Apply For Admission Partner

Apply For Job Vacancy

»
Top ITI in Kota-Rajasthan
»
Government Women Industrial Training Institute, Kota-Rajasthan

Government Women Industrial Training Institute ITI Mechanic Computer Hardware Admission 2024-25, Exam Pattern, Question Papers, Admission Online Process

Kota-Rajasthan, Rajasthan
Estd 01-Aug-1988
Government ITI
DGET, NCVT
10

ITI Mechanic Computer Hardware Course Full Detail 2024-25

Overview

Mechanic Computer Hardware

Mechanic Computer Hardware is a vocational training program that focuses on the repair, maintenance, and troubleshooting of computer hardware components. In this program, students learn to assemble, disassemble, and repair computer systems, including CPUs, motherboards, RAM, hard drives, and peripherals such as keyboards and mice. They also gain knowledge about operating systems and software installation.

Highlights of the Mechanic Computer Hardware program:

Practical hands-on training in computer hardware repair and maintenance

Understanding of computer components and their functions

Troubleshooting skills to diagnose and fix hardware issues

Knowledge of operating systems and software installation

Familiarity with networking concepts and configurations

Mechanic Computer Hardware Entrance Exam:

Some institutes may conduct an entrance exam to assess the aptitude and basic knowledge of applicants for the Mechanic Computer Hardware program. The exam may cover topics such as computer hardware, operating systems, and basic troubleshooting.

Mechanic Computer Hardware Admission:

To be eligible for admission to the Mechanic Computer Hardware program, candidates must have completed their secondary education (10th grade or equivalent) from a recognized board. Some institutes may have specific eligibility criteria, so it is advisable to check with the individual institutions for their requirements.

Mechanic Computer Hardware Duration:

The duration of the Mechanic Computer Hardware program is typically one year. However, it may vary depending on the institute and the curriculum structure.

Mechanic Computer Hardware Selection Criteria:

The selection criteria for the program may vary from one institute to another. Generally, selection is based on the candidate's performance in the entrance exam (if applicable) and their educational qualifications.

Mechanic Computer Hardware How to Apply:

To apply for the Mechanic Computer Hardware program, candidates can follow these steps:

Research and identify institutes or vocational training centers offering this program.

Check their admission requirements and eligibility criteria.

Obtain the application form either online or from the institute's admission office.

Fill out the application form with the required details and attach any necessary documents.

Submit the completed application form along with the application fee, if applicable.

Mechanic Computer Hardware Application Process:

The application process may involve the following steps:

Fill out the application form accurately, providing all the required information.

Attach the necessary documents, which may include educational certificates, identity proof, and passport-sized photographs.

Pay the application fee, if applicable, as per the institute's instructions.

Submit the completed application form and supporting documents either online or in person at the institute's admission office.

Mechanic Computer Hardware Fee:

The fee for the Mechanic Computer Hardware program varies depending on the institute and the facilities provided. It is advisable to contact the respective institute for accurate and up-to-date information regarding the fee structure.

Mechanic Computer Hardware Syllabus:

The syllabus for the Mechanic Computer Hardware program generally includes the following topics:

Introduction to computer hardware components

CPU and motherboard

RAM and storage devices

Power supply and cooling systems

Peripherals and input/output devices

Operating systems and software installation

Networking concepts and configurations

Troubleshooting hardware issues

Basic maintenance and repair techniques

Mechanic Computer Hardware Salary and Jobs:

After completing the Mechanic Computer Hardware program, graduates can find job opportunities as:

Computer hardware technician

Computer repair technician

IT support technician

Computer service center technician

System assembly and maintenance technician

The salary for Mechanic Computer Hardware professionals can vary depending on factors such as experience, skills, and location. Entry-level salaries typically range from $25,000 to $40,000 per year. With experience and expertise, professionals can earn higher salaries.

Mechanic Computer Hardware Career Opportunities:

The Mechanic Computer Hardware program provides a foundation for a career in the IT and computer hardware industry. Graduates can explore various career opportunities, such as:

Working in computer service centers

Joining IT support teams in organizations

Starting their own computer repair and maintenance business

Pursuing further education in related fields, such as computer engineering or network administration

Mechanic Computer Hardware FAQs:

Q: What are the minimum educational requirements for the Mechanic Computer Hardware program?

