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  • Level 1: Beginner
  • UIE-ECE

Embedded Electronics Development:
Introduction to Embedded Technology

Apply Now

Introduction to the Course

Nowadays, electronics has entered into most of the aspects of modern life. It is now becoming impossible to even think of one area which is untouched of application of electronics. In the interaction of the real-world with the electronics gadgets, sensors and microcontroller play an important role. In this course the participants will study the basics of micro-controller and arduino and their applications in day-to-day life. This course is designed to give the participants the required knowledge and skill-set to understand, analyze, evaluate and design their own solution to real-life problems. The way 5G and 6G communications are envisioned, the knowledge of working of IoTs can be an asset while planning your career.


Objectives of the Course

  • This course is designed for students to train them to analyze, design, build and test electronic circuits and embedded systems, and understand their capabilities and limitations in view of the IoT.
  • This course is divided into three levels
    ● Embedded Electronics Development: Introduction to Embedded Technology (Level-1) – Beginner Level
    ● Embedded Electronics Development: Start your IoT Journey (Level-2) – Intermediate Level
    ● Embedded Electronics Development: Design your own IoT Applications (Level-3) – Advanced Level
  • Modern day innovations and advancements will be presented in this course that will nurture the young research minds.

Benefits of the Certification Course to Students

  • The students will get a kick start to develop embedded and IoT based projects and electronic products.
  • The students will be provided with unique interdisciplinary learning and innovative experiences of electronics hardware and software by utilizing the latest technologies.
  • The students will be able to benefit from instructor’s unique perspective through live classroom/doubt-clearing sessions.
  • The students can win exciting prizes/goodies at the end of this course from Chandigarh University.

Course Structure

  • Course Hours: 15 Hrs (for Each Level)
  • Credits: 1
  • Live Lectures: 9 Hours, Recorded Lectures for self-study: 6 Hours
  • Project ideas will be discussed with the students.
  • An MCQ test will be held on 7th Day of the course as a criterion towards successful completion of the course

Course Details & Syllabus

LEVEL
No.

 

Course Code:

TITLE

 

L

 

T

 

P

 

S

 

C

C H

Course Type*

1

 

Embedded Electronics Development: Introduction to Embedded Technology

8

-

7

-

1

15

ACP

 

Course Objectives

1. This course is designed for  an introduction to the fundamentals of
embedded technology and its applications in IoTs.

2. This Course will motivate students through hands-on demonstration of
advanced applications of IoTs in real-life applications.

PRE-REQUISITE

 

 

 

Course Outcome

CO1: Understand the basics of Arduino Microcontroller

CO2: Understand the working of microcontroller and its interfacing with other
devices.

CO3: Understand the interfacing of microcontrollers with other devices.

CO4: Apply the concepts of sensors for collecting different types of data.

CO5:Interpret the data collected by the sensors.

 

 

 

 

 

 

Course Contents
  1. Define the term “Internet of Things” (IoT)
  2. State the electronic and technological trends that have led to IoT Describe the impact of IoT based electronic devices on society
  1. Introduction to Arduino microcontroller development board
  2. Introduction to Tinker Cad Software for using electronic components and developing IoT devices
  3. Describe the interaction between software and hardware in IoT devices
  1. Programming the Arduino microcontroller development board using Tinker Cad to realize the behavior of electronic components.
  2. Interfacing a simple electronics Light Emitting Diode (LED) using Tinker Cad.
  1. Introduction to Libraries being used for realizing the behavior of electronic components.
  2. Understanding of the Arduino microcontroller programming by using the Arduino Libraries.
  1. Concept of electronic sensors for building IoT application hardware.
  2. Interfacing with the electronic sensors for building IoT Application.

