book Getting Ahead - Learner's Book Audio Cassettes Intermediate English Grammar English Vocabulary in Use - Pre-intermediate & Intermediate	Getting Ahead - Home Study book Getting Ahead - Home Study book Audio Cassette Essential English Grammar Intermediate English Grammar English Vocabulary in Use -Elementary English Vocabulary in Use - Pre-intermediate English Vocabulary in Use - Intermediate

Cross Culture Communications (40 hrs)

Prerequisties: Students must be proficient in reading, writing and comprehending the English language.
Objective: Enable the participants to understand how culture influences communication and reasoning styles, motivation, professional and social relationships, business protocol and practices, and personal lifestyles.
Understanding culture	What is culture?
	The roots of culture
	Key cultural differences
	Developing cultural awareness
Intercultural issues	Age
	Gender
	Regional affiliations
	Cultural identities, ethnic/linguistic and other affiliations
Language and communication in multilingual settings:	Translation/transfer and lingua franca communication
	Meta-linguistic skills
	Socio-linguistic dimension and psycholinguistic dimensions
Management skills: internal and external	Internal:	Team development
		Mediation
		Leadership and membership issues
		Distribution of labour
		Working on the task
		Self-evaluation
		Guiding meetings etc.
	External:	Dealing with the organizational environment
		Managing the interface between the team and the organizational environment
		Contracting with initiators, donors, clients, institutions, authorities
		Conflict management
		Negotiating resources

Operating System (56Hours)

Prerequisties: Knowledge of structured programming concepts, Familiarity with operating system environment, Ability to create and edit text files,Basic Programming in C / C++

Objective: Focus on the inner workings of the various operating systems available,adminstration, configuration and operations with a focus on practical application in a real-world environment

Introduction to Operating Systems
History of Operating Systems in brief
System Components/Services
Introduction to Process Management
Multiprogramming, threading, tasking and processing
CPU Scheduling
Process Synchronization
Deadlocks
Memory management
Virtual Memory
File-System Interface
Introduction to basic system architecture, system boot-up, start-up script
Daemons and system security

Data Communication and Networking (16 Hours )

Introduction to Data Communication and Networking.
Issues in computer networking
OSI protocol suite
N/W architecture for Intranet and Internet
Internetworking Issues: Bridges, Routers, And LAN-WAN Gateways
Multimedia and ISDN
LAN Topologies and Standards. (Ethernet, Fast Ethernet, Gigabit Ethernet, ATM)
TCP/IP protocol suite.
Application Protocols: SMTP, MIME, SNMP, FTP, TELNET
Wireless Technologies (WAP, GSM, CDMA, Bluetooth)
Network Security
Introduction to basic system architecture, system boot-up, start-up script
Daemons and system security

Network Foundation + CompTIA (40 Hours)

Prerequisties: Familarity with operating system environment, Speak , Read and Understand General English And Technical Terms
Objective: To get familiar with Network, Network types, OSI Models, Architectures, TCP/IP fundamentals, Everyday Maintenance & troubleshoot.
Foundation	Communications basics LANs, MANs, and WANs The Internet Analog and Digital Communications Multiplexing Overview The OSI Models IEEE and TCP/IP Architectures LAN Components LAN Media LAN Topologies LAN Standards The PSTN WAN Services Internetworking Concepts Internetworking Devices
Client/Server Networks	Personal Area networks and Local Communications Course Labs and Demonstrations: Installing and testing CAT5e/6 networks Building an Ethernet LAN Interconnecting Ethernet LANs Basic network structure Physical layer components, such as network cards and hubs DataLink layer bridges and IEEE 802 specs Network layer protocols Transport layer functions, including name resolution TCP/IP fundamentals?protocols, addressing, configuration TCP/IP utilities, such as Telnet and FTP Remote connectivity Security?from encryption to firewalls Networking Practices
Network planning and installation	Everyday maintenance?backups, patches, virus protection Troubleshooting scenarios, tools, and tactics Core Hardware Installation, configuration, and upgrading Motherboard, processors, and memory Printers and portable computers Diagnosis and troubleshooting Basic networking and telecommunications Safety and preventive maintenance Operating System Technologies
Windows OS & Network	Fundamentals?including structure and functions for Windows 9X and Windows 2000 File, directory, and disk management Installation, configuration, and upgrading Application device drivers and Windows-based utilities Diagnosis and troubleshooting Internet access and network connectivity
Troubleshooting	What is troubleshooting ? Methods (Do's & donts )

