B.Tech in Cyber Security
The B.Tech in Cyber Security Program at Swaminarayan University provides a comprehensive foundation in cyber security, network protection, ethical hacking, and advanced computing technologies while addressing modern digital security challenges. The curriculum includes core areas such as network security, cryptography, ethical hacking, cyber laws, cloud security, digital forensics, and secure software development along with emerging technologies in cyber defense and intelligent security systems. The program is structured to develop analytical thinking, risk assessment abilities, and innovative problem-solving skills required for modern cyber security practices.
Our advanced computer laboratories and cyber security labs are equipped with modern networking systems, security testing tools, cloud platforms, and industry-standard software that provide students with extensive practical learning opportunities. Students gain hands-on experience in ethical hacking, vulnerability assessment, penetration testing, and secure network management through live projects, simulations, industrial visits, and internship programs with IT and cyber security organizations.
The department has experienced faculty members who combine academic excellence with industry expertise to ensure students gain current knowledge of cyber security practices and emerging digital threats. Regular expert talks, workshops, cyber awareness programs, hackathons, and collaborative projects with industry professionals help students stay updated with evolving technologies, market trends, and global cyber security standards.
Swaminarayan University is committed to delivering quality technical education that develops cyber security professionals with strong technical competence, practical expertise, leadership qualities, and the confidence required to protect modern digital infrastructure and excel in rapidly growing technology sectors and global industries.
Program Duration
Curriculum
Degree engineering program span 4 years and may include a project or internship in the final year. Program structure is as follows.
1. Candidates must have completed 10+2 examination with Physics, Chemistry, and Mathematics as mandatory subjects from a recognized educational board
2. Minimum aggregate marks of 50% in Physics, Chemistry, and Mathematics for general category applicants
3. Relaxation of 5% in minimum marks for SC/ST/OBC candidates as per government regulations and university admission policies
4. Valid score in recognized entrance examinations including JEE Main, GUJCET, or Swaminarayan University entrance test
A) Medical fitness certificate demonstrating physical and mental health appropriate for engineering studies and laboratory work
B) Age criteria typically ranging from 17-25 years at the time of admission as specified by regulatory authorities
C) Diploma holders in relevant engineering disciplines may be considered for lateral entry admission into the second year.
Comprehensive Technical Foundation: The program provides strong fundamentals in cyber security, ethical hacking, network security, cryptography, and modern computing technologies. Students develop analytical thinking, problem-solving abilities, and technical expertise required to secure digital systems and protect organizational data from evolving cyber threats.
Advanced Infrastructure: Modern computer laboratories and cyber security labs equipped with advanced networking systems, security testing tools, cloud platforms, and simulation software provide extensive practical learning opportunities. Students gain hands-on experience with industry-standard cyber security technologies, ethical hacking tools, and secure network management practices.
Industry Integration and Exposure: Collaborations with IT companies, cyber security organizations, and technology industries provide internship opportunities, industrial exposure, live projects, and practical training experiences. Students regularly participate in expert talks, workshops, cyber awareness programs, and collaborative projects with industry professionals to bridge academic learning with real-world cyber security applications.
Research and Innovation Opportunities: The program encourages active participation in research activities related to cyber defense, digital forensics, cloud security, ethical hacking, blockchain security, and intelligent threat detection systems. Students contribute to innovative security solutions through final year projects, faculty-guided research, and participation in technical events and cyber competitions.
Multi-Disciplinary Learning Approach: The curriculum integrates emerging technologies such as Artificial Intelligence, Cloud Computing, Internet of Things (IoT), Data Analytics, and Automation with cyber security concepts to enhance career versatility and industry readiness. The program prepares students for diverse roles in cyber security industries, IT organizations, research sectors, and modern digital enterprises.