Course Schedule

Day

Learning Objective (1.5 Hour per Day)

Day 1: Introduction to the
Internet of Things and Embedded Electronic Systems
  1. Define the term “Internet of Things” (IoT)
  2. State the electronic and technological trends that have led to IoT
  3. Describe the impact of IoT based electronic devices on society

 

Day 2: Hardware and Software of Electronics Embedded IoT
  1. Introduction to Arduino microcontroller development board
  2. Introduction to Tinker Cad Software for using electronic components and developing IoT devices
  3. Describe the interaction between software and hardware in IoT devices

Day 3: Introduction to
Programming for Arduino Microcontroller Board
  1. Concept of Programming using Arduino IDE.
  2. Interfacing a simple electronics Light Emitting Diode (LED) using Tinker Cad.

Day 4: Interfacing with the
Electronics Hardware: The Arduino Microcontroller Board
  1. Programming the Arduino microcontroller development board using Tinker Cad to realize the behavior of electronic components.

Day 5:
Concept of Libraries Used for the Different Electronic Components and Technologies
  1. Introduction to Libraries being used for realizing the behavior of electronic components.
  2. Understanding of the Arduino microcontroller programming by using the Arduino Libraries.

Day 6: Hands on Session on
Electronic Sensors for IOT Device Hardware
  1. Concept of electronic sensors for building IoT applicaton hardware.
  2. Interfacing with the electronic sensors for building IoT Applicaton.

MCQ Test

References

  • Introduction to the Internet of Things and Embedded Systems by Prof. Ian Harris (Coursera Course offered by University of California, Irvine).
  • Introduction to Internet of Things, by Prof. Sudip Misra, Department of Computer Science and Engineering, IIT Kharagpur
  • Interfacing with the Arduino, by Prof. Ian Harris (Coursera Course offered by University of California, Irvine)
  • Programming Arduino: Getting Started with Sketches, by Simon Monk, Publisher: McGraw- Hill, Year: 2016, ISBN: 1259641635, 9781259641633
  • Tinkercad, Designing and online simulation tool, https://www.tinkercad.com/
  • Arduino IDE (https://www.arduino.cc).
  • ESP8266 WiFi SOC from Espressif (https://www.espressif.com/)

Program Co-ordinator

Name

Mobile

Email

Dr. Prashant Upadhyaya

9411047357

prashant.e9437@cumail.in
  • Level 2: Median
  • UIE-ECE

Embedded Electronics Development:
Start your IoT Journey

Apply Now

Introduction to the Course

Nowadays, electronics has entered into most of the aspects of modern life. It is now becoming impossible to even think of one area which is untouched of application of electronics. In the interaction of the real-world with the electronics gadgets, sensors and microcontroller play an important role. In this course the participants will study the basics of micro-controller and arduino and their applications in day-to-day life. This course is designed to give the participants the required knowledge and skill-set to understand, analyze, evaluate and design their own solution to real-life problems. The way 5G and 6G communications are envisioned, the knowledge of working of IoTs can be an asset while planning your career.


Objectives of the Course

  • This course is designed for students to train them to analyze, design, build and test electronic circuits and embedded systems, and understand their capabilities and limitations in view of the IoT.
  • This course is divided into three levels
    ● Embedded Electronics Development: Introduction to Embedded Technology (Level-1) – Beginner Level
    ● Embedded Electronics Development: Start your IoT Journey (Level-2) – Intermediate Level
    ● Embedded Electronics Development: Design your own IoT Applications (Level-3) – Advanced Level
  • Modern day innovations and advancements will be presented in this course that will nurture the young research minds.

Benefits of the Certification Course to Students

  • The students will get a kick start to develop embedded and IoT based projects and electronic products.
  • The students will be provided with unique interdisciplinary learning and innovative experiences of electronics hardware and software by utilizing the latest technologies.
  • The students will be able to benefit from instructor’s unique perspective through live classroom/doubt-clearing sessions.
  • The students can win exciting prizes/goodies at the end of this course from Chandigarh University.

