IOT

Introduction to Minor Degree

The Minor Honors Degree program offers students the opportunity to specialize in an additional field alongside their major, enhancing both knowledge and career prospects. Designed for interdisciplinary learning, it allows students to explore diverse subjects while strengthening their expertise. This program helps develop critical thinking, adaptability, and a competitive edge in the job market. With a well-structured curriculum, students gain a deeper understanding of their chosen minor, making them more versatile professionals. Elevate your academic journey and broaden your career opportunities with a Minor Honors Degree at our institution!

Need & Future Scope

The Minor Honors Degree program enhances students' skill sets by allowing them to specialize in an additional field alongside their major. This interdisciplinary approach boosts employability, fosters innovation, and broadens career prospects. Graduates gain a competitive edge in diverse industries such as technology, healthcare, and finance. The program also supports higher education pathways and equips students for entrepreneurial ventures in emerging fields.

Minor Degree Subject Names with Semester and GTU Syllabus Link

Subcode Subject Name Semester/Year
114AI01 Introduction to Internet of Things (IoT) 4
115AI01 IoT Embedded Hardware 5
116AI01 IoT Networking technologies and Security 6
116AI02 Introduction to Industrial IoT 6
117AI01 IoT Programming Technologies 7

Expert Lectures & Industrial Visits Conducted in Minor Degree


Event Type Name of Expert Topic/Industry Name Date
Expert Lecture Dr. Komal Borisagar Workshop on IOT & Application 17/4/2023
Expert Lecture Dr. Rajesh P. Patel Introduction to Internet of Things 7/3/2024
Expert Lecture Dr. Rajesh P. Patel Introduction to Internet of Things 14/8/2024
1. Introduction to Internet of Things (IoT):-
The Internet of Things (IoT) is a transformative technology that connects devices, sensors, and systems to exchange data and automate processes. This course introduces IoT architecture, key components, and communication technologies, enabling students to understand its real-world applications in smart cities, healthcare, agriculture, and industrial automation. It covers essential IoT concepts, including sensing, actuation, cloud integration, and security challenges. Hands-on projects with Arduino, ESP8266, and Raspberry Pi help students build practical IoT solutions. Gain the knowledge and skills to be a part of the IoT revolution!
2.IoT Embedded Hardware:-
The IoT Embedded Hardware course provides a deep understanding of microcontrollers, sensors, and communication interfaces used in IoT applications. Students will learn about AVR, PIC, and ARM architectures, their programming, and peripheral interfacing. The course covers essential topics like UART, SPI, I2C, GPIO, ADC, and real-time data processing. Practical hands- on experience with Raspberry Pi, BeagleBone Black, and embedded Linux enhances technical skills. With a focus on C and Python programming, this course prepares students to develop innovative and efficient IoT hardware solutions for real-world applications
3. IoT Networking technologies and Security:-
The IoT Networking Technologies and Security course focuses on the communication protocols and security challenges in IoT systems. It covers IPv4, IPv6, messaging and transport protocols, and their role in IoT connectivity. Students will explore cybersecurity threats, encryption techniques, and privacy measures to safeguard IoT devices and networks. Key topics include Software- Defined Networks (SDN), Cyber-Physical Systems (CPS), and case studies on smart homes, healthcare, and industrial IoT security. Hands- on projects will provide practical experience in securing IoT environments. Build secure, efficient, and future-ready IoT solutions
4. Introduction to Industrial IoT :-
The Industrial Internet of Things (IIoT) is revolutionizing industries by integrating smart sensors, cloud computing, big data, and cybersecurity to optimize operations. This course covers IIoT architecture, key technologies, and real-world applications in sectors like manufacturing, healthcare, and automation. Students will explore cyber-physical systems, networking models, security challenges, and cryptographic techniques to protect IIoT environments. Hands-on projects will provide experience with industry-standard tools and platforms. Gain the skills to drive innovation and efficiency in industrial systems with IIoT expertise
5. Introduction to IoT Programming Technologies
The IoT Programming Technologies course equips students with essential programming skills for developing smart and connected devices. It covers IoT architecture, device integration, data management, and security. Students will learn to work with Arduino, Raspberry Pi, and communication protocols like MQTT, ZigBee, Bluetooth, and TCP/UDP using programming languages such as Python, Node.js, and Arduino. The course includes hands-on projects focused on real-world applications in industrial automation, smart cities, and remote monitoring. Gain expertise in IoT programming and build innovative, futureready solution.