B.Tech Quantum Computing Engineering | GHRU Amravati

About Course

The Quantum Computing program is designed to introduce students to the principles of quantum mechanics and their application in next-generation computational systems. This program integrates core computer science fundamentals with quantum physics concepts to build expertise in quantum algorithms, quantum cryptography, quantum communication, and quantum hardware foundations.

Students develop strong foundations in linear algebra, probability theory, classical computation, and quantum mechanics before progressing to quantum circuits, qubits, superposition, entanglement, and quantum gate operations. The curriculum emphasizes simulation-based learning, quantum programming frameworks, and exposure to platforms such as Qiskit and other cloud-based quantum environments.

As global technology leaders invest heavily in quantum research for breakthroughs in cryptography, drug discovery, optimization, and artificial intelligence, quantum computing is emerging as a transformative domain. This program prepares students to contribute to cutting-edge research, advanced computing applications, and secure communication systems. Join Raisoni Education and become a pioneer in the future of computational science.

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Objectives of the Program

Develop foundational knowledge in quantum mechanics and computational theory for quantum system design.
Provide hands-on exposure to quantum programming frameworks and quantum algorithm implementation.

Enable students to analyze complex optimization and cryptographic problems using quantum principles.
Prepare graduates for research-driven and industry-oriented roles in advanced computing technologies.

Study at Raisoni for a successful future & drive your career in the right direction with our B.Tech Quantum Computing Engineering

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Key Details

The four-year B.Tech programis divided into eight semesters.

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The first year and the DSY curriculum cover core computer science and cybersecurity fundamentals.

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Delivered through ICT-enabled smart classrooms cyber labs, and virtual simulation platforms.

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Practical training through ethical hacking labs security simulations, and live projects.

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Industry exposure via seminars, guest lectures workshops, and cybersecurity boot camps.

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Hands-on learning in threat analysis, penetration testing, and network defence.

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Internship opportunities with IT companies, cybersecurity firms, and government organisations.

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Training in tools like Kali Linux, Wireshark, Metasploit, Burp Suite, and Nmap.

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Entrepreneurial support for cybersecurity startups and consulting ventures.

Future of Quantum Computing Professionals

₹14,00,000/Year*

Quantum computing professionals with advanced skills and research exposure earn competitive salaries in research institutions and technology firms.

40% Market Growth

The global quantum computing market is projected to expand significantly as industries invest in high-performance computational breakthroughs.

500,000+ Emerging Roles

Growing global demand for quantum researchers, algorithm developers, and cryptography experts is creating new career opportunities.

Eligibility

First-Year Engineering
- Candidates must have completed their HSC (12th standard) with qualifications from a recognised board.
- They should have pursued the science stream, including Physics, Chemistry, and Mathematics as mandatory subjects, achieving a minimum of 45% for open-category students and a minimum of 40% for reserved-category students.
- They must have qualified for the Maharashtra Common Entrance Test (MHTCET) or Joint Entrance Examination (JEE) with a non-zero positive score. We also accept SAT Score.
Direct Second Year Engineering
- The candidate must be an Indian National and should have passed an SSC or HSC Diploma Course in Engineering / Technology with at least 45% marks (40% marks in case of candidates of backward class categories and persons with disabilities belonging only to Maharashtra State) in the appropriate branch of Engineering / Technology from an AICTE-approved institution with English as the medium of instruction at diploma level.
OR
- The Candidate must be an Indian National and should have passed a B.Sc. degree from a UGC/Association of Indian Universities recognised university with at least 45% marks (40% marks in case of candidates of backward class categories and persons with disabilities belonging only to Maharashtra State) and passed XII standard examination with mathematics as the subject and with English as the medium of instruction at B.Sc. level.
- Note: The students belonging to the B.Sc. stream shall only be considered after filling the seats in this category with students belonging to the Diploma Stream. Students belonging to the B.Sc. stream are required to pass the subjects of Engineering Graphics/Engineering Drawing and Engineering Mechanics of the first-year Engineering program along with the second-year subjects.

Admission Procedure

The University will issue admission notifications regarding the Raisoni University Common Entrance Test (RUCET) in newspapers, on the University’s website, on the University notice board, and through other publicity media before the commencement of the academic year. This entrance examination is mandatory for admission. However, candidates who have appeared for a government-recognised entrance examination are also eligible, as per University guidelines.
The list of candidates provisionally selected for admission or shortlisted on the basis of merit will be displayed on the University notice board and the University website. Alternatively, students may be informed directly about their admission after the last date of application.
Candidates whose results of the qualifying examinations are awaited may also apply. They will be admitted provisionally. However, such candidates must produce the previous year’s mark sheet and School or College certificates as proof of meeting the required eligibility criteria before the due date, failing which the provisional admission will not be granted. The admitted candidate must present the mark sheet of the qualifying examination within one month from the due date of entry, failing which the provisional admission shall be cancelled.
If a candidate admitted provisionally as mentioned above does not obtain the required marks to fulfil the eligibility criteria for admission, the provisional admission granted shall be cancelled.

The application form may be rejected for any of the following reasons:

The candidate does not fulfil the eligibility criteria.
The prescribed fee has not been enclosed.
The application form has not been signed by the candidate and their parent or guardian, wherever required.
Supporting documents required for admission have not been enclosed.

An enrolment or registration number will be assigned to the student by the University after verification and submission of all necessary documents and fees.
Admission rules as framed by the University shall be applicable to all admissions from time to time.

Core Skills

Programming and software development fundamentals
Network security and firewall configuration
Ethical hacking and penetration testing basics
Cryptography and data protection techniques
Operating system security and system administration
Digital forensics and incident response
Vulnerability assessment and risk management
Cyber threat analysis and security auditing
Problem-solving, logical reasoning, and analytical thinking
Technical communication and collaborative teamwork

Career Opportunities

Entry Level

Quantum Research Assistant
Quantum Software Developer (Junior)
Computational Scientist
Research Analyst

Mid Level

Quantum Algorithm Developer
Quantum Systems Engineer
Quantum Cryptography Specialist
Optimization Engineer

Senior Level

Quantum Architect
Lead Quantum Research Scientist
Advanced Computing Strategist
Quantum Technology Consultant

Future Studies Options

There are several advanced academic and research pathways you can pursue after completing a program in Quantum Computing, which are as follows:

M.Tech. / M.Sc.

In Quantum Computing, Quantum Information Science, or Advanced Computational Physics.

MS (International Programs)

In Quantum Engineering, Quantum Information Systems, or Advanced Theoretical Computing.

Ph.D

In Quantum Computing, Quantum Cryptography, Computational Physics, or Advanced Algorithms for research and academic careers.

Postgraduate Research Fellowships

Specialized research opportunities in quantum hardware development, secure communication systems, and quantum simulation.

Kimba

Applications of admission are now
open for academic year 2026-2027