Course Structure

  • Course Hours: 15 Hrs (for Each Level)
  • Credits: 1
  • Live Lectures: 9 Hours, Recorded Lectures for self-study: 6 Hours
  • Project ideas will be discussed with the students.
  • An MCQ test will be held on 7th Day of the course as a criterion towards successful completion of the course

Course Details & Syllabus

LEVEL
No.

Course Code:

TITLE

 

L

 

T

 

P

 

S

 

C

C H

Course Type*

2

 

Embedded Electronics Development: Start your IoT Journey

8

-

7

-

1

15

ACP

 

Course Objectives

1. This course is designed to enhance the skills of students for building applications in IoTs.

2. This course will motivate students to design the basic application (app) for accessing/controlling the embedded system over cloud services.

PRE-REQUISITE

Embedded Electronics Development: Introduction to Embedded Technology (Beginner
Level)

 

 

Course Outcome

CO1: Understand the basics of ESP8266 Wi-Fi SoC.

CO2: Apply the concepts of sensors for collecting different types of data.

CO3: Analyze the working of ESP8266 Wi-Fi SoC and its interfacing with other devices.

CO4: Configure and Design the Mobile/Web app for IoT applications.

CO5: Analyze the performance of Web/Mobile apps for IoT applications.

 

 

 

Course Contents
  1. Review of IoT and Ardunio.
  2. Introduction to ESP8266 development board and its interfacing
  1. Introduction to ESP8266 Wi-Fi SoC.
  2. Describe the interaction between software and hardware in IoT devices
  1. Programming the ESP8266 for building IoT application
  1. Introduction to IoT service such as Ubidots, IFTTT.
  1. Interfacing of the electronic sensors for building IoT Application.
  1. Demonstrate the example of controlling a smart electronics device using mobile phone application.

Course Schedule

Day

Learning Objective (1.5 Hour per Day)

Day 1: Introduction to the ESP8266
  1. Review of IoT and Ardunio.
  2. Introduction to ESP8266 development board and its interfacing.

Day 2:
Interfacing of sensor with ESP 8266
  1. Programming of ESP8266 and its interfacing with sensor.

Day 3:
Ubidot for building IoT application
  1. Understanding the concept of Ubidots.
  2. Interfacing of ESP 8266 with Ubidots.

Day 4: Introduction to IFTTT and Interfacing with Embedded
Hardware
  1. Concept of IFTTT: If This Then That.
  2. Connecting the service over the Internet.

Day 5:
Interfacing of the sensor with IoT Devices
  1. Interfacing of the sensor for building the application of IoT.

Day 6:
Hands on session for connecting IoT Device Hardware
  1. Demonstrate the example of controlling a smart electronics device using mobile phone application.

MCQ Test

References

  • Introduction to the Internet of Things and Embedded Systems, by Prof. Ian Harris (Coursera Course offered by University of California, Irvine).
  • Introduction to Internet of Things, by Prof. Sudip Misra
  • (NPTEL Course offered by Department of Computer Science and Engineering, IIT Kharagpur)
  • Electronics Projects with the ESP8266 and ESP32: Building Web Pages, Applications, and WiFi Enabled Devices by Neil Cameron, Publisher: Apress, Year: 2021, ISBN: 9781484263358,9781484263365.
  • Internet of Things with ESP8266 by Marco Schwartz, Publisher: Packt Publishing Ltd, Year: 2016, ISBN 978-1-78646-802-4.
  • Arduino IDE (https://www.arduino.cc).
  • ESP8266 WiFi SOC from Espressif (https://www.espressif.com/)

Program Co-ordinator

Name

Mobile

Email

Dr. Prashant Upadhyaya

9411047357

prashant.e9437@cumail.in
  • Level 3
  • UIE-ECE

Embedded Electronics Development:
Introduction to Embedded Technology

Apply Now

Introduction to the Course

Nowadays, electronics has entered into most of the aspects of modern life. It is now becoming impossible to even think of one area which is untouched of application of electronics. In the interaction of the real-world with the electronics gadgets, sensors and microcontroller play an important role. In this course the participants will study the basics of micro-controller and arduino and their applications in day-to-day life. This course is designed to give the participants the required knowledge and skill-set to understand, analyze, evaluate and design their own solution to real-life problems. The way 5G and 6G communications are envisioned, the knowledge of working of IoTs can be an asset while planning your career.


