B.Tech - CSE (IOT-Internet of Things)

Overview:

 B.Tech in Computer Science Engineering (CSE) with a specialization in Internet of Things (IoT) is a four-year undergraduate program that combines traditional CSE principles with IoT concepts. The program aims to provide students with a strong foundation in computer science, networking, and communication technologies, as well as practical skills in the fields of IT and computer technology. Students also learn about the foundations of IoT's predecessors, such as M2M and WSN, to help them understand the significance of the IoT domain. The

B.Tech Computer Science & Engineering (Internet of Things) program provides students with a comprehensive and in-depth understanding of Internet of Things (IoT) technology. The curriculum spans from foundational concepts to advanced applications, ensuring students develop both theoretical knowledge and practical skills across various IoT components. This includes a thorough exploration of sensors, IoT networks, embedded devices, operating systems, and data analysis techniques.

The program's emphasis on IoT's broad potential is a key feature. Students delve into the transformative impact of IoT across industries such as Smart Cities, Healthcare, Industrial IoT, Transportation, Insurance, and Real Estate. This multifaceted exposure equips graduates with the versatility to excel in diverse professional settings. Opportunities abound in roles such as Smart Cities Initiatives, Research and Development (R&D) Centers, Manufacturing, Energy, Utilities, and with IoT-focused companies and Startups.

The program further facilitates practical engagement through thesis or capstone projects. These projects offer hands-on experience in Embedded Coding, Sensor Deployment, and Data Analysis, cementing students' skills and preparing them for the demands of real-world IoT applications. Overall, the B.Tech. Computer Science & Engineering (Internet of Things) program provides a comprehensive and dynamic education, empowering students with the expertise and confidence to excel in the evolving landscape of IoT Technology.

Students gain expertise in using diverse microcontrollers like Arduino, Raspberry Pi, ESP8266, ESP32, and more, fostering hands-on skills for IoT device development.

Students of the B.Tech. Computer Science & Engineering (Internet of Things) program acquire proficiency in programming languages essential for IoT, including C/C++, Python, Java, and JavaScript, empowering you to create versatile IoT applications.

Students develop a deep understanding of various IoT sensors such as temperature, humidity, motion, GPS, and accelerometers, crucial for crafting real-world, sensor-driven solutions. They can explore key aspects like IoT Security, Cloud Platforms, and Programming, equipping them with a solid foundation to create robust and secure IoT systems.

Access state-of-the-art IoT resources, including Developmentm environments, Cloud services, and Programming labs, enabling practical experimentation and innovation. A student can benefit from a corporate tie-ups, leveraging insights from a Centre of Excellence in IoT and staying updated with the latest industry advancements, ensuring real-world relevance in theireducation.

Some Highlights of B.Tech - CSE (IOT-Internet of Things):

Top Colleges Offering B.Tech CSE (IoT) in India:

• VIT Vellore
•  MIT Manipal
•  SRM University Chennai
•  COEP Pune
•  DSCE Bangalore
•  LPU Jalandhar
•  VJTI Mumba

Why choose of B.Tech in the Internet of Things

An IoT-savvy businessperson has a plethora of opportunities. IoT-enabled applications allow businesses to automate processes and reduce labor costs. They can also increase service quality and make processes more efficient.

The IoT technology is applicable to almost every industry, from healthcare to manufacturing and retail. With its deep learning capabilities, this technology can enhance productivity and improve the customer experience. One of the most significant benefits of IoT technology is its ability to track worker activity.

A wide range of industries have adopted IoT technology, including manufacturing, logistics, and manufacturing. The use of IoT devices in manufacturing, transportation, and retail has lowered costs.  Lights and temperature controls can automatically turn on or off equipment when not in use. Increasing operational efficiency IoT applications are used in many industries.

Manufacturers can improve production efficiency by using sensors. They can monitor the health of workers, ensure the safety of equipment, and reduce costs. IoT devices can also be deployed to measure stress in a complex environment.

If you are considering a career in the IoT field, you should seriously consider pursuing a B.Tech in Internet of Things because it is the trend today!!!

Upcoming trends

• The Internet of Things is an ever-evolving technology, and therefore the trends are something that is always needed to be looked for. Evolution has always been around for a long time. The technologies in this field keep expanding with more and more updates coming up in the field.
• The Internet of Things is a field that is very well fit for the healthcare industry and manufacturing.
• The examples of the trends in the course are we can use our smartwatch to track our daily activity, connect our TV easily with the use of applications, and also turn off AC sitting anywhere just in a click. It is a field where the trends keep updating with the use of technology and the internet as well.

The Upcoming trends in Internet of Things are:

·         The Power of Connectivity

·         IoT Security Trends

·         Advanced Management and Artificial Intelligence

·         5G Networks across the Industries

·         The Boost of Business

Future Scope of B.Tech in Internet of Things

The Internet of Things (IoT) is the network of physical and connected devices that improve efficiency, economic benefits, and human exertion. This field is booming, with a huge demand from industries.

In the future, these connected devices will control everything from cities to household appliances. This technology will transform the way we live and work. It is one of the fastest-growing industries, with a high potential for growth. Several industries, from transportation to health care, are increasingly adopting IoT to improve their operations.

