industrial training for electronics engineering students
TRANSCRIPT
EMBEDDED SYSTEM
TATA CMC provide industrial training program on two
and more highly demandable technologies within a
single training program
CMCA C A D E M Y
INDUSTRIAL TRAINING FOR
TECHELECTRONICS ENGINEER
AUTOMATIONINDUSTRIAL
+
Embedded Systems + Industrial Automation
Course ModeFull Time
Part Time
Duration : 6 Month
Duration : 6 Month
Eligibility
Opportunities & Scope
?B.Tech/BE in Electronics/Communication Engineering
?Diploma in Electronics/Communication Engineering
This demonstration is often referredto as the Safety Case. This five day intensive master class delivers the critical aspects of system safety engineering and management. The key delivery areas of system safety engineering, development and maintenance of a safety case, hazard identification/analysis and risk reduction, and software safety management, are brought to life by detailed case studies, practical trouble shooting and real life worked examples.
This has resulted in a significant increase in the reliance on modern, software intensive, control systems that are extremely complex and can include any number of potentially safety cr i t ica l fa i lure modes. Acknowledging this challenge, international and domestic governing and regulatory bodies are requiring c o m p r e h e n s i v e a n d r o b u s t demonstrations of how safety has been considered for these systems, in all facets of the life-cycle – from concept to disposal.
This certification course covers in depth training on Embedded System
Engineering, Micro -controller 8051/AVR/PIC, Robotics, Sensors, Real Time Operating System,
ARM 32 bit Microcontroller Industrial Automation,
PLC, SCADA, Drives & Panel Designing if you
require an understanding of how to work as
electrical design engineer or consulting engineers
then this program is a must.
Industrial Training on Embedded System & Industrial Automation is provided by TATA CMC to enhance the skills of the students by giving him full time training on Embedded System Engineering, Microcontroller Family 8051/AVR/PIC, Robotics, Sensors, Real Time Operating System, ARM 32 bit Microcontroller, Industrial Automation, PLC, SCADA, Drives & Panel Designing etc...
Dual Technology
?Oil & Gas
?Power Plants
?OffShore Industry
?Refindery
?Industrial Plants
?Energy Sector
?Chemical Process
?EPC Industry
?Consulting Engineers
?Pharmaceutical Industry
?Petrochemical Industry
?Project & Construction
?Cement & Fetilizer
?Infrastructure & Construction
Course OutlineEMBEDDED SYSTEM + INDUSTRIAL AUTOMATION
Embedded System Engineer
Microcontroller Family 8051/AVR/PIC
RE (Robotics Engineer)
Practical Electronics & Sensor development)
?Microcontroller Family Covered- AVR, PIC, 8051
?Programming language- C, Embedded C &Assembly
?Component & IC level electronics
?Designing of various sensor modules
?Power supply development
?Sensor modules interfacing with MCU
?Display devices & their interfacing with MCU
?Communication- wireless, wired, PC based
?IDE's hands on- Keil4, AVRstudio, microC
?Simulators- Proteus, AVR simulator
?Working Environment- Linux, windows
?Robotics
?Project development-as per your requirement
?Soft Skill Development
?Introduction 8051/AVR/PIC family Microcontroller
?Internal working of 8051/AVR/PIC Microcontroller
?Memory organization
?Peripheral features of 8051/AVR/PIC microcontroller
?I/O programming in Assembly/Embedded C
?Timers/Counter programming
?Interrupts programming
?USART/UART programming
?ADC programming
?Robotics introduction
?Chip level & Component level electronics
?Various motors for robot development
?Power supply designing
?Robotic sensor designing & interfacing
?Robotic Motor controller circuits
?Embedded C programming of AVR MCU