Objectives of the Course

  • This course is designed for students to train them to analyze, design, build and test electronic circuits and embedded systems, and understand their capabilities and limitations in view of the IoT.
  • This course is divided into three levels
    ● Embedded Electronics Development: Introduction to Embedded Technology (Level-1) – Beginner Level
    ● Embedded Electronics Development: Start your IoT Journey (Level-2) – Intermediate Level
    ● Embedded Electronics Development: Design your own IoT Applications (Level-3) – Advanced Level
  • Modern day innovations and advancements will be presented in this course that will nurture the young research minds.

Benefits of the Certification Course to Students

  • The students will get a kick start to develop embedded and IoT based projects and electronic products.
  • The students will be provided with unique interdisciplinary learning and innovative experiences of electronics hardware and software by utilizing the latest technologies.
  • The students will be able to benefit from instructor’s unique perspective through live classroom/doubt-clearing sessions.
  • The students can win exciting prizes/goodies at the end of this course from Chandigarh University.

Course Structure

  • Course Hours: 15 Hrs (for Each Level)
  • Credits: 1
  • Live Lectures: 9 Hours, Recorded Lectures for self-study: 6 Hours
  • Project ideas will be discussed with the students.
  • An MCQ test will be held on 7th Day of the course as a criterion towards successful completion of the course

Course Details & Syllabus

LEVEL
No.

 

Course Code:

TITLE

 

L

 

T

 

P

 

S

 

C

C H

Course Type*

1

 

Embedded Electronics Development: Introduction to Embedded Technology

8

-

7

-

1

15

ACP

 

Course Objectives

1. This course is designed for  an introduction to the fundamentals of
embedded technology and its applications in IoTs.

2. This Course will motivate students through hands-on demonstration of
advanced applications of IoTs in real-life applications.

PRE-REQUISITE

 

 

 

Course Outcome

CO1: Understand the basics of Arduino Microcontroller

CO2: Understand the working of microcontroller and its interfacing with other
devices.

CO3: Understand the interfacing of microcontrollers with other devices.

CO4: Apply the concepts of sensors for collecting different types of data.

CO5:Interpret the data collected by the sensors.

 

 

 

 

 

 

Course Contents
  1. Define the term “Internet of Things” (IoT)
  2. State the electronic and technological trends that have led to IoT Describe the impact of IoT based electronic devices on society
  1. Introduction to Arduino microcontroller development board
  2. Introduction to Tinker Cad Software for using electronic components and developing IoT devices
  3. Describe the interaction between software and hardware in IoT devices
  1. Programming the Arduino microcontroller development board using Tinker Cad to realize the behavior of electronic components.
  2. Interfacing a simple electronics Light Emitting Diode (LED) using Tinker Cad.
  1. Introduction to Libraries being used for realizing the behavior of electronic components.
  2. Understanding of the Arduino microcontroller programming by using the Arduino Libraries.
  1. Concept of electronic sensors for building IoT application hardware.
  2. Interfacing with the electronic sensors for building IoT Application.

Course Schedule

Day

Learning Objective (1.5 Hour per Day)

Day 1: Introduction to the
Internet of Things and Embedded Electronic Systems
  1. Define the term “Internet of Things” (IoT)
  2. State the electronic and technological trends that have led to IoT
  3. Describe the impact of IoT based electronic devices on society

 

Day 2: Hardware and Software of Electronics Embedded IoT
  1. Introduction to Arduino microcontroller development board
  2. Introduction to Tinker Cad Software for using electronic components and developing IoT devices
  3. Describe the interaction between software and hardware in IoT devices

Day 3: Introduction to
Programming for Arduino Microcontroller Board
  1. Concept of Programming using Arduino IDE.
  2. Interfacing a simple electronics Light Emitting Diode (LED) using Tinker Cad.

