Quantum Computing
The B.Tech in Quantum Computing Program at Swaminarayan University provides a comprehensive foundation in quantum computing principles, advanced computational technologies, and intelligent computing systems while addressing modern technological and industrial challenges. Our course includes core domains such as quantum mechanics, quantum algorithms, quantum programming, cryptography, data science, and advanced computing along with emerging areas such as artificial intelligence, cloud computing, cybersecurity, and high-performance computing technologies. The program has been structured to develop analytical thinking, computational problem-solving abilities, and innovative skills required for next-generation engineering practices.
Our advanced computer laboratories and smart technology infrastructure include high-performance computing systems, simulation platforms, quantum computing tools, cloud technologies, and industry-standard software that enable students to gain practical experience with modern technologies used in advanced computing and intelligent system development. Students participate in live projects, coding activities, industrial visits, internships, and collaborative learning experiences with technology organizations and research-driven industries.
The department has experienced faculty members who combine academic expertise with industry-oriented knowledge to ensure that students gain current understanding of quantum computing technologies and emerging digital innovations. Regular expert sessions, workshops, seminars, technical events, and collaborative projects with industry professionals help students stay updated with technological advancements, research developments, and market trends in modern computing industries. The program also emphasizes research and innovation activities, encouraging students to pursue advanced solutions for future technological challenges.
Swaminarayan University is committed to delivering quality technical education that develops Quantum Computing professionals with strong technical competence, practical expertise, creativity, leadership qualities, and the confidence required to excel in global technology industries, research sectors, and future-ready digital enterprises.
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 complete anchoring in basic machine -technical persons including thermodynamics, fluid mechanics, material science and production processes. Students develop strong analytical and problem -solving skills that apply to different engineering domains and industrial applications.
State -F -Tear -infrastructure: Advanced test equipment, CNC machines, CAD/CAM software and simulation tools are available for modern laboratories equipped with wide practical learning. Students get hands - on experience with industrial standard machines and modern engineering technologies used in production and design processes.
Industry integration and exposure: Large production companies, power generation facilities and engineering consultation offer strong partnerships Internet space Opportunities and opportunities for real project risk. Students regularly leave guest lectures from industry trips, professionals and collaborative projects that blow educational learning with practical applications.
Opportunities for research and innovation: Active participation in research projects that cover areas such as renewable energy, advanced production, robotics and permanent engineering solutions. Students can contribute to advanced research through last year's projects, faculty research initiatives and participation in national and international conferences.
Multi-Famous Teaching Approach: For interdisciplinary subjects, exposure, automation, computer-supported design, environmental technology and management principles that improve the career's versatility. The program prepares students for different roles in the traditional machine -technical field, as well as different roles in new technology sectors.