A: The minimum requirement is usually completion of secondary education (10th grade or equivalent).

Q: What is the duration of the program?

A: The program duration is typically one year, but it may vary depending on the institute.

Q: Is there an entrance exam for admission to the Mechanic Computer Hardware program?

A: Some institutes may conduct an entrance exam to assess the aptitude and basic knowledge of applicants.

Q: What is the average salary for Mechanic Computer Hardware professionals?

A: The salary can vary depending on factors such as experience, skills, and location. Entry-level salaries typically range from $25,000 to $40,000 per year.

Q: What are the career opportunities after completing the Mechanic Computer Hardware program?

A: Graduates can work as computer hardware technicians, computer repair technicians, IT support technicians, or start their own computer repair business.

Mechanic Computer Hardware is a mechanical vocational trade. It is a person who repairs and maintains computers and servers. The full trade consist of two year and its syllabus is divide in four semesters of six month each. Computer Mechanic work in a variety of settings, encompassing both the public and private sectors. This trade provide study related to troubleshooting a variety of computer issues; installing hardware and software systems; maintaining or repairing equipment; setting up computer security measures; configuring computer networks; offering technical support on-site or via phone or email and the like others. Various ITIs in India offered this trade. Candidates have various job opportunities in research laboratories and manufacturing like designing and testing new kinds of computers.

Mechanic Computer Hardware Trade Job Scopes:

Technical Support Representative
Computer Hardware Instructor
Desktop Support Executive
Hardware/Networking Trainer
Desktop support

ITI Mechanic Computer Hardware

STREAM
Vocational Courses

DURATION
2 Years

COURSE MODE
Year

COURSE TYPE
Diploma Courses

ELIGIBILITY
10th in with 45% (40% for SC/ST)

Similar Courses
Vocational Courses
ITI

ADMISSION 2024-25

Apply Now

ITI Mechanic Computer Hardware: Subjects of Study (Syllabus)

