Training

PCB Designing & Fabrication

Why is PCB designing important to students?

From simple radio making company to Intel, every industry demands for professionals in PCB designing. It’s a very critical task as the performance of the whole systems depends on how well the PCB is being designed. As the embedded industry is growing need for PCB designer will rapidly increase. Our course provides the right knowledge to students to stand apart from crowd.

Fees & Duration:

Fees: Rs 4500, Duration: 15 Days

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Module 1: Introduction

  • Introduction to different types of PCB.
  • Familiarization with electronics component.

 Module 2: Schematic creation

  • Understanding schematics and symbols
  • Searching components footprints and symbols
  • Choosing of right components
  • Schematic drawing
  • Editing symbol libraries
  • Running ERC

 Module 3: Board creation

  • Manual routing
  • Component-placing
  • Practice via manual routing on PCB
  • Design verification
  • Designing of Single sided PCBEditing of package libraries
  • Auto routing

 Module 4: Report Generation

  • Net list
  • Bill of Material (BOM)
  • Gerber
  • Drill legend generation

 Module 5: Fabrication

  • Printing of design on copper clad sheet using toner transfer method
  • Proper etching process
  • Drilling of PCB

 

Benefits :

Group discount of 10% on a batch of 10 students and above.

10% discount on any E Breakers product purchased  online

Foundation Course

Why is foundation course important to students?

In order to master the Electronics Engineering, one has to study about the different components,circuits And measuring instruments used in electronics. In this course the principle operation of thedifferent electronic devices, measuring instruments and circuits will be discussed and the introductory knowledge about microcontroller.

Fees & Duration

Fees: Rs 2500, Duration: 3 Weeks

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Module 1: Basics of Electronics

Resistors: Units, Theory of operation,Construction, Adjustable resistors,Measurement, Four-band resistors,5-band axial resistors, SMD resistors.

  Capacitors: Theory of operation, Capacitor types, Capacitor markings, Applications,Hazards and safety.

  Switches: Contacts, Actuator, Biasedswitches, Toggle switch, Special types, Light switches, Electronic switches, DIP switch,membrane switch,Touch switch, Relay, Rotary switch.

  Transistors: Importance, Usage, Transistor as a switch, as a switch,

Diodes: Semiconductor diodes, Types ofsemiconductor diode, Numbering andcoding schemes, Applications.

Module 2: Introduction

Bread Board and testing

Standard testing procedure

1. Power Supply

2. Motor Driver

3. LDR

4. 555 Timer

Module 3: Circuit Simulation

Introduction of PROTEUS

Familiarization with environment and tools

Basics of Schematic Entry

Study of in-built  instruments

Power Supply with simulation

Module 4: PCB Designing

Introduction to PCB technologies

Familiarization with through hole

components and packaging

Familiarization with SMD

components and packaging

Schematic Drawing

Board Layout

Module 5:Projects

Practical Fabrication of Projects

Module 6:Introduction

Introduction to MCUs 8051,PIC, AVR.Architecture of 8051

Applications of embedded systems

Module 7:Embedded C

Introduction to embedded C

Variable Types and Constants

Operators,Flow Control

Functions,Arrays

Introduction to complier and IDE

Uploading of programs

Module 8: Hardware interfacing

LED Interfacing

Benefits :

10% discount on any Technido product purchased  online

Group discount of 10% on a batch of 10 students and above.

Embedded Systems-Arduino

Fees: Rs 5000, Duration: 3 Weeks

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Content:

  1. Overview of Arduino
  2. Overview of Arduino architecture and understanding syntax
  3. Programming with Arduino
  4. Interfacing with leds
  5. Interfacing with Swithces
  6. Interfacing with lcd
  7. Interfacing with sensors
  8. Wired communication between two Arduinos (UART)
  9. Interfacing with X bee for wireless communication
  10. Interfacing with dc motor,
  11. Interfacing with stepper motor
  12. Interfacing with servo motor
  13. Introduction to serial monitor

Benefits :

10% discount on any E Breakers product purchased  online

Group discount of 10% on a batch of 10 students and above.

Embedded Systems-8051

Why is Embedded Systems design important to students?

