Electronic System Design Course

Introduction of Electronic System Design

Electronic System Design Course in SINA educates the participant regarding the design and development of the electronic system design consisting of analog and digital control. This course is designed for the students and engineers who have a basic knowledge of electronic system design but have no/little idea about how to integrate different portions of complete electronic systems. Electronic System Design Course uses a bottom-up approach to problem-solving, building gradually from simple interfacing of switches and LEDs to complex concepts like display drivers, digital to analog conversion, generation of sound, analog to digital conversion, graphics, interrupts, and communication.

Curriculum

26 Sections
47 Lessons
10 Weeks

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Module 01: Introduction
1
- 2.1
  Introducing Electronics System Design
Module 02: Fundamental concepts
2
- 3.1
  Fundamental concepts of electronic systems
- 3.2
  Numbers, Computers, and the PIC microcontroller architecture
Module 02: Fundamental concepts (Lab)
1
- 4.1
  First project switch input and LED output using PIC16F876A microcontroller
Module 03: Concept of embedded programming
1
- 5.1
  Introducing basic concept
Module 04: Field Devices
5
- 6.1
  Electronics for field devices i.e. sensors and actuators
- 6.2
  Resistors
- 6.3
  Voltage
- 6.4
  Current and Ohm’s Law
- 6.5
  Opamps
Module 05: Digital Logic design with practical approach
4
- 7.1
  Digital Logic Design with a practical approach
- 7.2
  Transistors,
- 7.3
  Flip flops
- 7.4
  Logic functions
Module 06: Introduction to Mikroc
2
- 8.1
  Introduction to Mikroc
- 8.2
  Flow code programming
Module 06: Introduction to Mikroc (Lab)
1
- 9.1
  Write a Mikroc and Flow code function and perform input/output
Module 07: Microcontroller Input/output and LCD display
1
- 10.1
  Introducing Microcontroller Input/output
Module 07: Microcontroller Input/output and LCD display (Lab)
2
- 11.1
  Debug a system with two inputs and two outputs
- 11.2
  Write Mikroc and Flow code software that inputs from a switch and toggles an LED output
Module 08: Design and Development Process
1
- 12.1
  Introducing Design and Development Process
Module 08: Design and Development Process (Lab)
1
- 13.1
  Write Flow code functions for delay loops to show output on LED’s and will use input switches as delay control and to show the value on LCD
Module 09: Interfacing Switches
1
- 14.1
  Introducing Interfacing Switches
Module 09: Interfacing Switches (Lab)
1
- 15.1
  Interface an external switch and LED and write input/output software
Module 10: Arrays and Functional Debugging
1
- 16.1
  Introducing Arrays and Functional Debugging
Module 10: Arrays and Functional Debugging (Lab)
1
- 17.1
  Write Flow code functions using array data structures that collect/debug your system
Module 11: Finite State Machines
1
- 18.1
  Introducing Finite State Machines
Module 12: Systems Approach
2
- 19.1
  UART – The Serial Interface
- 19.2
  I/O Synchronization
Module 12: Systems Approach (Lab)
2
- 20.1
  Interface 3 switches and 6 LEDs and create a traffic light finite state machine
- 20.2
  Write Flow code functions that output decimal and fixed-point numbers to the serial port
Module 13: ADC and Data Acquisition
1
- 21.1
  Introducing ADC and Data Acquisition
Module 13: ADC and Data Acquisition (Lab)
2
- 22.1
  Interfacing PT100 RTD sensor with microcontroller and display data on LCD as well as Hyper Terminal using the serial interface.
- 22.2
  Interfacing a DC drive and motor with PIC microcontroller PIC18F452 for the speed control system.
Module 14: Systems Approach
4
- 23.1
  Systems Approach and analog electronics.
- 23.2
  Introduction to Opamps
- 23.3
  Discreet components
- 23.4
  Field sensor conversion / Actuator interface for embedded systems and concept of PWM
Module 14: Systems Approach
2
- 24.1
  Establish a radio link between two micro controller using serial radios.
- 24.2
  DC motor with PWM from remote location
Module 15: Wireless Communication using serial radios
1
- 25.1
  Designing with 3D-Max for a final look of your electronic system design
Module 15: Wireless Communication using serial radios (Lab)
1
- 26.1
  Designing and developing mechanical system design on 3D-Max software to present the project in a realistic way before starting electronic control systems.
Conclusion
In this course, you will get to learn about Electronic System Design Course Islamabad, under the supervision of experienced instructors who focus on the concepts and make you a professional in the respected field. Our training focuses on the key elements, concepts, and terminologies associated with ESD service lifecycle management. You will not only learn verbally but also practically by doing some tasks and assignments. We will help you to become a professional so that you can achieve high ranks in the related field and SINA’s certification will help you get jobs around the globe. Register yourself to this course and become a Professional. ESD Course introduces the student to:
5
- 27.1
  Concept of embedded programming
- 27.2
  Field Devices
- 27.3
  Digital Logic Design with a practical approach
- 27.4
  Introduction to Mikroc
- 27.5
  Microcontroller Input/output and LCD display

Instructor

SINA Institute

Requirements

Electronic System Design Course is designed for students and engineers who have basic knowledge of electronic system design but have no/little idea about how to integrate different portions of complete electronic systems.

Features

Understanding the concept of electronic systems design
Flow code programming: considering both function and style
How to build and test circuits with switches, LEDs, resistors, potentiometers, and liquid crystal displays?
Implementation of an I/O driver and multi-threaded programming using interrupts
Debugging using oscilloscopes, logic analyzers, and software instrumentation
How to read a datasheet?
Synchronization of hardware and software input/output with switches, lights, sound, and sensors Motors, and liquid crystal displays
This is a hands-on, learn-by-doing course that shows you how to build solutions to real-world problems using analog/embedded systems. The Electronic System Design course uses a bottom-up approach to problem-solving, building gradually from simple interfacing of switches and LEDs to complex concepts like display drivers, digital to analog conversion, generation of sound, analog to digital conversion, graphics, interrupts, and communication. The Electronic System Design course will educate the participant regarding the design and development of electronic system design consists of analog and digital control.

Free

Course Features

Lectures 47
Quizzes 0
Duration 10 weeks
Skill level All levels
Language English
Students 0
Assessments Yes

Electronic System Design Course

Introduction of Electronic System Design

Curriculum

Instructor

Requirements

Features

Course Features

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Electronic System Design Course

Introduction of Electronic System Design

Curriculum

Instructor

Requirements

Features

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