Paper Code	Subjects of Study
1	Trade Practical
2	Practice fixing of screws of different sizes on wooden board. Practice of Cutting on wooden blocks using Tenon saw/6 inch hand saw Drill holes on wooden boards using Electric/Hand Drill Machine. Smoothen the blunt surfaces using suitable files Repeat the
3	Identify the Live, Neutral and Earth on power socket. Construct a test lamp and light a lamp Use a Tester to monitor AC power. Measure the unwanted voltage between the neutral and Ground and take measures to reduce it.
4	Measure and Test the voltage of the given primary/ secondary cell(s). Charge and discharge the cell while measuring the respective Voltage and currents.
5	Identify different transformers Measure the primary and secondary winding resistances for transformers of different capacities (up to 500 VA) Identify different sizes, shapes of cores used in low capacity transformers.
6	Identify and Test Permanent Magnet DC motor Identify and Test Brushless DC motor Identify and Test stepper motor Identify and familiarize with various types of fuses with their bases.
7	Identify Resistors of different types (include NTC, PTC, W/W, Log, Linear, preset, VDR, LDR) values and power ratings. Use colour code to identify the Resistors and values.
8	Identify Si and Ge diodes Record any ten Diode component numbers (both Si & Ge) from Data book with their specifications.(If, PIV and forward voltage drop) Identify any five different packaging styles of Diodes with respective heat sinks.
9	Identify PNP and NPN Transistors.
10	Identify any five FET Transistors and record main parameters from the Data book Test the given FET (at least 5 no’s) and record the impedances.
11	Dismantle an Analog multimeter and identify components/sections and trace path for measurement of V, I & R.
12	Identify different electrical cables of various gauges and of different insulation strength.
13	Practice with cable ties, ferrools, routing of cables etc. Identify and familiarize with spst, spdt, dpdt, tumbler, toggle, piano type electrical Switches Identify and familiarize with electronic pushbutton (NO, NC), with and without indicator lamps, wit
14	Select a soldering gun and practice soldering of different electronic active and passive components/digital ICs on varieties of PCBs.
15	Measure logical high and low for TTL and CMOS ICs. Identify by the number and Monitor the clock frequency of different crystal ICs on CRO and measure it.
16	Wire and illuminate LEDs of different sizes and observe the current drawn. Expose LDR different lights and Record the variation in resistance. Expose Photovoltaic cell to different lights and Record the variation in Voltage produced.
17	Construct and test voltage divider bias Construct and Test a common emitter Amplifier Construct and Test common base amplifier Construct and Test common collector amplifier Construct and Test Darlington amplifier.
18	Construct and test Class A amplifier. Construct and test Class B amplifier Construct and test Class A B push pull Amplifier Construct and test a single stage CE amplifier with and without emitter bypass capacitor.
19	Construct an emitter follower, RC coupled amplifier Construct and test push pull power amplifier Construct and test oscillator using a HF transistor.
20	Construct and test as table multi-vibrator circuit Identify and test Transistors of different packaging styles Identify and pick a suitable heat sink for Transistors of different packaging styles Test various analogue electronic components using linear I
21	Construct and Test Half Adder circuit and verify the truth table. Construct and Test Full adder and verify the truth table.
22	Construct and test four bit latch using 7475. Identify different Flip-Flop (ICs) by the number printed on them. Verify the truth tables of Flip Flop ICs (D,T,RS,JK) by connecting switches and LEDs Identify & Wire a Master-Slave Flip-Flop and Test the tru
23	Construct and test a four bit asynchronous binary counter using 7493. Connect 7493 as a modulus-12 counter. Construct and test a four bit Synchronous binary counter using 74163.
24	Construct the shift register using RS/D/JK flip flop and verify the result Construct and test four bit SIPO register Construct and test four bit PIPO register Construct and test two digit Seven segment LED / Decoder-Driver circuits. Construct and test of
25	Project Work
26	Trade Theory
27	Introduction to NCVT and its certification mechanism Semester system and its flexibility for the Trainee and to the Institute. EM Trade and its applicability in industries. Expectations of the Industry from trainees after the completion of the Trade. The
28	Acuketetou such as electric charges, Potential difference, Voltage, Current, Resistance. Basics of AC & DC. Terms such as +ve cycle, -ve cycle, Frequency, Time period, RMS, Peak, P-P, instantaneous value.
29	Battery Cells: construction, types of primary and secondary cells, materials used, specification of cells and batteries
30	Working principle of a Transformer, Transformer construction, Types of cores used Specifications of a transformer. Step-up, Step down and isolation transformers with applications.
31	DC Motor construction, sub assemblies, commutators, carbon brushes, interpretation of name plate specifications, conventional speed control methods and applications
