B. Tech. - Electronics and Communication (Internet of Things) - BOSCH
48 monthsProgramme duration
425,000 INRTuition Fee/year
30 Sep, 2025Application Deadline
SepStarting Month
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BTech
Study Level
Undergraduate
Study Mode
On Campus
B.Tech. ECE(Internet of Things) enables students to apply the concepts and applications in the field of Electronics, Communication, Networking, Signal Processing, Embedded Systems, IoT, Industrial Automation and Semiconductor Technology(VLSI) to arrive at solutions to real world problems. This course also help students to apply modern design tools to analyse and design subsystems/ processes for a variety of applications. The Internet of Things (IoT) is opening up a world of opportunities for everyone from connected cars to connected healthcare to smart cities and even home automation. 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.
In addition to a robust curriculum, students benefit from mentorship and advisory support throughout their academic journey. This guidance aids in their personal and professional growth, while also fostering a conducive environment for collaborative learning. 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.
This field revolves around interconnected physical devices embedded with sensors and software, poised to reshape sectors such as healthcare, agriculture, transportation, manufacturing, and smart cities. The IoT market is set to surge, driven by 5G and edge computing advancements, propelling a surge in IoT devices, services, and solutions. The rise of edge computing ensures real-time analytics and better security. Security concerns will elevate the demand for IoT security experts, safeguarding data from cyber threats. Integrating AI and machine learning into IoT will further enhance device capabilities, while IoT's potential for sustainability and resource optimization will garner attention. With this program, graduates will be poised to tap into a dynamic industry brimming with opportunities and innovation.
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BTech
Study Level
Undergraduate
Study Mode
On Campus
B.Tech. ECE(Internet of Things) enables students to apply the concepts and applications in the field of Electronics, Communication, Networking, Signal Processing, Embedded Systems, IoT, Industrial Automation and Semiconductor Technology(VLSI) to arrive at solutions to real world problems. This course also help students to apply modern design tools to analyse and design subsystems/ processes for a variety of applications. The Internet of Things (IoT) is opening up a world of opportunities for everyone from connected cars to connected healthcare to smart cities and even home automation. 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.
In addition to a robust curriculum, students benefit from mentorship and advisory support throughout their academic journey. This guidance aids in their personal and professional growth, while also fostering a conducive environment for collaborative learning. 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.
This field revolves around interconnected physical devices embedded with sensors and software, poised to reshape sectors such as healthcare, agriculture, transportation, manufacturing, and smart cities. The IoT market is set to surge, driven by 5G and edge computing advancements, propelling a surge in IoT devices, services, and solutions. The rise of edge computing ensures real-time analytics and better security. Security concerns will elevate the demand for IoT security experts, safeguarding data from cyber threats. Integrating AI and machine learning into IoT will further enhance device capabilities, while IoT's potential for sustainability and resource optimization will garner attention. With this program, graduates will be poised to tap into a dynamic industry brimming with opportunities and innovation.
Admission Requirements
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