CCNA + CCDA (60 Hours)

Prerequisties:Familarity with operating system environment,Speak , Read and Understand General English And Technical Terms with strong Network foundation.
Objective: To be able to give certification Exams like CCNA & CCDA
CiscoR Networks	Introduction to CiscoR Networks Lecture Introduction to Internetworking and the OSI Model TCP/IP Concepts (Basic) Assembling and Cabling CiscoR Devices Operating and Configuring a CiscoR IOS Device Network Media and Network Types Managing Your Network Environment Exec Mode and Commands Router Help and Editing Commands for Starting and Saving Configurations
TCP/IP Subnetting	Setting Your Passwords, Hostname, IP Address, Identification, Bandwidth and Clock Rate Connecting and Configuring Static Routing Discovering Neighbors with CDP Managing configurations and IOS with TFTP TCP/IP Subnetting Advanced TCP/IP Concepts Designing and Configuring Subnetted Networks Password Recovery
Interconnecting and Securing CiscoR Routers	Routing and Routing Protocols RIP, IGRP, EIGRP, OSPF Basic IP Traffic Management with Access Lists Routing Information Protocol (RIP) Interior Gateway Routing Protocol (IGRP) Open Shortest Path First (OSPF) Enhanced Interior Gateway Routing Protocol (EIGRP) Standard and Extended Access Lists
PPP, ISDN, and Frame Relay with CiscoR Routers	Network Address Translation WAN Basics and PPP Establishing Serial Point-to-Point Connections WAN Basics and PPP Establishing Serial Point-to-Point Connections Completing an ISDN BRI Call Establishing a Frame Relay PVC Connection Configuring, Defining Routes, Verifying Operation Configuring Frame Relay Troubleshooting
Catalyst Switching	LAN Technologies Configuring Catalyst Switches Spanning Tree Protocol VLANs and Trunking VTP Basic Setup Creating VLANs and Assigning to Interfaces Creating Trunk Ports
CiscoR Internetworking Design - I	Introduction to Voice design concepts Design Principles Network Structure Concepts IP Addressing Design Concepts Basic Campus Switching Design Considerations Basic WAN Design Considerations Routing Protocols Design Considerations Case Study - to design in WAN , IP Addressing Design
CiscoR Internetworking Design - II	Security Design Concepts Network Management Design Concepts Design Summary Timed Practice Simulations - To Design & Simulate under specific set of Criteria like time

CNNP

Prerequisties:Familarity with operating system environment, Speak , Read and Understand General English And Technical Terms with strong Network foundation.

Objective: To be able to give certification Exams like CCNP

Building Scalable CiscoR Internetworks

Routing Principles

List key information routers need to route data

Describe classful and classless routing protocols

Compare distance vector and link-state protocol operation

Describe the use of the fields in a routing table

Extending IP Addresses

Given an IP address range, use VLSMs to extend the use of the IP addresses

Given IP addressing, explain if route summarization is possible

Configure an IP helper address to manage broadcasts

Building Scalable CiscoR Internetworks

Configuring OSPF in a Single Area

Explain why OSPF is better than RIP in a large internetwork

Explain how OSPF discovers, chooses, and maintains routes

Explain how OSPF operates in a single area NBMA environment

Configure OSPF for proper operation in a single area

Verify OSPF operation in a single area

Configure a single-area OSPF environment and verify proper operation

Configure single-area OSPF in an NBMA environment and verify proper operation

Interconnecting Multiple OSPF Areas

Describe the issues with interconnecting multiple areas and how OSPF addresses each

