Certificate in Networking

Certificate in Networking

Certificate in Networking course validates competency in networking administration and support.

 

This program covers the training in networking administration and support on various kinds of Operating Systems like Windows 7, Windows 2003/8, Linux etc. It also provides you the knowledge of media and topologies, protocols and standards, Network Security and Storage area Network. The demand for skilled network support professionals has grown significantly. The technology community identifies this course as the perfect entry point into a networking career. Upon completion of this course one can work as a Network Administrator, Field support Technician, Network Support Technician etc.

 

Audience : Those who are interested in learning about Computer Networking.

 

Prerequisite : Basics of computer hardware and Well Conversant in English.

Duration of the course :

Part Time : 2 Months (2 hrs/day)

Full Time : 1 Months (4 hrs/day)

Key Benefits : By the end of the course, students will be identified and accepted as baseline of any entry-level Network Engineer.

Basic Network Theory:

• •Network Definitions
• •Network Models
• •Connectivity
• •Network Addressing
• •Signaling Concepts

 

 

Network Connectivity:

• •The Data Package
• •Establishing a Connection
• •Reliable Delivery
• •Network Connectivity
• •Noise Control
• •Building Codes
• •Connection Devices

 

 

Advanced Network Theory:

• •The OSI Model
• •Ethernet
• •Network Resources
• •Token Ring/IEEE 802.5
• •FDDI
• •Wireless Networking

 

 

Common Network Protocols:

• •Families of Protocols
• •NetBEUI
• •Bridges and Switches
• •The TCP/IP Protocol
• •Building a TCP/IP Network
• •The TCP/IP Suite

 

 

TCP/IP Services:

• •Dynamic Host Configuration Protocol
• •DNS Name Resolution
• •NetBIOS Support
• •SNMP
• •TCP/IP Utilities
• •Upper Layer Services: FTP

 

 

Alternate Network Protocols:

• •Introduction to IPX/SPX
• •AppleTalk
• •Introduction to Apple Open Transport
• •Introduction to IPv6

Network LAN Infrastructure:

• •Implement LAN Protocols on a Network
• •IP Routing
• •IP Routing Tables
• •Router Discovery Protocols
• •Data Movement in a Routed Network
• •Virtual LANs (VLANs).

 

 

Network WAN Infrastructure:

• •The WAN Environment
• •WAN Transmission Technologies
• •WAN Connectivity Devices
• •Voice Over Data Services.

 

 

Remote Networking:

• •Remote Networking
• •Remote Access Protocols
• •VPN Technologies.

 

 

NetWork Security:

• •Introduction to Network Security
• •Virus Protection
• •Local Security
• •Network Access
• •Internet Security.

 

 

Disaster Recovery:

• •The Need for Disaster Recovery
• •Disaster Recovery Plan
• •Data Backups
• •Fault Tolerance.

 

 

Advanced Data Storage Techniques:

• •Enterprise Data Storage
• •Clustering
• •Network Attached Storage
• •Storage Area Networks.

 

 

Network Troubleshooting:

• •Using a Systematic Approach to Troubleshooting
• •Network Support Tools: Utilities
• •The Network Baseline.

 

 

Network Operating Systems:

• •Novell NetWare
• •Microsoft BackOffice
• •Linux History and Operation Macintosh.

Diploma in Hardware

Diploma in Hardware

Rooman’s Diploma in Hardware is one of the most sought after credentials in the Information Technology industry.

Audience : Those who are interested to learn about Computer Hardware in depth.

Prerequisite : Well Conversant in English.

Duration of the course :

Part Time : 4Months (2 hrs/day)
Full Time : 2Months (4 hrs/day)

Key Benefits : Diploma in Hardware is a well recognized validation of technical knowledge required for an entry-level computer service technician.