Electronic devices are rapidly finding applications in many of the areas, from simple coffee vending machines to space science to environmental friendly products such as big belly etc. Indian embedded market worth $5.9 billion dollars, and expects 30 % growth by 2015. This will certainly increase the demand of professionals in the field of embedded systems.

Fee: Rs 6,500  Duration: 30 days

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COURSE CONTENT:

  • OVERVIEW OF EMBEDDED SYSTEMS
  • OVERVIEW OF MICROPROCESSOR & MICROCONTROLLER
  • 8051 ARCHITECTURE & PIN CONFIGURATION
  • 8051 ASSEMBLY LANGUAGE BASICS
  • 8051 EMBEDDED C PROGRAMMING USING KEIL µ VISION
  • INTERFACING WITH LEDS
  • INTERFACING WITH SWITCHES
  • INTERFACING WITH SENSORS
  • INTERFACING WITH LCD
  • INTERFACING WITH 7SEGMENT DISPLAY
  • INTERFACING WITH KEYPAD
  • INTERRUPTS, TIMER & COUNTER PROGRAMMING
  • INTERFACING WITH STEPPER MOTOR
  • INTERFACING WITH DC MOTOR
  • SERIAL COMMUNICATION
  • ANALOG TO DIGITAL CONVERSIONS

Benefits :

10% discount on any E Breakers product purchased  online

Group discount of 10% on a batch of 10 students and above.

LABVIEW

LabVIEW is a graphical programming environment used by millions of engineers and scientists to develop sophisticated measurement, test, and control systems using intuitive graphical icons and wires that resemble a flowchart. It offers unrivaled integration with thousands of hardware devices and provides hundreds of built-in libraries for advanced analysis and data visualization – all for creating virtual instrumentation. The LabVIEW platform is scalable across multiple targets and OSs, and, since its introduction in 1986, it has become an industry leader.

Fees: Rs 3500, Duration: 3 Weeks

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Module 1:Introduction to LabVIEW

Introduction to LabVIEW,

Virtual Instruments,

LabVIEW Environment

Module 2:

Creating, Editing, and Debugging a VI

Creating a VI,

EditingTechniques,Debugging Techniques

 

Module 3:

Creating a SubVI

SubVI s Icon and Connecto Pane,

UsingSubVIs,Creating a SubVI from Sections of a VI

Module 4:Loops and Charts

While Loops,

WaveformCharts,

ShiftRegisters,ForLoop,ForLoop,Creating Arrays with Loops,

ArrayFunctions,Polymorphism,Graphs,Clusters,

Module 5:

Strings and File I/O

Strings,StringFunctions,File I/O,

Formatting Spreadsheet Strings,

 

Module 6:Data Acquisition and Waveforms

Data Acquisition VI Organization,

Performing a Single Analog Input,

The DAQ Wizards

Waveform Analog Input,

Writing Waveform Data to File

Benefits :

10% discount on any Technido product purchased  online

Group discount of 10% on a batch of 10 students and above.

Documentation CD.

Basic Robotics

How is study of Robotics important to students?

Industry has benefited drastically from the expanse of a robotic work force. Automated machines have taken over the duties of dangerous and mundane jobs from humans, allowing greater productivity. Because robots never tire, extra shifts have been added to factories. Farmers have taken advantage of new technology with automated harvesters, the waste disposal industry has implemented robots in some of its dirtier jobs, and the medical industry benefits from advancements in assisted surgical robotics. As Indian industries are switching over to automation, demand for skilled professionals will increase drastically.

Fees: Rs 2200, Duration: 2 Weeks

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Module 1: Introduction to Robotics

Terminology involved in robotics

History of Robotics

Module 2: Basics of Electronics&Mechanics

Designing of  Power Supplies

Study Of Multimeter &CRO

Different type of motors

Different Drives

Steering mechanism

Different type of gears & calculation

Torque & CG calculation

Module 3:

Study of Sensors

Project:

Obstacle Avoiding Robot

Edge  Avoiding Robot

Module 4:

Study of color sensor

Project:

Line Following Robot

Module 5:

Study of DTMF

Project:

Cell Phone Controlled Robot

Module 6: PCB Designing

Introduction to PCB technologies

Familiarization with through hole

components and packaging

Familiarization with SMD

components and packaging

Schematic Drawing

Board Layout

Module 7: PCB Fabrication – Live Demo

Benefits :

10% discount on any Technido product purchased  online

Group discount of 10% on a batch of 10 students and above.