32	KVL & KCL with applications. : Resistor -definition, types of resistors, their construction & specific use, color-coding, power rating, Equivalent Resistance of series parallel ckts. Distribution of V & I in series parallel ckts.
33	Semiconductor component number coding for different electronic components such as Diodes, Zeners, Transistors, FETs, MOSFETs, IGBTs.
34	Construction, Working of a PNP and NPN Transistors.
35	Construction of FET, differentiate it with BJT. Purpose of Gate, Drain and source terminals and voltage/current relations between them.
36	Working principle of PMMC type ammeter. Conversion of ammeter into voltmeter.
37	Classification of cables according to gauge, core size, insulation strength, flexibility etc.
38	Different electrical cables and their specifications.
39	Different type of soldering guns, relate temperature with wattages, types of tips. Solder materials and their grading.
40	Difference between analog and digital signals, Iogic levels of TTL and CMOS Introduction to Digital Electronics, Number systems and codes Digital code.
41	IR LEDS, Photo diode for photo transistor, its characteristics and application, optical sensor, opto-couplers, circuits with opto isolation, characteristics of LASER diodes.
42	Transistor biasing circuits and stabilization techniques.
43	Classification of amplifiers according to frequency, mode of operation, methods of coupling.
44	Distinguish between voltage and power amplifier Types and effect of negative feedback in amplifiers Working of emitter follower circuit and its advantages different packages styles of transistors, in-circuit testing of transistor introduction to positive
45	Types of multi-vibrators and study of circuit diagrams Transistor power ratings & packaging styles, use of different heat sinks. Study of a Linear IC Tester.
46	Combinational logic circuits such as Half Adder, Full adder, Parallel Binary adders. IC 7482 as 2-bit and four bit full adders. Magnitude comparators.
47	S-R Latch, Gated S-R Latch, D- Latch. Flip-Flop: Basic RS Flip Flop, edge triggered D Flip Flop, JK Flip Flop, T Flip Flop Clocked Flip Flop, MasterSlave flip flops and Timing diagrams Basic flip flop applications like data storage , data transfer and fr
48	Basics of Counters. Two bit and three bit Asynchronous binary counters and decade counters with the timing diagrams. 3- bit Synchronous counters and synchronous decade counters.
49	Shift Register functions, Serial to parallel and vice versa, Parallel to parallel and serial to serial, Bidirectional shift registers, Timing diagram, important applications.pin details and functionality of universal shift register IC 74194 Memory concep
50	Trade Practical II
51	Construct RC circuit and measure the Time constant by measuring voltages. Construct and test a simple high pass RC circuit and observe the integrated output for applied input. Construct RC differentiator circuit and convert Triangular wave into square wa
52	Construction and testing of various Op-Amp circuits like Inverting, Non-inverting and Summing Amplifiers, Differentiator and Integrator.
53	Instrumentation Amplifier. Construct the comparator using OP-AMP Construct and test monostable timer circuit using IC 555 Construct and test Astable timer circuit using IC 555 Construct and test VCO (V to F Converter) using IC 555 Construct and test 555
54	Measure using CRO – DC Voltage, AC voltage, Period & Frequency & and observe different wave forms Troubleshooting CRO Vertical Preamplifier & all other sections (a) to (c).
55	Troubleshooting CRO Vertical Preamplifier & all other sections (d) to (f).
56	Identify and test DIODE/SCR Power bridge Identify and test MOSFET Power bridge Identify and test IGBT Power bridge Connect the heat sinks to the above power bridges
57	Construct and test a lamp dimmer /fan regulator circuit Construct a flashing lamp circuit using a thryristor Construct a UJT based Time delay circuit to turn on a lamp load with delay of 5 seconds.
58	Identify different fixed +ve and –ve voltage regulator ICs of different current ratings (78/79 series) along with i/o, reference pins. Wire a fixed voltage regulator as a variable one by floating the reference.
59	Identify different front panel controls and connectors of the given power supply.
60	Dismantle the given stabilizer and find major sections/ ICs/ components. Measure voltages at vital points.
61	Construct and test step up type chopper circuit Construct and test step down type chopper circuit Construct and test inverter type chopper circuit Construct and test IC Based DC-DC converter for different voltages.
62	Identify various input and output sockets/connectors /indicators on the given UPS
63	Identify isolator transformer, inverting transformer and control transformers. Adjust charging current according to number of batteries.
64	Identify and draw different active, passive components using symbols Draw schematic diagrams for basic analog circuits Draw schematic diagrams for basic Digital circuits.
65	Identify foot prints for different analog /digital electronic (lead and SMD) components Prepare layouts for simple analog/digital circuits Generation of output prints for fabrication (topside / bottom side / solder mask)