Day 4: Interfacing with the
Electronics Hardware: The Arduino Microcontroller Board
  1. Programming the Arduino microcontroller development board using Tinker Cad to realize the behavior of electronic components.

Day 5:
Concept of Libraries Used for the Different Electronic Components and Technologies
  1. Introduction to Libraries being used for realizing the behavior of electronic components.
  2. Understanding of the Arduino microcontroller programming by using the Arduino Libraries.

Day 6: Hands on Session on
Electronic Sensors for IOT Device Hardware
  1. Concept of electronic sensors for building IoT applicaton hardware.
  2. Interfacing with the electronic sensors for building IoT Applicaton.

MCQ Test

References

  • Introduction to the Internet of Things and Embedded Systems by Prof. Ian Harris (Coursera Course offered by University of California, Irvine).
  • Introduction to Internet of Things, by Prof. Sudip Misra, Department of Computer Science and Engineering, IIT Kharagpur
  • Interfacing with the Arduino, by Prof. Ian Harris (Coursera Course offered by University of California, Irvine)
  • Programming Arduino: Getting Started with Sketches, by Simon Monk, Publisher: McGraw- Hill, Year: 2016, ISBN: 1259641635, 9781259641633
  • Tinkercad, Designing and online simulation tool, https://www.tinkercad.com/
  • Arduino IDE (https://www.arduino.cc).
  • ESP8266 WiFi SOC from Espressif (https://www.espressif.com/)

Program Co-ordinator

Name

Mobile

Email

Dr. Prashant Upadhyaya

9411047357

prashant.e9437@cumail.in

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Enrolling in Chandigarh University's Advanced Credit Program marked a pivotal moment in my education. This program, allowed me to navigate through subjects with flexibility. The free access and nationally recognized certification added substantial value to my skill set. The sessions on Web Designing were very interesting and involving, helping me to learn in a better way. Thanks to this initiative, I not only gained advanced academic credits but also had the opportunity to explore diverse subjects, enhancing my overall learning experience. Chandigarh University's commitment to empowering students through such programs has undoubtedly shaped my academic success and future endeavours.

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An incredible experience of learning beyond boundaries.

Engaging in Chandigarh University's Advanced Credit Program (ACP) was a great learning experience for me. Opting for my passion, Cricket, in this program not only earned me academic credits but also provided a unique platform to sharpen my skills. The faculty was exceptional, offering valuable guidance and insights that went beyond the classroom. ACP empowered me to enhance my passion-based skills. The blend of insightful learning and the support of dedicated faculty made my ACP experience truly enriching, setting the stage for both academic success and personal growth.

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Completing the Advanced Credit Program at Chandigarh University had a profound impact on my academic journey. The three-level program provided a seamless learning journey, allowing me to probe into my chosen subjects at my own pace. This program not only reduced the demands of my academic schedule but also equipped me with valuable skills. The best part – it's free! The nationally recognized certification adds an extra edge to my profile. Thanks to Chandigarh University, I not only excelled academically but also had the freedom to explore my passions and develop practical skills.
It was truly a transformative experience!

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Embarking on Chandigarh University's Advanced Credit Program was a transformative experience enriched by exceptional faculty guidance. Completing this program became a defining milestone in my academic journey. This program allowed me to navigate my courses seamlessly, while the invaluable support and expertise of the faculty were instrumental in my success. The program's free accessibility and nationally recognized certification provided a remarkable boost to my academic profile. Chandigarh University's commitment to quality education and supportive faculty has not only lightened my academic load but also significantly contributed to my growth and confidence as a student.

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Thank you to the faculty and staff for being so encouraging and nurturing. A special thanks to Ms. Lovely, Chef Saurabh Khurana for being great teachers like they are. Their fierce dedication to this Advanced Credit Programme is an very beneficial for all the budding hoteliers.

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