Explain the differences between the possible types of areas, routers, and LSAs

Explain how OSPF supports the use of VLSM

Explain how OSPF supports the use of route summarization in multiple areas

Explain how OSPF operates in a multiple area NBMA environment

Configure a multiarea OSPF network

Verify OSPF operation in multiple areas

Configure a multiple area OSPF environment and verify proper operation

Building Scalable CiscoR Internetworks

Configuring EIGRP

Describe Enhanced IGRP features and operation

Explain how EIGRP discovers, chooses, and maintains routes

Explain how EIGRP supports the use of VLSM

Explain how EIGRP operates in an NBMA environment

Explain how EIGRP supports the use of route summarization

Describe how EIGRP supports large networks

Configure Enhanced IGRP

Verify Enhanced IGRP operation

Configure an Enhanced IGRP environment and verify proper operation

Configure Enhanced IGRP in an NBMA environment and verify proper operation

Configuring Basic Border Gateway Protocol

Describe BGP features and operation

Connect to another autonomous system using an alternative to BGP, static routes

Explain how BGP policy-based routing functions within an autonomous system

Explain how BGP peering functions

Describe BGP communities and peer groups

Describe and configure external and internal BGP

Describe BGP synchronization

Configure a BGP environment and verify proper operation

Building Scalable CiscoR Internetworks

Implementing BGP in Scalable Networks

Describe the scalability problems associated with internal BGP

Explain and configure BGP route reflectors

Describe and configure policy control in BGP using prefix lists

Describe methods to connect to multiple ISPs using BGP

Explain the use of redistribution between BGP and Interior Gateway Protocols (IGPs)

Configure a multi-homed BGP environment and verify proper operation

Optimizing Routing Update Operation

Select and configure the different ways to control routing update traffic

Configure route redistribution in a network that does not have redundant paths between dissimilar routing processes

Configure route redistribution in a network that has redundant paths between dissimilar routing processes

Resolve path selection problems that result in a redistributed network

Verify route redistribution

Configure policy-based routing using route maps

Configure redistribution between different routing domains and verify proper operation

Configure policy-based routing within your pod and verify proper operation

Building CiscoR Multilayered Switched Networks (BCMSN)

Bridging/Switching

Describe the aspects of the Enterprise Composite Model and AAVID architecture

Understand the physical and data-link properties of switching

Explain the operations of the Switching Database Manager

Explain the features and functionality of VLANs and VTP versions 1 & 2

Configure VLAN and VTP on a Native IOS switch

Configure ISL and 802.1q trunking

Explain the operations of IEEE 802.1d Spanning Tree Protocol

Understand and configure enhancements to STP such as Multiple Spanning Tree (MST),
Rapid Spanning Tree Protocol (802.1w), Fast Ether Channel PortFast, UplinkFast, BackboneFast,
BPDU Guard, and Root Guard

Tune and troubleshoot STP

Building CiscoR Multilayered Switched Networks (BCMSN)

Multilayer Switching

Describe multilayer switching components and operations

Configure and verify MLS and CEF-Based MLS

Configure inter-VLAN Layer 3 routing

Describe how to implement redundancy in a Multilayer switched network with redundant switch Supervisor engine, modules, power supplies, and protocols such Hot Standby Routing Protocol (HSRP), Virtual Router Redundancy Protocol (VRRP), and Gateway Load Balancing Protocol (GLBP)

Building CiscoR Multilayered Switched Networks (BCMSN)

AVVID Services and Applications in a switched environment

Describe IP multicast operations and protocols such as IGMP,CGMP, PIM-DM and PIM-SM

Configure and monitor IP multicast

Explain the challenges and practices to provide QoS for Cisco IP Telephony in a switched environment

Describe and configure auxiliary VLANs

Describe the IntServ and DiffServ QoS architectures

Configure and troubleshoot QoS features such as queuing and policy maps

Optimizing and Securing Multilayer Switched Networks

Monitor network performance with SPAN, VSPAN, and RSPAN

Configure AAA services on a multilayer switch

Configure access-lists and private VLANs

Building CiscoR Multilayered Switched Networks (BCMSN)

Transparent LAN/Metro Ethernet Services

Describe Transparent LAN Services and how they are implemented in a service provider network