66	Identification of 2/3/4 terminal SMD components Soldering / dsoldering of above components Identification of PGA packages Soldering / Desoldering of above PGA components Cold/Continuity check of PCBs
67	Familiarize with the Microprocessor kit, identify different ICs on the kit. Observe the voltage/ waveforms on different ICs and IC pins of the processor Monitor the clock frequency.
68	Use assembler to assemble the programs and load them for execution by the processor Program to Blink an LED using port pins of 8255. Program to Control a relay using the port pins of 8255
69	Write the RAM and ROM address ranges (internal and external) of the given Microcontroller kit. Enter data into specific RAM locations and observe the volatility.
70	Differentiate Microprocessor and Microcontroller, Architecture of 8051 family of Microcontrollers, pin diagram and various on chip resources
71	Use the timer as an event counter to count external pulses. Execute a program to flash a set of 4 LEDs connected to port pins on the kit Write a program to use on board ADC and convert the analog voltage signal into digital value and store it memory
72	Cutting, cleaning and preparing of fiber cable for splicing Splicing of OFC using splicing machine.
73	Testing of OFC using OTDR Measure propagation, return and bending losses etc. Measure optical signal power using optical power meter Test the optical fiber cable using Visual Fault locator Make optical fibre setup to transmit and receive analog and digit
74	Project Work II
75	Trade Theory II
76	Time constants of RC & RL circuits. Diode shunt and series clipper circuits and clamping/limiting circuits and their applications. RC based Differentiator and Integrator circuits.
77	Introduction to Differential amplifier: construction & working block diagram of OpAmp, importance, characteristics, commonmode gain, advantages and applications.
78	Block diagram of 555, functional description wrt different configurations of 555 such as monstable, as table and vco operations for various application
79	Study of CRO: Specifications and block diagram, Familiarization with front panel and controls of a CRO.
80	(d) Time base circuits, (e) Horizontal Final amplifier (f) Low voltage & EHT power supply circuits.
81	Power MOSFET, IGBT - their types, characteristics, switching speed, power ratings and protection
82	Regulated Power supply using 78XX series, 79XX series, Op-amp egulator, 723 regulator , (Transistorized & IC based) voltage regulation, error correction and amplification etc.
83	Specifications & block diagram of Linear power supplies.
84	Manual & automatic and servo voltage stabilizers concept and block diagram, o/p voltage adjustment, voltage cutoff systems, study of different types of relays used in stabilizers, study of electronic circuit commonly used, buck and boost concept
85	Various types of chopper circuits step-up, step down, inverting types.
86	Electrical wiring for Single phase and Three phase systems, Earthing and earth resistance measurement, calculation of load power and power factor of a power source.
87	Types of UPS. Block diagram and working principle of different types UPS. Specifications of a typical UPS. Most frequently occurring faults and their remedies.
88	Identify different active, passive components using symbols Draw schematic diagrams for basic analog circuits Draw schematic diagrams for basic Digital circuits Draw schematic diagrams for Microprocessor and Microcontroller based circuits.
89	Identify foot prints for different analog /digital electronic (lead and SMD) Components Prepare layouts for simple analog/digital circuits.
90	Identification of 2/3/4 terminal SMD components Soldering / desoldering of above components Identification of PGA packages Soldering / Desoldering of above PGA components Cold/Continuity check of PCBs
91	Intro to 8085 Microprocessor Architecture, pin details and Bus System of the processor. Function of different ICs such as decoders, buffers, latches etc used with 8085 processor.
92	Interfacing to memory ICs RAM, PROM/EEPROM Interfacing different peripheral ICs such as 8255. Instruction set covering data transfer, logical, Arithmetic, serial communication etc.
93	Differentiate Microprocessor and Microcontroller, Architecture of 8051 family of Microcontrollers, pin diagram and various on chip resources.
94	Register Banks and their use Memory mapping of the microcontrollers, bit addressable registers (bit memories).
95	Special function registers (SFRs) and their configuration for various applications. Input / output ports and their configuration.
96	Intro to optical fiber as a transmission media, its advantages over other media.
97	Properties of optic fibre, testing, losses , types of fibre optic cables and Specifications Encoding of light Fibre optic joints, splicing, testing and the related equipments/measuring tools, precautions to be taken laying of cables, safety aspects while
98	Trade Practical III
99	Identification of ports, connectors and cables. Checking system configurations and specifications, assembling / dissembling procedures.
100	Processor cooling solutions, BIOS setup, Installation: Single boot/multi-boot systems, their configurations, identification and testing and troubleshooting of computer memory, memory up-gradation,
101	Installation and configuration of storage devices. Integration of PATA and SATA drivers
