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1 Year – 06 Modules Broad Base Basic Training 6 Months – 03 Modules Advance Module 6 Months – 03 Modules Specialized Module.

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Presentation on theme: "1 Year – 06 Modules Broad Base Basic Training 6 Months – 03 Modules Advance Module 6 Months – 03 Modules Specialized Module."— Presentation transcript:

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4 1 Year – 06 Modules Broad Base Basic Training 6 Months – 03 Modules Advance Module 6 Months – 03 Modules Specialized Module

5 Center of Excellence Electronics Sector Broad Based Basic Training Advanced Training Specialized Training 1.Basic Fitting & Soldering 2.Basic Electrical & Electronics 3.Basic Analog Electronics 4.Basic Digital Electronics 5.Basic Measuring Instruments 6.Basic Computers 1.UPS, Inverters & Voltage Stabilizers 2.Communication Systems 3.Embedded Systems & PLC 1.Embedded Systems & PLC 2.POWER ELECRONICS (INVERTER, UPS, STABILIZER & INDUSTRIAL DRIVES 3.Communication Systems

6 Specialized Training Module 01 : Embedded Systems & PLC Module 02 : POWER ELECRONICS (INVERTER, UPS, STABILIZER & INDUSTRIAL DRIVES Module 03 : Communication Systems

7 Key Features Curriculum related to Advance Modules. Course is Designed to Industry needs. On Job Training In Industry. Training under Apprenticeship Act 1961. Training imparted in an industry depend upon the facilities available in concerned industry. Certification by D.V.E.T. & Industry. Practical examination is to be taken by the concerned industry

8 Module 01

9 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 1-4 Practical on Basic Electrical & Electronics- 1.To measure the voltage current & power of the Series & Parallel Resistor, capacitor & Inductor. 2.To study, identification & testing of passive component 3.To study, identification & testing of Active component B) Basic Analog Electronics 1.To study single stage & cascade Amplifier & plot the frequency response. 2.To study multivibrators, oscillators & wave shaping ckt. 3.To study Variable & Fixed Voltage regulator using 723 & 78xx, 79xx IC. 4.To study Temp, displacement, strain gauge microphone, RTD transducers. Basic Electrical & Electronics- A)Basic Electricity measurement of basic electrical parameters such as voltage, current, power etc. B)Passive components- Identification, testing, use & application of different passive components such as resistors, capacitors, coils etc. C)Active components diodes, transistors, ICs different type packages identification, testing, use & application Basic Analog Electronics- a.Different configuration of transistor-CB, CE, CC biasing amplifiers, oscillators different circuits applications. Feedback amplifiers, voltage regulators. b.Measuring Instruments such as DVM, DMM, Power supplies, CRO, Function

10 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 1 to 4C) Practical on Basic Digital Electronics 1.To study & verify truth table of logic Gates 2.To study combinational & sequentional ckt. 3.To study ADC & DAC. 4.To study ALU. D) Practical on Basic Computers – a.To study Different OS such as Windows 98, Windows 2000, Windows XP b.To study & maintenance of Basic Hardware such as CPU, mother board, different peripherals such as I/P O/P Devices, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. 1.To study Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto- isolators solar panels & applications. a.generators, O/P Power meter. b.Special Instrument & transducer & Tacho generators, strain gauge, microphone, power factor meter, speakers, PT-100, RT-100 temp. Transducer. Basic Digital Electronics 1.Basic Gates, Derived Gates, Flip- flop, Registers, counters, multiplexer, Demultiplexer, Adders, subtractors. 2.ADC / DAC Basic Computers – 1.Different OS such as Windows 98, Windows 2000, Windows XP 2.Basic Hardware such as CPU, mother board, different peripherals, key board, mouse, display device such as monitors, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto-isolators solar panels & applications.

11 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 5-8 1) To study on Microprocessor 8085 based system designing. 2) To assembled, Implementation & view the waveform on CRO. 3) Fault finding in designed ckt. Introduction to Design Of Microprocessor 8085 based system design. 9-12 To study on Microprocessor 8086 based system designing. 2) To assembled, Implementation & view the waveform on CRO. 3) Fault finding in designed ckt Introduction to Design Of Microprocessor 8086 based system design. 13-16 1)To study on Micro controller 8051 based system designing. 2) To assembled, Implementation & view the waveform on CRO. 3) Fault finding in designed ckt 4) Practical on Micro controller 8751, 8032, 8052, 8752, 68HC05, 68HC11, 68HC32 based system design. Introduction to Design Of Micro controller 8051/8031 based system design. Interfacing of Micro controller to PPI Device, ADC & DAC.