This technology helps organizations gain better insights into their customers and provide enhanced customer service. It also improves decision-making processes and makes businesses more valuable.

A B.Tech in Internet of Things (IoT) degree will help you find opportunities in this industry and develop a competitive edge. The scope of IoT is growing rapidly, and there are many opportunities for graduates with a strong background in this field.

 Admission Procedure B.Tech IoT Course:

• Pursuing a Bachelor of Technology (B.Tech) in the Internet of Things (IoT) is an exciting pathway for students interested in the rapidly evolving field of IoT, where devices, sensors, and data converge to transform various industries. To embark on this educational journey, it's essential to understand the admission process. 
• The admission process for Internet of Things varies from one institution to another. The students are selected on their performance in the entrance examination conducted by the institutions.
  
• The individual should be passed in 10+2 in the Science stream with a minimum aggregate of 50% marks or equivalent.
  
• They are required to score the required marks in the entrance examination as well to get admission to the institution.
  
  

Eligibility For B.Tech CSE (IOT-Internet of Things)

Before applying for admission to a B.Tech program in IoT, prospective students must meet specific eligibility criteria set by the respective educational institutions. While these criteria can vary among institutions, some common requirements typically include:

Successful completion of 10+2 or equivalent education from a recognized board with a strong background in subjects like Physics, Mathematics, and Computer Science.

Obtaining a minimum percentage, often around 50% to 60%, in the 10+2 examinations.

Some institutions may conduct their entrance examinations, while others admit students based on national or state-level entrance exams.

Career Opportunities For B.Tech CSE (IOT-Internet of Things)

IoT Engineer – The job role of an IoT engineer is a broad umbrella, and it brings to play many skillsets and disciplines. IoT engineers are professionals who are able to develop, manage, and monitor IoT devices and systems through the combination of three main components – data, technology and research. IoT engineers are well-versed in networking, security, system engineering, hardware core programming and cloud programming.
Machine Learning Engineer – It is the responsibility of machine learning engineers to feed data into the models defined by data scientists. It is also their responsibility to take theoretical data science models and scale them out for production-level models that can handle terabytes of real-time data. Machine learning engineers build programs which control robots and computers.
IoT Developer - An IoT developer is one of the most prominent job roles within the larger IoT field. It focuses mainly on creating software that allows the product to function properly and connect to other devices.
Citizen IoT Scientist – Citizen Scientist’s main focus is to engage and incentivise individuals to collect, categorise, and sometimes analyse scientific data.

Jobs opportunities after B.Tech - CSE (IOT-Internet of Things)

• IoT Solution Architect
  
• IoT System Administrator
  
• Data scientists
  
• Game developer
  
• Database administrator

Top Recruiters of B.Tech - CSE (IOT-Internet of Things)

• Amazon
  
• Cognizant
  
• CapGemini
  
• Google
  
• Infosys
  
• Nestle
  
• TATA Consultancy Services
  
• Reliance
  
• IBM
  
• Microsoft
  

Syllabus For B.Tech CSE (IOT-Internet of Things)

Semester I

Engineering Chemistry + Lab
Mathematics 1
Basic Electrical Engineering
Basic Structural Engineering
Biology for Engineers
Computer Programming + Lab
Arduino, IoT Fab Lab
Constitution of India
Universal Human Values
Technical Writing Clinic 1

Semester II

Engineering Physics + Lab
Mathematics 2
Environmental Studies
Basic Mechanical Engineering
Basic Electronics
Creativity & Innovation Lab
Engineering Graphics
Technical Writing Clinic 1
Universal Human Values

Semester III

Statistics & Probability
Digital Design and Computer Architecture
Data Communication and Computer Networks
Data Structures and Algorithms
Economics
Program Elective 1
University Elective 1
Data Structures and Algorithms Lab
Data Communication and Computer Network Lab
Self-Study or Project

Semester IV

Management
Relational Database Management System
Operating Systems
Object-Oriented Programming using Java / Object-Oriented Programming using C++ (Flexi Core-1)
Economics
Program Elective 1
University Elective 2
Operating Systems Lab
Relational Database Management Systems Lab
Project Based Learning 1

Semester V

Design and Analysis of Algorithms
Sensors and Microcontrollers
Cryptography and Security / Machine Learning (Flexi Core-2)
Program Elective 2
Program Elective 3
University Elective 3
Design and Analysis of Algorithms Lab
Sensors and Microcontrollers Lab
Project-Based Learning 2

Semester VI

IoT Architecture and Design
Automata Theory / Deep Learning (Flexi Core-3)
Program Elective 4
Program Elective 5
University Elective 4
Technical Writing Clinic
IoT Architecture and Design Lab
Competitive Programming Lab
Res, Innov & Entrepreneurship

Semester VII

IoT Architecture and Design
Automata Theory / Deep Learning (Flexi Core-3)
Program Elective 4
Program Elective 5
University Elective 4
Technical Writing Clinic
IoT Architecture and Design Lab
Competitive Programming Lab
Res, Innov & Entrepreneurship

Semester VIII

Major Project