102	Memory identification, display system troubleshooting, Power supply testing and replacing, Display system maintenance and troubleshooting, Monitor problem diagnostics and repair, BIOS using flashing.
103	Installation and configuration of disk drivers, jumper setting, installation of SATA drivers, configuring bios for ATA/AHCI mode, setting up PATA and SATA drives together, partition and formatting, installation of single/multi boot Section
104	Data recovery of flash drive, formatting drive. Making flash driver bootable, installation of operating system, Making live installation on disk.
105	Installation and configuration CD and DVD drives, lens cleaning using toolkits, maintenance.
106	Server: Installation, configuration and Trouble shooting, configuring various RAID configurations.
107	Diagnostics and fixing of basic problems in printers using software and hardware utilities. Paper jams, toner drum problems, cleaning procedures, Common problems and solutions.
108	POST codes and their meaning, fixing of problems based on codes.
109	Practice on use of hand tools, observation of safety during pc handling.
110	Practice on preventive maintenance procedures, use of windows system tools like Disk cleanup, disk defragmenter, system restore, backup and scheduled tasks.
111	Detecting problems using bios beeps and fixing them, fixing of OS installation problems, configuration and troubleshooting of bios.
112	Practice on assembling and dissembling of laptop, up gradation of memory
113	Hard disk devices, configuration of bios for operating system support, Carrying out laptop maintenance.
114	Enabling support for SATA technology. Installation of OS using SATA technology drivers. Laptop troubleshooting
115	Use of windows system tools for pc maintenance, use of free/open source tools for system troubleshooting / maintenance, Clearing CMOS password, monitoring motherboard and CPU temperatures, recovery of ms office doc passwords, handling common keys in regi
116	data recovery in flash drive, windows system recovery options, system repair using console commands, extending activation period of windows, improving performance by setting virtual memory, use of system file checker for restoring corrupt files, use of D
117	Hands-on on creation of various types of live CDs, creating and managing windows / linux partitions, installation of windows on SATA drive
118	Downgrading windows vista to windows XP, creating and restoring images of partitions and drives, use of linux based system rescue CDs, creating unattended installation of operating system, recovery of forgotten passwords in windows.
119	Installation and configuration of antivirus software, staying up to-date, virus symptoms, scanning for viruses and removing them.
120	Installation of virtual machines inside host systems, configuration of networking with resource sharing
121	configuring hardware devices and setting up networking between virtual machines
122	Project Work III
123	Trade Theory III
124	PS/2, Serial, Parallel, USB, SCSI, RJ-11, RJ-45, Audio, IrDA, Wireless, SVGA, DVI, HDMI, HDI, Joystick and MIDI. Motherboard components, bus types in pc, form factors, chipsets,
125	Processor: specifications, features, manufacturing, sockets and slots, Multicore processors, operating voltages;
126	Installation / Uninstallation, Installation of devices/device drivers.
127	Computer memory: types and identification, memory modules, display technologies: CRT, LCD, Plasma and LED, Touch screens, PC Video hardware, HD graphics, PC Audio hardware, pc power supply, PC BIOS.
128	PC Drive technologies, PATA, SATA, SCSI, construction and working principal, Disk geometry: Heads, tracks, cylinders and sectors, seeks and latency, data transfer rate, cache, BIOS, OS and interface limitations, modern ATA standards
129	Working of flash memory, storing / reading data, Types of flash memory devices.
130	Optical drive technologies, installation and configuration CD and DVD drives, Types of CDROM, DVD ROM, working principal, writing-rewriting data on disk, compatibilities issues, Blu-Ray disks and drivers, optical driver electronics.
131	Server hardware: types: Tower, Rack mount and Blade, Motherboards, expansion slots, memory, Server Processors. Concept of RAID on server.
132	Printer technologies: impart, non-impact, thermal, laser inkjet, multifunction devices, working principal, printer interfaces, scanner technology, interfaces, scanner types, scanner specifications.
133	Power on self test, Peripheral diagnostics, general purpose diagnostics, Operating system diagnostics.
134	Hand tools, safety, test equipments, special tools
135	Active preventive maintenance procedures, passive maintenance procedures.
136	Diagnostics of problems in hardware, operating system installation, BIOS, reinstall/replace, troubleshooting by parts replacing, bootstrap approach, hardware problems after booting, software problems, adapter card problems.
137	Laptop basics, laptop architecture, difference between portables and desktops, Motherboard, Processor, BIOS, Memory, Drives
138	Power supplies and cooling, Batteries and Ac adapters, Video display, audio, Card bus and PC card components, Memory card readers, Installation of device drivers in a laptop.
139	Input system: Touchpad, Trackball, Track point, Docking station, Upgrade memory, hard disk, replacing battery, Configuring wireless internet in a laptop
