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The Bachelor of Technology in Computer Science and Engineering with specialization in Internet of Things is a future ready four year undergraduate journey designed to develop engineers capable of building intelligent, connected, and automated systems. The program integrates core computer science foundations with IoT technologies that power smart cities, smart industries, and next generation digital ecosystems.
Candidates must have successfully completed the Intermediate ten plus two examination with Physics and Mathematics as compulsory subjects, securing a minimum of forty five percent marks. For candidates belonging to SC or ST categories, the minimum requirement is forty percent.
Admission is subject to university norms as applicable.
| Program Fee | Amount | Program Duration |
|---|---|---|
| Annual | 580000/- INR | 4.0 Years |
| Fees Structure (Yearly) | Amount |
|---|---|
| 1st Year Annual | 130000/- INR |
| 2nd Year Annual | 140000/- INR |
| 3rd Year Annual | 150000/- INR |
| 4th Year Annual | 160000/- INR |
Future university B.Tech in CSE with specalization in Internet of Things admission is based on merit and F-STAR scores.
| Category | Scholarship | Percentile |
|---|---|---|
| F-STAR (Future University Scholership Test for Academic Recognition) |
100% of Tuition Fee | Percentile > 90 |
| 50% of Tuition Fee | Percentile 80 - 89.99 | |
| 30% of Tuition Fee | Percentile 75 - 79.99 | |
| 20% of Tuition Fee | Percentile 70 - 74.99 | |
Future University stands apart through its IoT focused engineering education, strong emphasis on practical innovation, and commitment to industry readiness. With modern laboratories, real world IoT exposure, and structured placement support, the university prepares students to become confident professionals in connected technology domains.
• Industry aligned Internet of Things curriculum
• Strong focus on hands on device and system integration
• Modern IoT and embedded systems laboratories
• Skill development focused teaching approach
• Startup and incubation support
To nurture competent computer engineers who are innovative, ethically responsible, and capable of designing intelligent and connected systems that address real world challenges. The department strives to foster technical excellence, system thinking, and lifelong learning to support digital transformation and smart infrastructure development.
High-demand roles across global tech industries
• Build strong foundations in computer science and engineering principles
• Develop specialized expertise in Internet of Things technologies
• Prepare students for careers in smart systems and connected device engineering
• Deliver an industry aligned curriculum integrating theory with hands on IoT projects
• Enhance problem solving, system integration, and innovation skills
• Industry aligned IoT specialization curriculum
• World class IoT and computing infrastructure
• Practical and project driven learning approach
• Expert faculty and IoT professionals as mentors
• State of the art IoT labs and development platforms
• Faculty with strong academic and industry experience
• Internship opportunities and live IoT projects
• Strong placement support and career guidance
• Programming and Data Structures
• Embedded Systems and Microcontrollers
• Sensors Actuators and Device Integration
• Computer Networks and Wireless Communication
• Internet of Things Architecture and Platforms
• Cloud Integration for IoT
• Data Analytics for Smart Systems
• IoT Security and Privacy
• Emerging Smart and Connected Technologies
Where Intelligence Meets Innovation