Course Contents :

Operating System Technologies:

• •Introduction to Computers
• •Types of Software & languages
• •Introduction to Operating System (DOS)

Introduction to OS Booting sequence in DOS
Internal & external commands.
PC Support (Core Hardware):

• •Assembling & Installation:
• •Add on card identification
• •Assembling a computer
• •Installation of DOS, 95,98,ME, MS-Office etc.,
• •Configuration of display, sound card.

Basic Electronics:

• •Resistors, capacitors and Inductors
• •Conductors, Insulators and semiconductors
• •Comparison between AC and DC Current
• •Diodes and transistors
• •Rectifiers and voltage Regulators

Digital Electronics:

• •Number System and conversion
• •Basic logic gates (NOT, AND, OR)
• •Universal gates (NAND, NOR)
• •Flip flops (RS, D and JK)
• •Counters, Shift registers
• •Multiplexer and De-multiplexer
• •Introduction to Integrated Circuits

Microprocessor and Support chips:

• •Difference between 8085,8086 and 8088
• •Data, Address and control bus
• •Dumb and Smart chip
• •Use of 8284,8288, 74LS245, 74LS373, in a PC
• •Use of 8237,8253.8255 & 8259 in a PC

Advanced Microprocessor:

• •Difference between PC-XT & PC-AT
• •Processor speed ratings
• •Study on Intel 80286, 80386, 80486
• •Study on Pentium, MMX, Pentium Pro, Celeron, PII, PIII,P4, Xeon
• •Study on Hyperthreading and Dual-Core Technology
• •Pipelining and superscalar execution
• •Study on Core I3, Core I5 and Core I7 Processor
• •Difference between RISC and CISC
• •Discussion on Overdrive processor
• •Processor performance tests
• •AMD- K5, K6, K7, Athlon, Duron, Cyrix- M II, Media GX
• •Multiprocessor configuration

Using System Resources and Memory:

• •Managing IRQ and I/O Base addresses
• •Configuring DMA Channels
• •Troubleshooting resource conflicts
• •Memory management
• •The system and logical Memory Layouts
• •Adapter Memory Configuration and optimization
• •Different Memory types
• •Discussion on Cache Memory

Motherboards:

• •Socket identification & I/O Slots
• •Study on LX, BX, ZX, 810,820, 815, 840 and 850 motherboard
• •Upgrading the motherboard and the processor
• •Bus Slots and I/O Cards,
• •Types of I/O Buses (ISA, EISA, MCA, VESA, PCMCIA and PCI)
• •Study on Notebook and Laptop architecture.

Storage Devices: Hard Disk Drives:

• •Data encoding scheme (FM, MFM, RLL)
• •Different HDD interface (ST-506/412, ESDI, IDE)
• •Study on SCSI interface
• •Data organization (MBR, DBR, FAT)
• •Data recovery using Various tools
• •Hard Disk Limitations (File System and BIOS)
• •Introduction to Disk Arrays (RAID)
• •Analyzing and troubleshooting Hard Disk Drive
• •Introduction to Tape Drives

Optical Storage Device:

• •Introduction to CD-ROM, DVD, CD-RW
• •Encoding and data organization in CD-ROM
• •Multiread and Universal Disk Format (UDF)
• •Troubleshooting CD-ROM Drives
• •Introduction to MO Drives.

VIRUS:

• •Virus History
• •Types of viruses (Trojans, File, Boot sector, etc.)
• •Installing different Antivirus packages

Communication Ports and modem:

• •Using communication ports and devices
• •Serial port configuration
• •Null Modem Configuration (RS-232)
• •Modem Standards
• •Configuring modem for internet connectivity
• •Internet concept and browsing
• •Introduction of USB

Parallel Ports and Printers:

• •Parallel port configuration
• •Detecting and testing Parallel port using DEBUG
• •Introduction to Printers
• •Printer working concepts (DMP, inkjet, LaserJet)
• •Detailed study about dot-matrix and inkjet printers
• •Troubleshooting printer
• •Introduction Scanners

Software and Hardware Diagnostic Tools:

• •Power-on Self Test (POST)
• •Using AMIDIAG, Norton Diagnostics, QAPLUS and MSD
• •GUI based Diagnostics Utility

Operating system and hardware troubleshooting:

• •Differentiating problems between Hardware, software and OS
• •Potential system problems
• •Diagnosing problems through Beep Sounds
• •Analyzing and repairing hardware problem
• •Advanced Troubleshooting

Introduction to Networking:

• •Network Cabling and Interfaces
• •Introduction to Baseband and broadband
• •Network Cable Types (Co-axial, Twisted pair, Fiber Optic)
• •Network Technologies (Ethernet, Token Ring)
• •Discussion on ISO/OSI Model and Network Protocol

Wireless networking

Wireless networking

Wireless networking is more than simply placing an Access Point (AP) and setting up devices to communicate with it. IT Support Desk not only recognizes the products required to build out a cost effective wireless network, but also the principles and standards behind effective, secure and resilient deployments.

Understanding and documenting our customers potential business needs for a wireless network
Base lining an existing network and recommending the appropriate infrastructure to support wireless networking
Feasibility studies and documentation to determine the cost effectiveness and viability of a wireless network
Recommendations for security architecture to insure the privacy and confidentiality for wireless networking
Installation, documentation and training so that your organization can effectively manage and scale your wireless network Pre and Post Installation consulting for current and evolving wireless standards.

NETWORKING

• NETWORKING
• 1. There are three basic configurations used to connect computers they are the Bus Ring Star
• 2. NETWORKING & TOPOLOGIES
• 3. Bus topology This type of network was widely used in the 1980’s  In this configuration every computer (node) shares the networks total bus capacities.  In this configuration adding more computers will reduce the access speed on the network.  Each computer communicates to other computers on the network independently this is referred to as PEER-TO-PEER networking 
• 4. How a Bus Peer to Peer Network Works All computers on a network have a distinct address just like your house does  a message would be send from one computer with the address of another computer attached to the message  The message is broadcasted to all the computers on the network until the addressed PC accepts the message 
• 5. Problems  One of the main problems with this type of network is that it is not very fault tolerant, a break or defect in the bus would affect the whole network
• 6. Ring Topology In Ring topology each node is connected to the two nearest nodes so the entire network forms a circle  Data only travels in one direction on a Ring network 
• 7. How this Topology works a node has information to send to another computer on the network so it sends the information out on the network to the PC it is connected to, if the information is for this PC (the recipients NIC address is attached to the message, which is like putting an address on an envelope) then the PC accepts the data  otherwise it passes the information on to the next PC by repeating the data back out on the line  This method of repeating the data helps keep the integrity of the data readable by other computers 
• 8. How it Works As it is better to have computers take turns using the connecting Data cable, Ring topologies incorporated a system called Token passing  In this topology, to transmit on the wire your computer must have control of the token or wait for the token to be free  Larger Token Ring networks use multiple tokens 
• 9. Problems and Solutions       The drawback to this type of topology is that a single malfunctioning workstation can disable the whole network To make sure all the information is sent the receiving PC sends the token back to the sending PC after it has received all the data If the sending PC is finished sending it passes the token to the next PC This type of network was also widely used in the 1980’s This type of network used Thinnet cable joining nodes. In the mid 1980’s Thinnet cable was replaced by Category 3 Ethernet cable capable of handling up to 10Mbps