12 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 17-20 1) To prepare straight & cross Cable. 2) To load N/W OS. 3) To Load Unix 4) To Load Linux 5) To configure Network Rights. 6) To configure Network Securities Advanced Computer Networking With Latest OS, Manage Network Right, Networking by using Linux, Unix OS. 21-24 1.To study & configure PLC. 2.To connect Different I/O device to PLC. 3.Fault finding & maintenance of PLC Based system. 4.To study & configure SCADA & DCS Introduction to Advanced PLC, Configuration, Architecture, Specification, Programming With PC. Working with Allen Bradley, Fanuc, Siemence, and ABB Etc. Troubleshooting in PLC Based System. Introduction to different Transducer & Signal Conditioning Circuit. Configuration of SCADA & DCS, Troubleshooting. 25-26 Project workSoldering technique, Manuel, Wave soldering, SMD / SMT Technology. SMD Soldering Technique. PCB Design with Latest software/ Tools Available in the market.

13 Requirements Following facilities should be available in the concerned industry. 8085 based systems. 8086/8088 based systems. 8051 micro controllers based systems. Computers Latest version with c, c++ with complier. PIC Programmer Facilities. Micro controller programmer kit PLC Based systems. SCADA Networking. Robotics etc.

14 Module 02

15 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 1-4 Practical on Basic Electrical & Electronics- 1.To measure the voltage current & power of the Series & Parallel Resistor, capacitor & Inductor. 2.To study, identification & testing of passive component 3.To study, identification & testing of Active component B) Basic Analog Electronics 1.To study single stage & cascade Amplifier & plot the frequency response. 2.To study multivibrators, oscillators & wave shaping ckt. 3.To study Variable & Fixed Voltage regulator using 723 & 78xx, 79xx IC. 4.To study Temp, displacement, strain gauge microphone, RTD transducers. Basic Electrical & Electronics- a.Basic Electricity measurement of basic electrical parameters such as voltage, current, power etc. b.Passive components- Identification, testing, use & application of different passive components such as resistors, capacitors, coils etc. Active components diodes, transistors, ICs different type packages identification, testing, use & application Basic Analog Electronics- a.Different configuration of transistor-CB, CE, CC biasing amplifiers, oscillators different circuits applications. Feedback amplifiers, voltage regulators.

16 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS C) Practical on Basic Digital Electronics 1.To study & verify truth table of logic Gates 2.To study combinational & sequentional ckt. 3.To study ADC & DAC. 4.To study ALU. a.Measuring Instruments such as DVM, DMM, Power supplies, CRO, Function generators, O/P Power meter. Special Instrument & transducer & Tacho generators, strain guage, microphone, power factor meter, speakers, PT-100, RT-100 temp. Transducer. D) Practical on Basic Computers – a.To study Different OS such as Windows 98, Windows 2000, Windows XP b.To study & maintenance of Basic Hardware such as CPU, mother board, different peripherals such as I/P O/P Devices, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. To study Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto- isolators solar panels & applications. Basic Digital Electronics 1.Basic Gates, Derived Gates, Flip- flop, Registers, counters, multiplexer, Demultiplexer, Adders, subtractors. 2.ADC / DAC Basic Computers – 1.Different OS such as Windows 98, Windows 2000, Windows XP 2.Basic Hardware such as CPU, mother board, different peripherals, key board, mouse, display device such as monitors, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto-isolators solar panels & applications.

17 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 5-8 1)To study Testing & Installation of single phase Digital / Sine wave Inverters. 2) To study Testing & Installation of three phase / Digital / Sine wave Inverters 3) Fault finding of single phase Digital / Sine wave Inverters. 4) Fault finding of three phase / Digital / Sine wave Inverters. Inverters Classification of Inverters as a) Single Phase b) Three Phase c) Analogue d) Digital e) Sine Wave f)UsingFET/ MOSFETs g) Using IGBTs h)Using Microprocessor, Microcontroller. Principle of operation, Block diagram, Detailed circuit diagram, circuit diagrams of different brands available in the market, Selection of Inverter as per requirement & Load conditions, Installation of Inverters, fault finding & fault rectification, High power Inverters. Selection of Batteries, SMF Battery, Tubular Battery, Rating, Back up time, Maintenance & Care, Testing of Battery, Battery Charging Circuits