140	Concept of magnetic storage, de-fragmentation, restore point, back and cleanup, getting system information, CMOS storage concept, motherboard and CPU temperature sensors, storage of office suite passwords, concept of system registry.
141	concept of data recovery, flash drive storage concepts, windows system repair concepts, commands to recover system from command prompt, creating password reset disk, activation of windows, virtual memory in windows, restoring corrupt files
142	use of live installations / CDs for recovery / troubleshooting, preparation of live CDs, slipstreaming of service packs, drivers, creating boot cds, windows partitions
143	SAGTA driver concepts and operating system compatibilities, concept of software imaging, understanding windows password storage techniques.
144	What is virus, types: file, boot sector, macro, stealth, worms, web applet, techniques of attach
145	Storage and Optical drives, USB3, SATA6, solid state devices, cloud computing, desktop and server virtualization
146	cloud computing, desktop and server virtualization
147	Trade Practical IV
148	Identification of network topologies, network devices, types of protocols used, types and network media used. Use of PoE devices.
149	Prepare cable terminations, Assemble modular outlets, Prepare straight and cross UTP cable and test, practice on splicing, termination using OTDR, Patch panel termination.
150	Installation of Network Operating system and basic network configuration.
151	Installation of network protocols and test them one-by-one. Assigning IP addresses and testing the connections using ping command.
152	Installation, configuration and testing of these protocols.
153	Carry out a network need analysis and identify model, Decide on topology
154	Prepare network cabling plan, Prepare layout diagram
155	Setting up of network for file, printer and internet sharing.
156	Hiding resources, access control, setup of network between Windows XP and Windows 7
157	Install and configure Windows Server Configure services like Active Directory, DNS and DHCP. Configuration of broadband modem and sharing internet connection.
158	Configure a DHCP server and verify IP assignment: release and renewal operations
159	Share folders and printer on network and set access restrictions
160	Use of network management software
161	Identification and installation of wireless devices like LAN cards, Access points and Routers, setup a simple ad-hoc network.
162	Setup of infrastructure based network, share folders, printer and internet connection
163	Setting up basic security using public keys and MAC address filters. Integrate wired with wireless network
164	Installation, multiboot setup, configure networking, share resources and access
165	Integrating windows and Linux environments with Samba Server.
166	Setup a simple WAN, Setup routing, Visit to established WAN setup/establishment.
167	Configuring and use of Network management and Unified Threat Management devices / software
168	Setting up of basic collaboration tool like NetMeeting for activities like chat, application sharing, remote desktop access and control, VoIP. Setup IP camera for basic surveillance scenario, logging and monitoring of devices / locations.
169	Trade Theory IV
170	Network Architecture, peerto-peer and client/server, Network types, Topologies, Network protocols, OSI Layers, Network Models, Network Components, Power over Ethernet Devices (PoE), Network configuration.
171	Network medias, Media specifications and standards, Types of cables used, Cable preparation and testing with special stress on fibre optic cables preparation and testing, Cable length limitations.
172	Differences between Desktop Operating system and Network Operating System (NOS).
173	Function of protocol and protocol family, TCP/IP protocol suit, FTP, Telnet and SSH, concept of multi-homed computers.
174	NetBEUI, UDP,FTP, TFTP, HTTP, ICMP and SNMP.
175	Design a simple network, Layer 2 and Layer 3 switching techniques, Building wiring plan
176	Cabling plan Choosing server specifications, Choosing topology, selection of protocols.
177	Concept of workgroups, setup a simple workgroup to share folders
178	Sharing printers and single internet connection
179	Server concepts, Installation steps, configuration of server. Concept of Active Directory and DNS.
180	User Accounts Working with domain
181	managing domain resources
182	Access restrictions of network shares
183	Wireless networking standards, Equipments used in wireless networking, Setting up Ad-hoc networks
184	Setup of infrastructure based wireless networks, Sharing files, printers and internet connection on network
185	Collaborating using wired and wireless networks, Network security, Network performance study and enhancement..
186	Windows vs. Open Source Overview of Linux OS, Shell commands,
187	Installation and configuration, Configuring network on Linux boxes.
188	Introduction to WAN WAN environment and features, Network component used, Transmission technologies, Voice over data services.
189	Network infrastructure management concepts, security loopholes, patches and their use.
190	Surveillance using network devices, collaboration on network for team optimization and support activities. Remote management of servers / devices.