Describe Tag Stacking (Q-in-Q tunneling)

Building CiscoR Remote Access Networks (BCRAN)

WAN Technologies and Components

Describe WAN connection types and apply them to individual customer requirements

Select Cisco products to provide appropriate WAN services

Asynchronous WAN Connectivity

Describe modem functions and connections

Configure modem parameters within the access server router and the modem itself

Verify and Troubleshoot modem configurations

Building CiscoR Remote Access Networks (BCRAN)

PPP and ISDN Overview

Describe the sublayers and functions of the PPP protocol

Describe and configure PPP PAP and CHAP authentication

Configure LCP extensions such as PPP callback and compression

Explain ISDN BRI and PRI operations and concepts

Configure Dial-On-Demand routing (DDR)

Determine the differences between legacy DDR, rotary groups, and dialer profiles

Verify and troubleshoot DDR and ISDN operations

Frame Relay, Backup, Queuing, Compression, NAT, and AAA

Describe the operations and components of Frame Relay

Configure Frame Relay

Verify and troubleshoot Frame Relay

Explain the fundamentals behind Frame Relay Traffic Shaping

Configure Frame Relay Traffic Shaping

Configure a dial backup

Understand the differences between WFQ, priority queuing, custom queuing, CBWFQ, and LLQ

Configure traffic optimization be implementing compression on various links

Explain NAT operations

Configure static and dynamic NAT

Configure AAA services for remote access

Building CiscoR Remote Access Networks (BCRAN)

Broadband Technologies

Describe emerging broadband technologies available for remote access

Describe cable operations

Describe DSL technologies

Configure and troubleshoot DSL

Virtual Private Networks

Describe the types of VPN

Explain the Cisco IOS Cryptosystem

Understand IKE negotiations

Understand IPSec technologies

Configure routers for IPSec VPNs

Verify and troubleshoot IPSec VPNs

CiscoR Internetworking Troubleshooting (CIT)

Baselines and Troubleshooting Strategies

Describe components of Network Configuration Document

Define network baseline procedures and tools

Explain the Cisco General Troubleshooting Approach

Troubleshooting at the Physical and Data Link Layers

Explain the methodologies for gathering Layer 1 and 2 symptoms

Isolate Physical and Data Link layer problems

Explain problem correction techniques

CiscoR Internetworking Troubleshooting (CIT)

Troubleshooting at the Network Layer

Explain the methodologies for gathering Layer 3 symptoms

Isolate Network layer problems

Explain problem correction techniques

CiscoR Internetworking Troubleshooting (CIT)

Troubleshooting at the Transport and Application Layer

Explain the methodologies for gathering Layer 4-7 symptoms

Isolate Transport and Application layer problems

Explain problem correction techniques

MCSA + Security

Prerequisties:Familarity with operating system environment,Speak , Read and Understand General English And Technical Terms with strong Network foundation.

Objective: To be able to give certification Exams like MCSA and understand how network security can help administer Network Smoothly & Efficently And Master the Foundatation-level concepts applicable to IT and traditional projects.