18 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 9-12 1) To study, Testing & Installation of single phase Off line UPS. 2) To study, Testing & Installation of three phase Off line UPS. 3) To study, Testing & Installation of single phase On line UPS. 4) To study, Testing & Installation of three phase On line UPS. 5) Fault finding of single phase / On line / Off line UPS. 6) Fault finding of three phase / On line / Off line UPS. UPS Classification of UPS a) Single Phase b) Three Phase c) On Line d) Off Line f) Using FET / MOSFETs g) Using IGBTs h)Using Microprocessor / Micro controller. Principle of operation, Block diagram, Detailed circuit diagram, circuit diagrams of different brands available in the market, Rating, Selection of UPS as per requirement & Load conditions, Installation of UPS, fault finding & fault rectification, High power UPS. 13-16 1) To study Assembling, testing & Fault finding of Voltage stabilizer of diff. ratings. 2) To study Assembling, testing & Fault finding of Servo stabilizer of diff. ratings. Voltage Stabilizers CVT, Spike suppressor, Automatic Voltage Stabilizers, Servo Stabilizers Principle of operation, Block diagram, Detailed circuit diagram, circuit diagrams of different brands available in the market, Rating, fault finding & fault rectification in Stabilizers.

19 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 17-19 1)To study DC drives (single phase, three phase) 2) To study AC drives (single phase, three phase) 3) To study speed control of D.C. motor using D.C. Drive 4) 3) To study speed control of A.C. motor using A.C. Drive Industrial Drives AC Drives - Principle of operation, Block diagram, Detailed circuit diagram, circuit diagram of a Practical AC Drive for Single / Three Phase Induction Motors used in Industries. DC Drives - Principle of operation, Block diagram, Detailed circuit diagram, circuit diagram of a Practical DC Drive for Series Field, Shunt, Compound DC Motors used in Industries. Starters used for DC Motors, Universal Motor. Practical Drive using VFD (Variable Frequency Drive), Using PLC (Programmable Logic Controllers. 20-22 1.To study the Microprocessor 8085 based system designing& Testing. 2.To study the Micro controller 8051/8031 based system designing& Testing. Microprocessors & Microcontrollers Block diagram, Architecture, Addressing Modes, Instruction Set for Microprocessors & Microcontrollers i.e. MP 8085, MP 8086, Micro controller 8031 / 8051, Programming of Microprocessors & Microcontrollers (MP 8085, MP 8086, Micro controller 8031 / 8051), Microprocessors & Micro controller based applications used in the Industries.

20 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 23-24 1.To study & configure PLC. 2.To connect Different I/O device to PLC. 3.Fault finding & maintenance of PLC Based system. Introduction to Advanced PLC, Configuration, Architecture, Specification, Programming With PC. Working with Allen Bradley, Fanuc, Siemence, and ABB Etc. Troubleshooting in PLC Based System. Introduction to different Transducer & Signal Conditioning Circuit. 25-26 Project workSoldering technique, Manual, Wave soldering, SMD / SMT Technology. SMD Soldering Technique. PCB Design with Latest softwaren/ Tools Available in the market.

21 Requirements Following facilities should be available in the concerned industry. Different power supplies like fixed, variable & SMPS etc. Inverters Choppers Cycloconverters Controlled Rectifiers. UPS systems Stabilizers AC/DC Drives Different Firing ckts for SCR & TRIAC. Power MOSFET & IGBT. 8051 micro controllers based systems. Computers Latest version.

22 Module 03

23 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 1-4 Practical on Basic Electrical & Electronics- 1.To measure the voltage current & power of the Series & Parallel Resistor, capacitor & Inductor. 2.To study, identification & testing of passive component 3.To study, identification & testing of Active component B) Basic Analog Electronics A)To study single stage & cascade Amplifier & plot the frequency response. A)To study multivibrators, oscillators & wave shaping ckt. B)To study Variable & Fixed Voltage regulator using 723 & 78xx, 79xx IC. C)To study Temp, displacement, strain gauge microphone, RTD transducers. Basic Electrical & Electronics- A)Basic Electricity measurement of basic electrical parameters such as voltage, current, power etc. B)Passive components- Identification, testing, use & application of different passive components such as resistors, capacitors, coils etc. C)Active components diodes, transistors, ICs different type packages identification, testing, use & application Basic Analog Electronics- a.Different configuration of transistor-CB, CE, CC biasing amplifiers, oscillators different circuits applications. Feedback amplifiers, voltage regulators. b.Measuring Instruments such as DVM, DMM, Power supplies, CRO, Function generators, O/P Power meter