?I/O function access to MCU
?Timers [PWM]
?ADC
?Inter-robot communication
?Practical working with electronic components
?Resistor, Capacitor, Diodes, Transistor, Relay
?Designing of Logic gate and Power supply
?Development of sensor like light, surface, sound sensor
ARM 32 bit Microcontroller
RTOS (Real Time Operating System
SCADA MODULES
?Introduction to ARM Family
?Block diagram and system architecture
?Memory addressing and System control block
?PIN connect block
?GPIO programming
?Timer programming
?A/D converter
?UART programming
?I2C and SPI Protocol
?RTC [Real Time Clock]
?VIC [Vector Interrupt Controller] programming
?CAN conceptualization
?I2C enabled EEPROM conceptualization
?GPS & GSM [AT commands] Technology interfacing
?Introduction to RTOS with Architecture
?Monolithic and Micro Kernel
?Booting Vx-Works
?Tornado Wind River IDE & simulator
?Wind-Sh
?Source debugging (cross-wind)
?Performance monitoring tools
?Wind-View 2.0
?Memory management
?Inter-task communication
?Semaphores
?Message queues and pipes
?Mutual exclusion and reentrancy
?Interrupt handling
?Writing exception handling code
?Reconfiguring Vx-Works
?Overview of different RTOS
?Role of SCADA in Automation
?Selection criteria of SCADA
?Creating a new SCADA project
?Developing Tag database
?Developing graphical display
?Animation editing
?Creating Alarms
?Trends & Graphs
?Data Logging
?Communication protocol
?Communication with PLC
?Real time & historical trends
?Hands-on
?Test & Feedback
Peripheral Interfacing with MCU
PANEL DESIGN MODULE
DRIVES MODULES
?Led & Led Array 7-Segment &Multiplexed
?7-Segment 2x16 LCD
?Switch & 4X4 Keypad
?Temperature sensor
?Accelerometer/Tilt sensor
?Buzzer
?Relay
?Touch pad
?Flex sensor
?Surface sensor & Sound sensor
?Gas sensor & PIR sensor
?Humidity sensor & Alcohol sensor
?DTMF
?RTC
?DC motor & Stepper motor
?Servo motor
?Wireless RF Module
?RFID
?RS232
?Zig-Bee
?Importance of Control Panel
?Conventional Control Panel & it's difficulties
?PLC panel and its Advantages
?Conversion of conventional control circuit to PLC
?Systematic approach of control system design
?Relay Logic control system
?Study of MCCB, RCB, MPCB, Contactors etc…
?Electrical & JIC symbols
?Study of IP standards
?Fail Safe design
?Safety Guidelines
?Calculation of Panel size
?Things should be kept in mind
?Test, Feedback & Q&A
?Role of VFD in Automation
?Types of drives
?Selection of AC Drives
?Schematic diagram of VFD
?Configuration of basic parameters
?Local / Remote configuration
?Advanced VFD parameters
?Application Study
?RS484, Mod-bus Communication with PLC, HMI
?Drive Synchronization
?Fuzzy Logic
?Faults study
?Hands-on,Test & Feedback
PLC MODULES
?Introduction to PLC
?Scope of Automation
?Role of PLC in Automation
?PLC Architecture
?PLC Hardware
?Electrical Wiring
?Types of Inputs – Outputs
?Source / Sink concepts
?Force On / Off
?Boolean Logic Design
?Simple Design Cases
?PLC Operation (Scan Cycle, Status, Memory types)
?Introduction to Ladder Logic
?Introduction to PLC programming software
?Upload, Download & Monitoring program
?Latches, Timer, Counter & More
?Online editing
?Addressing concept
?Structured Logic Design
?Flowchart Based Design
?Numbers & Data types
?Bit, Byte & Word concept
?Data Conversion instruction
?Floating point calculation
?PLC Memory
?Use of Internal Memory
?Importing & Exporting Data memory of project
?Ladder Logic Function
?Adv. Ladder Function
?Function Block Programming
?Analog Input & Output
?Hands-on Experience
?Documenting Project
?Live Project Assignments
?Test & Feedback
Course OutlineEMBEDDED SYSTEM + INDUSTRIAL AUTOMATION
CMC AcademySCO-250, 2nd Floor, Sector -16,Panchkula, Haryana 134109Ph: 0172-3258014, 99880 05027.Email: [email protected]/Web: www.cmcindustrialtraining.com/