Installing, Configuring and Administering Microsoft Windows 2000 Professional

Installation and Administration : Installation

Installation and Administration: Administration

Installation and Administration: Groups and Terminal Services

Installation and Administration: Files and Folders

Installation and Administration: Advanced File and Folder

Installation and Administration: Hardware Configuration and Optimization

Installation and Administration: Storage and Printing

Installation and Administration: Events

Installation and Administration: Backup and Recovery

Network Protocols and Remote Access

Group Policy

Installation and Administration: Users

Update: New Features and Architecture

Installing, Configuring and Administering Microsoft Windows 2000 Server

Installation and Administration : Installation

Installation and Administration: Administration

Installation and Administration: Groups and Terminal Services

Installation and Administration: Files and Folders

Installation and Administration: Advanced File and Folder

Installation and Administration: Hardware Configuration and Optimization

Installation and Administration: Storage and Printing

Installation and Administration: Events

Installation and Administration: Backup and Recovery

Network Protocols and Remote Access

Group Policy

Installation and Administration: Users

Update: New Features and Architecture

Implementing and Administering a Microsoft Windows 2000 Network Infrastructure

Implementing a Network Infrastructure: DHCP, DNS, WINS

Implementing a Network Infrastructure: IP Routing

Implementing a Network Infrastructure: Security + Firewall

Network Protocols and Remote Access

Managing a Microsoft Windows 2000 Network Environment

Managing Windows 2000 in a Network Environment

Managing Resources, File Systems, Disks, and Web Services in Windows 2000

Managing and Monitoring Network Security, Routing, and TCP/IP in Windows 2000

Configuring and Troubleshooting IIS 5.0 in Windows 2000

Managing and Troubleshooting DHCP, DNS, and Name Resolution on a Windows 2000 Network

Managing Windows 2000 Servers and Client Computers

Managing Groups and Replication through the Active Directory

Managing Group Policy in Windows 2000

Managing Remote Access Solutions in Windows 2000

Introduction to Designing Security

1. Introduction to Designing Security for Microsoft Networks

2. A Pharmaceuticals Company requires security checks: A Case Study

1. Introduction to Security Policies

2. Defining a Process for Designing Network Security

3. Creating a Security Design Team

Creating a Plan for Network Security

Identifying Threats to Network Security

1. Introduction to Security Threats

2. Predicting Threats to Security

Analyzing Security Risks

1. Introduction to Risk Management

2. Creating a Risk Management Plan

Creating a Security Design for Physical Resources

1. Determining Threats and Analyzing Risks to Physical Resources

2. Designing Security for Physical Resources

Creating a Security Design for Physical Resources

Creating a Security Design for Computers

1. Determining Threats and Analyzing Risks to Computers

2. Designing Security for Computers

Creating a Security Design for Accounts

1. Determining Threats and Analyzing Risks to Accounts

2. Designing Security for Accounts

Creating a Security Design for Authentication

1. Determining Threats and Analyzing Risks to Authentication

2. Designing Security for Authentication

Creating a Security Design for Data

1. Determining Threats and Analyzing Risks to Data

2. Designing Security for Data

Creating a Security Design for Data Transmission

1. Determining Threats and Analyzing Risks to Data Transmission

2. Designing Security for Data Transmission

Creating a Security Design for Physical Resources

Creating a Security Design for Network Perimeters

1. Determining Threats and Analyzing Risks to Network Perimeters

2. Designing Security for Network Perimeters

Designing Responses to Security Incidents

1. Introduction to Auditing and Incident Response

2. Designing an Audit Policy

3. Designing an Incident Response Procedure

Designing an Acceptable Use Policy

1. Analyzing Risks That Users Introduce

2. Designing Security for Computer Use

Designing Policies for Managing Networks

1. Analyzing Risks to Managing Networks

2. Designing Security for Managing Networks

Designing an Operations Framework to Manage Security

1. Analyzing Risks to Ongoing Network Operations

2. Designing a Framework for Ongoing Network Operations

Mini Project

Project Initiation: Estimating

Project Initiation: Discovery and Analysis

Project Initiation: Framing the Project

Project Planning: Laying the Foundation

Project Planning: Developing the Plan

Project Planning: Building the Team

Project Execution: Monitoring and Managing

Project Control: Managing Chaos

Project Closure: Tying Up Loose Ends

TRAINING FACULTIES

Dr. PRADEEP K. SINHA	Mr. V. SUNDERARAJAN
Mr. SUNU ENGINEER	Ms. MADHURA PRABHUDESAI

Dr. Pradeep K. Sinha

Dr. Pradeep K. Sinha heads the National PARAM Supercomputing Facility at the Centre for Development of Advanced Computing (C-DAC), Pune, India. He is also the Chief of R&D Projects at C-DAC. He was one of the chief architects of the PARAM 10000 and PARAM Padma Supercomputers developed by C-DAC. Before joining C-DAC in 1996, Dr. Sinha was with the Multimedia Systems Research Laboratory of Matsushita Denki in Tokyo, Japan where he coordinated projects in the area of distributed computing systems.