24 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS C) Practical on Basic Digital Electronics 1.To study & verify truth table of logic Gates 2.To study combinational & sequentional ckt. 3.To study ADC & DAC. 4.To study ALU. D) Practical on Basic Computers – a.To study Different OS such as Windows 98, Windows 2000, Windows XP b.To study & maintenance of Basic Hardware such as CPU, mother board, different peripherals such as I/P O/P Devices, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. 1.To study Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto- isolators solar panels & applications. a.. b.Special Instrument & transducer & Tacho generators, strain gauge, microphone, power factor meter, speakers, PT-100, RT-100 temp. Transducer. Basic Digital Electronics 1.Basic Gates, Derived Gates, Flip-flop, Registers, counters, multiplexer, Demultiplexer, Adders, subtractors. 2.ADC / DAC Basic Computers – 1.Different OS such as Windows 98, Windows 2000, Windows XP 2.Basic Hardware such as CPU, mother board, different peripherals, key board, mouse, display device such as monitors, TFTs, printers such as Dot matrix, Ink jet Laser printers, I/O devices. Photo devices such as LDR, Photo cell, Photo transistor, opto-coupler, opto-isolators solar panels & applications.

25 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 5-8 1.To study Telegraph & Telephone Instrument. 2.Fault finding of telegraph & telephone instrument. 3. To study electromechanical switches, and principles of manual and automatic exchanges. Simple Telegraph and Telephone System: - Telegraph instruments, duplex working tele printers, telephone, electromechanical switches, and principles of manual and automatic exchanges. 9-12 1.To study & fault finding of AM/FM/ transmitter & Receiver 2.To study PAM, PDM, PPM, PCM. 3.To study FDM & TDM Modulation Theory and Circuit: - Amplitude modulation, AM-DSB, AM-DSB/SC, AM-SSB and their comparison. Modulating and detector circuit for AM, FM, and phase modulation. Automatic frequency control. Pulse modulation: PAM, PDM, PPM, PCM, delta modulation and circuits. Principles of multiplexing FDM and TDM, frequency generation and synchronization circuits

26 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 13-16 1.To study & fault finding in demodulator circuit used in PCM system. 2.To study Fiber optics communication& its characteristic 3. To study the joining techniques, laying techniques etc. 4. To study of LASER & optical transmitter. Communication System: - Signal to noise ratio in envelope detectors, signal to noise ratio in envelope detectors, signal to noise ratio PCM systems, comparison of modulation system. Optical Communication: - Need of optical communication; Laser & related devices as sources in optical transmitters, modulation techniques- Analog, Digital, Optoelectronics device for receiver- APDs PCN photodiodes, etc. Low- noise front ends for optical receiver; Free space and fiber- optic communication: Basic of fiber optic- characteristics, measurement, joining techniques, laying techniques etc. 17-20 1.To study Microwave Transmitter 2.To study Microwave Reciver. 3.To study GCM Mobile & fault finding 4.To study CDMA Mobile & fault finding. 5.To study the Broadband / Triband system of communication. 6.To study Blue tooth/ infrared communication 7.To study Wmax system. Microwave Links: - Terrestrial line- of - sight communication links, propagation, effects of atmosphere, interference, fading sites and route selection, terminal equipments, including multiplexers, transmitters/receivers. Introduction to troposcatter communication & satellite communication. Mobile Networking :- GSM, CDMA, TDMA, FDMA, SDMA system Broadband system, Triband System Blue tooth, Infrared Introduction to Wmax System

27 Syllabus WEEK NO SHOPFLOOR TRAINING RELATED INSTRUCTIONS 21-24 1)To study satellite communication system. 2) To study the working of equipment used in earth station. Satellite Communication: - Need of Satellite communication, Low-Orbiting and geo- synchronous satellite for communication, choice of frequency bands, current standards. Satellite location in Geo synchronus orbits, current standards, Digital modulation techniques, signal strength calculation, choice of antennas and on board systems, Earth stations antennas, terminal equipments, interfacing with ground network etc. INTELSAT, INSAT, MOLNIYA and other typical systems, satellite broadcasting- basic principles, Remote sensing - basic principles.. 25-26 Project workSoldering technique, Manuel, Wave soldering, SMD / SMT Technology. SMD Soldering Technique. PCB Design with Latest software/ Tools Available in the market.

28 Requirements Following facilities should be available in the concerned industry. EPABX Systems Satellite communication system. Fiber optics (analog/ digital) based systems. Fiber optics manufacturing process. Mobile Networking. Broad band / Triband system. Mobile service center. Mobile trainer/ mobile manufacturing. Computers Latest version. CRO 100MHZ / 1GHZ Latest mobile software.

29 THANK YOU !!


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