Department of ECE is offering minor degree in Artificial Intelligence & Internet of Things. The curriculum has been designed with equal emphasis on theory and practical knowledge.

  • Students with at least 7.0 SPGA can opt for minor degree in third semester. Students will pay applicable examination fee as per university rules.
  • Students have to undertake all courses (20 Credits) to earn this minor degree as per approved study scheme only.
  • UG students any department can opt for Minor Degree in Artificial Intelligence & Internet of Things. Following prerequisite knowledge is must for aspiring students:
    • Before 4th Sem, student must undertake some course dealing with conceptual understanding of Electronic Devices and Digital Circuits
    • Before 5th Sem students must know concepts of Object-Oriented Programming using any programming language
Students will have to submit documentary proof of passing the pre-requisite course before the commencement of respective semester.
  • Examination and other applicable charges as per university norms will be paid by the students as and when applicable.

Web Application Development
Satvir Singh

Web Application Development

Course Objective: This course will enable students to develop interactive web applications using HTML, MySQL, PHP, and JavaScript.

Course Outcomes:
At the end of this course, students shall be able to
CO1: Understand working with HTML elements to create webpages
CO2: Apply concepts of HTML & CSS to design attractive websites
CO3: Create dynamic webpages with JavaScripting
CO4: Interface webpages with MySQL databases using PHP

Internet of Things & Applications
Satvir Singh

Internet of Things & Applications

Course Objective: This course is meant to familiarize student with underneath technologies in IOT and its applications. Students will then be able to generalize then to solve real world problems.

Course Outcomes: At the end of this course, students shall be able to
CO1: Write sketches/program in Arduino IDE
CO2: Understand and use Arduino boards and shields
CO3: Use NodeMCU & ESP32 in IoT applications 
CO4: Install & configure IoT enabled switch boards and home appliances


Android Development with Kotlin

Android Development with Kotlin

Course Objective: In this course students will learn KOTLIN (Google's Official language for Android App Development) to create their mobile apps for their capstone projects.

Course Outcomes: At the end of this course, students shall be able to
CO1: Write Kotlin programs to explore the language features for android developments.
CO2: Install Android Studio and create building blocks required in mobile apps.
CO3: Explore and implement advanced features of android app architecture.
CO4: Create android apps having internet connectivity to enhance their utility.


Introduction to Artificial Intelligence

Introduction to Artificial Intelligence

Course Objective: This is a minor degree course meant to introduce fundamental concepts of artificial intelligence to student.

Course Outcomes: At the end of this course, students shall be able to
CO1: Comprehend fundamentals of soft computing and problem complexities
CO2: Understand and write basic machine learning algorithms using ANN
CO3: Understand and apply fundamentals of fuzzy logic to solve engineering problems
CO4: Apply knowledge Genetic Algorithms to evolve solutions for engineering problems


Android Machine Learning with TensorFlow

Android Machine Learning with TensorFlow

Course Objective: Through this course students will learning creating development of Android Apps based on Deep Learning features.

Course Outcomes:
At the end of this course, students shall be able to
CO1: Write Python code for machine learning
CO2: Understand fundamental concepts of machine and deep learning
CO3: Understand TansorFlow work environment for deep learning
CO4: Develop android apps based on deep learning