• 10. Star topology HUB In a Star topology every node is connected through a central device such as a Hub, Switch or Router  Compared to a Ring or Bus topology a Star topology requires that more thought be put into its setup 
• 11. The Good and Bad of a Star Network The upside of a star network is that if any one cable fails then only the node connected on that cable would be affected  Another positive point to this type of network is that it is very simple to join two star networks together by connecting their central devices to each other 
• 12. The Good and Bad of a Star Network As each computer is connected to a central device (Hub) the location of the Hub must be made as central as possible, so as to reduce cable lengths  The drawback to this type of topology is if a central device was to fail then all computers connected to that device would not be able to see the network 
• 13. What is a Hub? A hub is usually a small rectangular box, often made of plastic, which receives its power from an ordinary wall outlet  A hub joins multiple computers (or other network devices) together to form a single network segment  On this network segment, all computers can communicate directly with each other 
• 14. What is a Hub? Ethernet hubs are by far the most common type, but hubs for other types of networks such as USB also exist  A hub includes a series of ports that each accepts a network cable  Small hubs can network four computers together  They contain four or sometimes five ports 
• 15. What is a Hub? Many times the fifth port is reserved for “uplink” which is the connecting of one hub to another hub or similar device (joining two segments together).  Larger hubs contain eight, 12, 16, and even 24 ports 
• 16. Key Features of Hubs Hubs classify as Layer 1 devices in the OSI model  OSI stands for : The Open Systems Interconnection Basic Reference Model  At the physical layer, hubs can support little in the way of sophisticated networking  Hubs do not read any of the data passing through them and are not aware of their source or destination 
• 17. Key Features of Hubs Essentially, a hub simply receives incoming packets, possibly amplifies the electrical signal, and broadcasts these packets out to all devices on the network – including the one that originally sent the packet!  a packet is a formatted block of data carried by a computer network 
• 18. Different Types of Hubs  Technically speaking, three different types of hubs exist Passive Active Intelligent
• 19. Passive hubs  Passive hubs do not amplify the electrical signal of incoming packets before broadcasting them out to the network Active hubs  amplify the electrical signal of incoming packets back to their original level before broadcasting them back out on the network
• 20. What is a Network Switch? A network switch is a small hardware device that joins multiple computers together within one local area network (LAN)  Technically, network switches operate at layer two (Data Link Layer) of the OSI model 
• 21. What is a Router? Routers are physical devices that join multiple wired or wireless networks together  Technically, a wired or wireless router is a Layer 3 gateway, meaning that the wired/wireless router connects networks together  A Gateway is a device that acts like a security guard and only allows data in or out if it has the right network headers 
• 22. Routers Home “networkers” often use an Internet Protocol (IP) wired or wireless router  IP is the most common OSI network layer protocol  Protocols are the rules governing the transfer of data information, it can also be compared to how humans use languages (to get your point across you must talk in the same language as the person you are speaking to). 
• 23. Routers An IP router such as a DSL or cable modem are broadband routers and joins the home’s local area network (LAN) to the wide-area network (WAN) of the Internet  A Broadband Router is a device that allows multiple PC’s to access the Internet using only one address