Advanced Robotics

How is study of Robotics important to students?

Industry has benefited drastically from the expanse of a robotic work force. Automated machines have taken over the duties of dangerous and mundane jobs from humans, allowing greater productivity. Because robots never tire, extra shifts have been added to factories. As Indian industries are switching over to automation, demand for skilled professionals will increase drastically.

Fees: Rs 2500, Duration: 3 Weeks

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Module 1: Introduction to Robotics

Terminology involved in robotics

History of Robotics

Module 2: Basics of Mechanics

Types of locomotion

Different drives

Different types of motors and their selection

Steering mechanisms

CG, torque calculation

Different types of gears and calculations

Module 3: Basics of Electronics

Component identification and usage

Basics of circuit designing

Concepts and principals of sensors

Module 4: Basics of Embedded C

Introduction to various 8 bit

Architecture of 8051

C Coding and compiling

Variable Types and Constants

Bootloading

Interfacing microcontroller with motors, actuators, sensors, LCD, LED on Technido Robot Controller

Module 5: Robotics Project with MCU

Obstacle avoiding robot

Line following robot

Edge avoiding robot

Cell Phone controlled Robot

Module 6: Robotics Project Demo

Wireless controlled robot

Speech controlled robots

PC controlled robots

Module 7: CAD

Mechanical CAD software with 3D designing

 

Benefits :

10% discount on any Technido product purchased  online

Group discount of 10% on a batch of 10 students and above.

MATLAB & Image Processing

MATLAB, which stands for Matrix Laboratory, is state of-the-art mathematical software Package, which is used extensively in both academic and industry. It is an interactive program for numerical computation and data visualization, which along with its programming capabilities provides a very useful tool for almost all areas of science and engineering.

This is a new series of short, intensive courses, with abundant closely-supervised hands-on exercises to immediately re-enforce concepts. Participants can expect to gain beneficial acceleration along their learning curves, and will emerge with a reasonably clear idea of the applications scope of MATLAB.

Fees: Rs 2800, Duration: 3 Weeks

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Module1: Exploring MATLAB

Getting familiarized with Matlab environment

Signal representation in Matlab

Built-in functions.

Expressions

Matrix and array operations

Functions in MATLAB

Module2: Exploring MATLAB 

M-Files

Scripts and functions

Graphics basics

2D plot

Multiple plots

Special 2D plots

3D Plots

Module3:Programming

Programming

Conditions and selections

Menu command

Display command

Data Import and Export

Module4: Graphical user interface

Creating Graphical user interface

Using GUIDE

Designing the GUI

Laying Out the GUI

Module5: Graphical user interface-II

GUI FIG-Files and M-Files

Programming the GUI

Understanding Callbacks

Module6: Handling Images in MATLAB

Connecting the hardware (webcam) and retrievin hardware information.

Using the Image acquisition toolbox

Module7: Image Processing Approaches & Image Enhancement Techniques

Types of image in MATLAB

Reading and Writing Image Data

Image Type conversions

Converting Between Image Classes

Coordinate Systems

Displaying and Exploring Images

Module8: Data Communication using MATLAB

Performed for playing with external devices

Create an object for accessing port

Configure, start and stop an objects

Controlling the machine through ports

Developing navigation functions

Benefits :

10% discount on any Technido product purchased  online

Group discount of 10% on a batch of 10 students and above.

Documention CD.