Dr. Sinha has significantly contributed to the advancement of science & technology and technical education. He holds two international patents and has authored a number of technical papers and three books. His book titled "Distributed Operating Systems: Concepts and Design" is used as a textbook in many universities in the USA and in India at Postgraduate level. The Japanese language edition of the book has also been brought out for use in Japanese Universities by SciTech Press, Inc., Tokyo, Japan. Dr. Sinha’s other two books titled “Foundations of Computing” and “Computer Fundamentals” are widely used all over India in many colleges and universities.

Dr. Pradeep K. Sinha

Dr. Sinha is a recognized Post Graduate faculty member of Pune University, Indian Institute of Science, Bangalore, and Jawaharlal Nehru Technical University, Hyderabad. He has guided several M. Tech. and Ph. D. students in the area of Computer Science and Engineering. He loves sharing his knowledge and experiences with young students and guiding them to become successful professionals.

Dr. Sinha is also a subject of biographical record in the Sixteenth Edition (1999) of the American Publication “Marquis Who’s Who in the World”, inclusion in which is limited to those individuals who have demonstrated outstanding achievement in their own fields of endeavor and who have, thereby, contributed significantly to the betterment of contemporary society.

Dr. Sinha obtained his Bachelor of Engineering degree in Computer Science in 1980 from the Regional Engineering College, Allahabad, his Master of Science degree in Computer Science and Engineering in 1983 from the Indian Institute of Technology, Madras, and his Doctor of Science degree in Information Science in 1991 from the University of Tokyo, Japan.

Mr. SUNU ENGINEER

Education: Ph.D in Astrophysics from Pune Univ.,India

Professional Experience: Currently Scientific Officer working on IUCAA 2m Observatory project, designing hardware and software for integrated distributed observatory and instrument control systems. IUCAA High Performance computing group lecturer.
Visting lecturer of computational physics and parallel computing at American University in Beirut.
Visiting faculty for Embedded systems course at CDAC, Pune, India.
Experienced in software and hardware design from embedded systems to enterprise systems for the past 15 years.

Mr. V. SUNDERARAJAN

Short Vita:

1994-onwards working at the Centre for Development of Advanced Computing (C-DAC), Pune India as Group Coordinator, Scientific and Engineering Computing Group.

Mr. V. SUNDERARAJAN

Aug 2001 - Oct 2002	Guest Scientist in the iBioS Group at DKFZ (on leave from C-DAC)
Nov 2000 - March 2001	Visiting Associate Professor, Institute for Materials Research, Tohoku University, Sendai, Japan
1988-1994	Research Associate and Lecturer in Physics Department, University of Pune
1992-1993	Visiting Scientist at International Centre for Theoretical Physics, Trieste, Italy
1983-1988	Research Fellow at Anna University, Chennai, India

Academic:

M.Sc. Physics (Presidency College Chennai, Madras University, 1982)
Ph.D. Physics (Anna University, 1989) Thesis Title: Electron Momentum Distribution in Some Transition Metals Published about 40 research articles in International journals and conference proceedings

Research Interests:

Application of Evolutionary Computing techniques

Nano- and Meso- Scale Simulations

High Performance Computing

Ms. Madhura Prabhudesai, PMP

Summary of Assets:

Proven ability to plan execute s/w projects and manage multiple
resources to produce growth
Developed products in Cotton Trading Business in the capacity of a
Project Manager
Designing of E-Learning system in Project Management
Managing Special Interest Group (PMSOFT-SIG) in Pune Expertise in various
PM Competency assessments.
Talented & experienced at management of clients, vendors &
organizations In both direct & indirect reporting circumstances
PM Process’s implementation capacity.
Designing, developing and conducting “Effective use of Microsoft Project
in Project Management” module in reputed Organizations, workshops &
institutes.

Technical Expertise :

Authorizing Tools : Visual Studio 6.0, Visual Interdev 6.0, VB.net

Database : Oracle 8.0, SQL Server 7.0, MS Access 2000

Web : ASP, DHTML, HTML

OS : Windows NT 4.0, Windows 98, 2000, XP, Palm OS

Project Management : Microsoft Project 2000.

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