Training Institute For Hardware

Rooman Technology has designed its Hardware and Networking Courses so Well that, finding a job in market after completion of the course is very easy. You Will get obvious job offers from reputed Compnies in Market. We Technologies is a pioneer in career building industry for Networking and Hardware sector. We are associated with some of the major IT Companies like Wipro, HCL, Infosys, Honeywell, HP, IBM etc.

Diploma in hardware

Rooman’s Diploma in Hardware is one of the most sought after credentials in the Information Technology industry.

Audience : Those who are interested to learn about Computer Hardware in depth.

Prerequisite : Well Conversant in English.
Duration of the course :
Part Time : 4Months (2 hrs/day)
Full Time : 2Months (4 hrs/day)

Key Benefits : Diploma in Hardware is a well recognized validation of technical knowledge required for an entry-level computer service technician.

Course Contents :
Operating System Technologies:
•Introduction to Computers
•Types of Software & languages
•Introduction to Operating System (DOS)

Introduction to OS Booting sequence in DOS
Internal & external commands.
PC Support (Core Hardware):
•Assembling & Installation:
•Add on card identification
•Assembling a computer
•Installation of DOS, 95,98,ME, MS-Office etc.,
•Configuration of display, sound card.

Basic Electronics:
•Resistors, capacitors and Inductors
•Conductors, Insulators and semiconductors
•Comparison between AC and DC Current
•Diodes and transistors
•Rectifiers and voltage Regulators

Digital Electronics:
•Number System and conversion
•Basic logic gates (NOT, AND, OR)
•Universal gates (NAND, NOR)
•Flip flops (RS, D and JK)
•Counters, Shift registers
•Multiplexer and De-multiplexer
•Introduction to Integrated Circuits

Microprocessor and Support chips:
•Difference between 8085,8086 and 8088
•Data, Address and control bus
•Dumb and Smart chip
•Use of 8284,8288, 74LS245, 74LS373, in a PC
•Use of 8237,8253.8255 & 8259 in a PC

Advanced Microprocessor:
•Difference between PC-XT & PC-AT
•Processor speed ratings
•Study on Intel 80286, 80386, 80486
•Study on Pentium, MMX, Pentium Pro, Celeron, PII, PIII,P4, Xeon
•Study on Hyperthreading and Dual-Core Technology
•Pipelining and superscalar execution
•Study on Core I3, Core I5 and Core I7 Processor
•Difference between RISC and CISC
•Discussion on Overdrive processor
•Processor performance tests
•AMD- K5, K6, K7, Athlon, Duron, Cyrix- M II, Media GX
•Multiprocessor configuration

Using System Resources and Memory:
•Managing IRQ and I/O Base addresses
•Configuring DMA Channels
•Troubleshooting resource conflicts
•Memory management
•The system and logical Memory Layouts
•Adapter Memory Configuration and optimization
•Different Memory types
•Discussion on Cache Memory
Motherboards:
•Socket identification & I/O Slots
•Study on LX, BX, ZX, 810,820, 815, 840 and 850 motherboard
•Upgrading the motherboard and the processor
•Bus Slots and I/O Cards,
•Types of I/O Buses (ISA, EISA, MCA, VESA, PCMCIA and PCI)
•Study on Notebook and Laptop architecture.

Storage Devices: Hard Disk Drives:
•Data encoding scheme (FM, MFM, RLL)
•Different HDD interface (ST-506/412, ESDI, IDE)
•Study on SCSI interface
•Data organization (MBR, DBR, FAT)
•Data recovery using Various tools
•Hard Disk Limitations (File System and BIOS)
•Introduction to Disk Arrays (RAID)
•Analyzing and troubleshooting Hard Disk Drive
•Introduction to Tape Drives

Optical Storage Device:
•Introduction to CD-ROM, DVD, CD-RW
•Encoding and data organization in CD-ROM
•Multiread and Universal Disk Format (UDF)
•Troubleshooting CD-ROM Drives
•Introduction to MO Drives.

VIRUS:
•Virus History
•Types of viruses (Trojans, File, Boot sector, etc.)
•Installing different Antivirus packages

Communication Ports and modem:
•Using communication ports and devices
•Serial port configuration
•Null Modem Configuration (RS-232)
•Modem Standards
•Configuring modem for internet connectivity
•Internet concept and browsing
•Introduction of USB

Parallel Ports and Printers:
•Parallel port configuration
•Detecting and testing Parallel port using DEBUG
•Introduction to Printers
•Printer working concepts (DMP, inkjet, LaserJet)
•Detailed study about dot-matrix and inkjet printers
•Troubleshooting printer
•Introduction Scanners

Software and Hardware Diagnostic Tools:
•Power-on Self Test (POST)
•Using AMIDIAG, Norton Diagnostics, QAPLUS and MSD
•GUI based Diagnostics Utility

Operating system and hardware troubleshooting:
•Differentiating problems between Hardware, software and OS
•Potential system problems
•Diagnosing problems through Beep Sounds
•Analyzing and repairing hardware problem
•Advanced Troubleshooting

Introduction to Networking:
•Network Cabling and Interfaces
•Introduction to Baseband and broadband
•Network Cable Types (Co-axial, Twisted pair, Fiber Optic)
•Network Technologies (Ethernet, Token Ring)
•Discussion on ISO/OSI Model and Network Protocol