CHRIST UNIVERSITY BTECH COMPUTER SCIENCE AND ENGINEERING (INTERNET OF THINGS) COURSE OVERVIEW
The undergraduate engineering course focuses on the studying, designing, developing, implementing, support and management of computer-based information systems. It is application-based and focuses on providing a strong foundation in the understanding of computer software and hardware. The course equips candidates for a future in Information Systems Design, Communications, Networking, and Web-based Technologies.
The Internet of Things specialization focuses on providing a firm foundation in computer science wireless communication and computer networks. The course includes important concepts related to computer technology, communication networks, sensor network designs, and network planning with focus on the wide range of applications of wireless communication and networks.
Candidates who take up the BTech Computer Science and Engineering (Internet of Things) course in Christ University Bangalore will graduate to become skilled professionals who have diverse knowledge about the multiple applications of computer software and hardware to overcome the challenges of web-based technologies.
Skills like rational thinking, project management, logical reasoning, critical-thinking, team work, planning, organization, decision-making, research, and entrepreneurship are enhanced through tools like case studies, presentations, seminars, internships, brainstorming, demonstrations, panel discussions, projects, workshops, industrial visits, and guest lectures included in BTech Computer Science and Engineering (Internet of Things) in Christ University.
DURATION OF BTECH COMPUTER SCIENCE AND ENGINEERING (INTERNET OF THINGS) COURSES IN CHRIST UNIVERSITY
- 4 years (8 semesters)
- Full time, Undergraduate Professional Program
AFFILIATION & APPROVALS
- Government of India
- Deemed-to-be University
- Accredited by NAAC
- Approved by AICTE
PROGRAM OBJECTIVES
- Fundamental knowledge and technical skills
- Prepare students to understand, analyze, and design solutions through professional skills for practical problems.
- Skill development and enhancement.
- Academic, holistic, and social development of students.
- Create and develop a positive attitude for critical analysis, research, and teamwork.
- Facilitate and promote lifelong learning through skill development and interaction with industrial experts.