VLSI Design

Fees: Rs 4000, Duration: 1 Weeks

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Module 1:

Introduction to Electronic Industry

Project & Product Demonstration

Introduction to VLSI

VLSI Design Flow

Classification of VLSI Domains

Introduction to Digital Circuit Designing

Module 2:

Xilinx EDA Tool Introduction

IC designing using schematic as TLM

Assignments on Schematic Design Entry form of IC designing

Test Bench writing for Design verification and testing

Module 3:

HDL as TLM Introduction

Types of HDL (VHDL/Verilog Intro)

VHDL Abstraction

Data Flow Modeling Style

Assignments on Dataflow Modeling Style

ISE Simulator with forced Test inputs

Other Simulation Tool Modelsim/Questa Introduction `

 

MODULE 4:

Structural Modeling Style

Assignments on Structural Modeling Style Modeling Style

Modelsim Simulator

Assignments Continued

Behavioral Modeling Style

Assignments on Behavioral Modeling Style

Modelsim Simulator Testing & Verification

 

MODULE 5:

FPGA CPLD Architectural Difference & Mixed Modeling

VLSI Development Platform FPGA/CPLD Board Architecture Overview

Board Level Implementation of Hardware Designs

Assignments to implement designs on Boards

IC Design Project Realization

Specification, Modeling and simulation of project on Xilinx EDA

 

MODULE 6:

Project Implementation on FPGA/CPLD boards. Hardware Verification of IC Design

ARM Micro controllers

This course will teach you practical – and proven – ways to develop better ARM based system faster. It’s for the developer who is honestly looking for new ideas, but who wants to cut through the academic fluff of formal methodologies and find better ways to work now.

The ARM Controllers, which is the latest buzz in the market, already making their way to monopolize the Industry.

The focus is uniquely on embedded systems, where firmware can only be understood in the context of the hardware. You’ll learn new ways to link the hardware and software, to stamp out bugs, to manage real-time constraints, to meet impossible deadlines and much, much more.

The course is targeted to developers and fresh Engineers engaged in creating products now who must find ways to work more efficiently. It assumes some knowledge of C and a basic understanding of any assembly language.

Fees: Rs 1200, Duration: 8 Weeks

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Module 1: Introduction

Introduction of ARM Processors

Evolution of ARM

32 – bit Programming

Module 2: ARM7 Architecture

ARM7 Architecture

Instruction Set Architecture

LPC21xx/LPC22xx Description

Memories

Peripherals

Module 3: ARM Processor Programming

ARM Processor Programming in C

Startup code

Internetworking of arm/thumb code

Using ARM Programming Tools

Debugging Techniques (JTAG)

Module 4: IO Device Interface and practical

Study of Input Output Devices

LED Display

Intelligent LCD Display

Stepper Motors and Types of Stepper Motors

Serial Communication Concepts

I2C

SPI

Practices on Boards

 Module 5: Advance Peripheral usage

Analog to Digital Converter

Digital to Analog Converter

Pulse Width Modulator

Watchdog Timer

Practices on Board

Module 6: Conclusion

Latest trends in ARM Processor

Introduction to …

ARM9

RTOS

Embedded Linux on ARM

PLC Programming & SCADA

This course is specially for students  preparing for a career in  manufacturing industry who need to have the right  knowledge of PLC applications , instructions ,programming, trouble shooting , interfacing. The course starts from the Basics as we have different persons coming from different backgrounds with varied experiences and we need to start from a common ground .

Allen  Bradely , Mitsubishi, Messung and Siemens PLCs are covered.  AC Drives , MMI and SCADA  are also an integral part of automation , they all are included in the higher syllabus .Real Life Case Studies and Application Examples will be taken to make the short course truly beneficial . The sharing of experience and ideas amongst participants helps in increasing the knowledge of individuals.

Fees: Rs 6500, Duration: 1 Month

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Module 1: Basics of electrical

AC/ DC Principles

Hydraulics & Pneumatics.

Electrical symbols used in Industries,

1Phase & 3Phase power supply.

Module 2: PLC Details
History of PLC,

Difference between relay, contactor & PLC logic, PLC architecture.

A detail description PLC modules & cards

Module 3: I/O configuration & Memory Mapping
Why I/O configuration is required?

How the I/O modules are addressed for Messung, Mitsubishi,Delta , AB & Siemens – PLCs

Module 4: Programs & Ladder diagrams

First steps with the programming device, introducing the basic ladder logic

instructions, contacts, coils, and PLC scan.

Module 5: The instruction Set

A look at the instructions covered in all the PLC. Each instruction being illustrated by application specific program examples. The instructions covered are:-

NO/NC, Set, Reset, Timers, Counters, Comparison, Arithmetic, Logical & Move functions

 

Module 6: Communications & fault finding

An introduction to communication options available for the type of PLCs includes also how to find hardware faults and probable causes.

