BCA Internet of Things
Bachelor of Computer Application (BCA) with Specialisations
Internet of Things integrated with Certification in IoT Fundamentals - Connecting Things from Cisco
Eligibility
Interested students applying for BCA in Internet of Things must pass 10+2 in the Science or Commerce stream with Maths/Statistics/Computer Science/Information Practice as one of their core subjects in PUC / ISC / CBSE or an equivalent board recognised by JAIN (Deemed-to-be-University)
Overview
JAIN (Deemed-to-be-University) offers BCA Internet of Things programme for students aspiring to understand Internet of Things (IoT), its relevance in various industries particularly in healthcare and manufacturing industries, learn current IoT devices and systems, and understand future trends. Students also apply their knowledge in designing solutions in a multi-disciplinary approach over a broader social context.
In addition, students learn various ways to extract information from sensors around the world, comprehend and store information through various communication networks in physical or virtual storage devices (Cloud), analyse information, deploy IoT systems, and apply the same to gain benefits from it.
Aspiring students looking for IoT courses in Bangalore with strong academic backing and industry partnership, this is an ideal choice. The BCA IoT syllabus includes Cisco IoT course that help students understand real-world applications by integrating core competencies. The Internet of Things Cisco framework aligns with global technology benchmarks and is best suited for passionate individuals looking to make a niche in the IoT industry. Hence, making this IoT course in Bangalore the most sought-after course among young minds intending to build futuristic products and solutions.
Certification Offered:
As one of the colleges offering IoT course in Bangalore, JAIN (Deemed-to-be-University) also offers certification from globally recognised organisation - Coursera. The certification programme is developed in collaboration with leading organisation to provide rigorous academic foundation and hands-on experience in various emerging technological disciplines and helps students meet the demands of the evolving professional landscape. IoT Cisco certification adds value to any student’s professional portfolio.
Course Highlights
- Learn the concept of IoT and its principles to implement tools and techniques to solve real-world problems
- Acquire knowledge about electronics and embedded systems and sensor technology that is mandatory for developing time-critical applications
- Understand and apply networking concepts and its architecture
- Includes topics aligned with Internet of Things Cisco standards
Career Enhancement Programme
Internet of Things or IoT is one of the highly discussed topics in both academic and professional circles today. With ground-breaking developments in this area, there is a need for professionals who have the foundational knowledge of programming that can help them in inventing products in the future. Graduates with a BCA degree can do their higher studies in IoT or opt for career pathways through specialised programmes like IoT course in Bangalore.
Study Campus
JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 8310942174
Admissions Office
JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 8310942174
080 - 69279444
Curriculum Structure
- Fundamentals of Mathematics
- Problem Solving Techniques
- Computer Organization
- Language I (Kannada / Sanskrit / Additional English / Hindi)
- General English – I
- Problem Solving Techniques Lab
- Computer Organization Lab
- Mind Management and Human Values – I
- Transdisciplinary Project Centric Learning – I (TD-PCL-1)
- Data Structures / SWAYAM Course
- Operating Systems
- Language II (Kannada / Sanskrit / Hindi / Additional English)
- English - II
- Object Oriented Programming using Java
- Data Structures Lab
- Object Oriented Programming using Java Lab
- Mind Management and Human Values - II
- Trans Disciplinary Project Centric Learning - I (TD-PCL-1)
- Open Elective - I
- Research Methodology
- Quantitative Aptitude
- Computer Networks / SWAYAM Course
- Professional Elective - I (Software Engineering / Software Project Management)
- Environmental Science and Sustainability
- Professional Elective - II (Database Management System / DB2)
- Summer Internship - I
- Problem Solving using Python
- Problem Solving using Python Lab
- Professional Elective - II Lab (DBMS Lab / DB2 Lab)
- Computer Networks Lab
- Trans Disciplinary Project Centric Learning - II (TD-PCL-2)
- Open Elective - II
- Introduction to IoT
- Applied Research
- Professional Elective - III (Basic Electronics / Microprocessors and Microcontrollers)
- Professional Elective - IV (Data Mining and Data Warehousing / Data Analytics for IoT)
- Competitive Coding
- Design Thinking and Innovation / SWAYAM Course
- Introduction to IoT Lab
- Professional Elective - III Lab (Electronics / Microprocessors Lab)
- Trans Disciplinary Project Centric Learning - II (TD-PCL-2)
- Open Elective - III