 

Module 7: SCADA

Introduction to SCADA,

Configuration of different drivers, gateway.

Database of tags and its use.

Interfacing with PLC and simulation of PLC application in SCADA.

Note:

All practical sessions will be covered on Messung and Delta PLC systems.

Documentation CD

Industrial Automation

This course is specially for students  preparing for a career in  manufacturing industry who need to have the right  knowledge of PLC applications , instructions ,programming, trouble shooting , interfacing. The course starts from the Basics as we have different persons coming from different backgrounds with varied experiences and we need to start from a common ground .

Allen  Bradely , Mitsubishi, Messung and Siemens PLCs are covered.  AC Drives , MMI and SCADA  are also an integral part of automation , they all are included in the syllabus .Real Life Case Studies and Application Examples will be taken to make the short course truly beneficial .

Fees: Rs 10000, Duration: 1 and ½ month

Register Now!

Module 1: Basics of electrical

AC/ DC Principles

Hydraulics & Pneumatics.

Electrical symbols used in Industries,

1Phase & 3Phase power supply.

Module 2: PLC Details

History of PLC,

Difference between relay, contactor & PLC logic, PLC architecture.

A detail description PLC modules & cards

Module 3: I/O configuration & Memory Mapping

Why I/O configuration is required?

How the I/O modules are addressed for Messung, Mitsubishi,Delta , AB & Siemens – PLCs

Module 4: Programs & Ladder diagrams

First steps with the programming device, introducing the basic ladder logic

instructions, contacts, coils, and PLC scan.

Module 5: The instruction Set

A look at the instructions covered in all the PLC. Each instruction being illustrated by application specific program examples. The instructions covered are:-
NO/NC, Set, Reset, Timers, Counters, Comparison, Arithmetic, Logical & Move functions

Module 6: Communications & fault finding

An introduction to communication options available for the type of PLCs includes also how to find hardware faults and probable causes.

Module 7: SCADA

Introduction to SCADA,

Configuration of different drivers, gateway.

Database of tags and its use.

Interfacing with PLC and simulation of PLC application in SCADA.

Module 8: HMI

Introduction to HMI, its need, operation details and fundamentals of HMI, fault display in HMI, timer counter setting from HMI.

Interfacing with PLC.

Macro Programming in HMI

Module 9: AC & Servo Drives

Fundamentals of AC  & Servo Drive,

Block diagram of AC & Servo drive,

configuration of different drives.

Control of drive with and without PLC. Various applications of AC & Servo Drive. Interfacing with PLC.

Note:

All practical sessions will be covered on Messung and Delta PLC systems.

Documentation CD

Wireless Communication

• Study and interfacing of GSM/GPRS
• Study and interfacing Bluetooth
• Study and interfacing of ZIGBEE
• Study and interfacing of CC2500
• Study and interfacing of GPS

Fees: Rs 2500, Duration: 10 Days

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Note: Knowledge of 8051 Required.

Advance Sensors

• Study and interfacing of Capacitive/inductive proximity sensors
• Study and interfacing of Humidity sensors
• Study and interfacing of  Accelerometers
• Study and interfacing of Finger print readers
• Study and interfacing of barcode scanner
• Study and interfacing of PIR sensors
• Study and interfacing of Ultrasonic sensors
• Study and interfacing of Rotatory Encoders

Fees: Rs 2500, Duration: 10 Days

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 Note: Knowledge of  Arduino /AVR Required.

Touch Technologies

• Introduction to Touch Technologies
• Study of different types of touch sensors
• Interfacing of capacitive touch sensors
• Interfacing of Resistive touch screens
• HMI development

Fees: Rs 1000, Duration: 5 Days

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Note: Knowledge of  Arduino /AVR Required.

Radio Frequency IDentification

• Introduction to RFID
• Study of various protocols and  frequencies
• Study of Encoder ICs
• Interfacing of RFID readers with MCUs
• Reading/writing Mifare cards

Fees: Rs 1000, Duration: 5 Days

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Note: Knowledge of 8051 Required.