Track 1 - Conventional
- Programming Languages for IoT
- Wireless Sensor Networks
- Professional Elective - V (Data Security & Privacy / IoT Communication Protocols)
- Professional Elective - VI (Cloud Computing / Big Data Analytics)
- Professional Elective - VII (Embedded System Design / Image Processing)
- Professional Elective - VI Lab (Cloud Computing / Big Data Analytics Lab)
- Professional Elective - VII Lab (Embedded System / Image Processing Lab)
- Summer Internship - II
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 2 - Project
- Programming Languages for IoT
- Wireless Sensor Networks
- Professional Elective - V (Data Security & Privacy / IoT Communication Protocols)
- Professional Elective - VI (Cloud Computing / Big Data Analytics)
- Professional Elective - VII (Embedded System Design / Image Processing)
- Professional Elective - VI Lab (Cloud Computing / Big Data Analytics Lab)
- Professional Elective - VII Lab (Embedded System / Image Processing Lab)
- Capstone Project
- Summer Internship - II
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 3 - Entrepreneurship
- Programming Languages for IoT
- Wireless Sensor Networks
- Professional Elective - V (Data Security & Privacy / IoT Communication Protocols)
- Professional Elective - VI (Cloud Computing / Big Data Analytics)
- Professional Elective - VII (Embedded System Design / Image Processing)
- Professional Elective - VI Lab (Cloud Computing / Big Data Analytics Lab)
- Professional Elective - VII Lab (Embedded System / Image Processing Lab)
- Entrepreneurship
- Summer Internship - II
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 4 - Internship/Placement
- Professional Elective - V (Data Security & Privacy / IoT Communication Protocols - From SWAYAM/MOOCs)
- Professional Elective - VI (Cloud Computing / Big Data Analytics - From SWAYAM/MOOCs)
- Professional Elective - VII (Embedded System Design / Image Processing - From SWAYAM/MOOCs)
- Internship/Placement
- Summer Internship - II
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 1 - Conventional
- Advanced Embedded System
- Professional Elective - VIII (Non-Relational Database Systems / Machine Learning)
- Professional Elective - IX (Introduction to Deep Learning / Cryptography and Network Security)
- Capstone Project
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 2 - Project
- Advanced Embedded System
- Professional Elective - VIII (Non-Relational Database Systems / Machine Learning)
- Professional Elective - IX (Introduction to Deep Learning / Cryptography and Network Security)
- Capstone Project
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 3 - Entrepreneurship
- Advanced Embedded System
- Professional Elective - VIII (Non-Relational Database Systems / Machine Learning)
- Professional Elective - IX (Introduction to Deep Learning / Cryptography and Network Security)
- Entrepreneurship
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
Track 4 - Internship/Placement
- Advanced Embedded System
- Professional Elective - VIII (Non-Relational Database Systems / Machine Learning)
- Professional Elective - IX (Introduction to Deep Learning / Cryptography and Network Security)
- Internship/Placement
- Trans Disciplinary Project Centric Learning - III (TD-PCL-3)
BCA Honours
- Computer Vision and Robotics
- Edge Computing
- Smart Sensor Technologies
- Professional Elective - X (Fundamentals of Fog Computing / 5G & IoT Technologies)
- Professional Elective - XI (Data Visualization for IoT / Ad-hoc & Sensor Networks)
- Computer Vision and Robotics Lab
- Edge Computing Lab
- Dissertation Work (Evaluation in Semester VIII)
- Summer Internship - III
BCA Honours with Research
- Computer Vision and Robotics
- Interdisciplinary Research in Science and Technology
- Research Project
- Professional Elective - X (Fundamentals of Fog Computing / 5G & IoT Technologies)
- Professional Elective - XI (Data Visualization for IoT / Ad-hoc & Sensor Networks)
- Computer Vision and Robotics Lab
- Summer Internship - III
BCA Honours
- Professional Elective - XII (IoT Automation / Mobile Application Development in IoT)
- Professional Elective - XIII (IoT Cloud Processing & Analytics / Advanced Python Programming)
- Professional Elective - XIV (Blockchain Security / Cognitive Computing)
- Dissertation Work (Continued)
- Professional Elective - XII Lab (IoT Automation / Mobile App IoT Lab)
- Professional Elective - XIV Lab (Blockchain Security / Cognitive Computing Lab)
BCA Honours with Research
- Dissertation Work [Started in Seventh Semester]
Career Outcomes
Graduates with a BCA degree in IoT can opt for job roles such as:
- IoT Developer
- IoT Cloud Engineer
- Industrial Engineer
- Industrial Computer Engineer
- UI/UX Designer
- IoT Architect
- Data Scientist
- Cybersecurity Analyst
This programme has been listed among the best BCA IoT colleges in Bangalore, catering to students seeking a robust foundation in next-gen technology. With increasing demand in the market, top BCA IoT colleges in Bangalore are offering programmes with hands-on learning and global certifications.
Students keen on exploring Internet of Things courses with a practical focus and international edge find this programme valuable, especially those looking to pursue a Cisco IoT course for enhanced industry relevance.
Explore your future at one of the leading BCA Internet of Things colleges in Bangalore and take the first step toward becoming a future-ready tech innovator.
FAQ's
Is IoT a good career?
Yes. IoT is a good career choice as it offers attractive salaries and rich opportunities to work across various industries.
What are the advantages of IoT?
IoT offers numerous advantages. It improves the efficiency and productivity. It also helps reduce the cost. IoT also helps in data-driven decision-making and supply chain management.
What is IoT in simple words?
IoT, or the Internet of Things, is a network of different devices that stay connected and share data over the Internet. A smart AC controlled through a phone or a smartwatch that counts the number of steps are a few examples of IoT.
What is the definition of IoT?
IoT, or the Internet of Things, is a network of multiple devices. The various devices in IoT stay connected with each other. The IoT devices are able to communicate mutually without any human help or interference.
What is the use of IoT?
IoT makes life easier and simpler by connecting devices and automating various tasks. Wearable tech like smartwatches and smart homes with remote control of AC and lighting are some of the best examples of IoT.
Why is IoT important?
IoT saves time and effort by automating different tasks and improving efficiency. It makes life easier through smart and connected devices that do not require human intervention. IoT also enhances safety and healthcare.
Is IoT a good career in India?
Yes. IoT is a great career choice in India. Various industries, such as healthcare, manufacturing, smart cities, etc., need data analytics, automation, or IoT. The demand for skilled IoT professionals is constantly rising.
Is IoT easy to learn?
Yes. IoT is easy to learn if individuals have prior knowledge of electronics, coding and data analysis.
Is IoT in demand?
Yes. IoT is in high demand because industries across India and the world are increasingly adopting smart devices and data-driven solutions to improve efficiency and productivity.
What is an example of IoT?
One example of IoT is the wearable fitness tracker that counts steps and monitors blood pressure or heart rate.
What is the future of the Internet of Things?
The future of the Internet of Things (IoT) is quite bright, as industries are highly interested in adopting smart technology. Through IoT, one can expect smart cities, advanced healthcare, and significant industrial growth.
What is the scope of IoT?
As IoT is being adopted by multiple industries across the nation and world, its scope is ever-expanding. The key areas of IoT include manufacturing, automation, automobiles, agriculture, and smart cities.
Where is IoT used?
IoT is used across multiple areas, including smart homes, smart cities, automobiles, healthcare, agriculture, etc. It automates tasks and improves efficiency by providing real-time data.
Who is the father of IoT?
The British-born technology pioneer and entrepreneur Kevin Ashton is regarded as the "Father of IoT" because he coined the term "Internet of Things" in 1999.
Why is IoT used?
IoT connects various devices, collects data, and automates tasks. It helps reduce costs by saving time and improving productivity and efficiency. IoT is also used to enhance safety in various industries.