The M.Sc. in Quantum Technology program at MGM University, partnered with IBM Innovation Center for Education, provides advanced training in quantum computing, quantum communication, and quantum sensing technologies. Students explore quantum mechanics fundamentals, quantum algorithms, and quantum error correction while gaining hands-on experience with IBM's Qiskit quantum development platform, quantum simulators, and access to IBM's cloud-based quantum computers for real-world experimentation.
The curriculum integrates theoretical quantum physics with practical quantum programming using IBM's quantum development tools, quantum machine learning frameworks, and quantum networking protocols. Students engage in cutting-edge research projects utilizing IBM's quantum hardware, participate in quantum algorithm development, and collaborate with IBM researchers on quantum advantage applications in cryptography, optimization, and materials science through dedicated quantum laboratories and industry partnerships.
Graduates are prepared for careers in quantum computing companies, research institutions, cybersecurity firms, and emerging quantum technology startups. The program emphasizes quantum software development, quantum cryptography, and quantum-classical hybrid systems, positioning students at the forefront of the quantum revolution and preparing them to lead innovation in next-generation computing technologies and quantum-enabled solutions.
Eligibility
(a) Maharashtra State Candidate:
The Candidate should be an Indian National and having domicile of Maharashtra state and / or born in Maharashtra state.
Graduate (B.Sc./B. Tech/B.E) Physics as one of the Subject or its equivalent examination and the candidate should have appeared in MGMU - CET 2025 should obtain non zero score in MGMU - CET 2025.
OR (b) All India Candidates:
The Candidate should be an Indian National.
Passed HSC or its equivalent examination and the candidate should have appeared in MGMU - CET 2025 should obtain non zero score in MGMU - CET 2025.
Key Features:
Quantum computing algorithms and programming languages
IBM Qiskit framework and quantum circuit design
Quantum mechanics principles and mathematical foundations
Quantum cryptography and information security protocols
Quantum hardware systems and superconducting qubits
Industry collaboration through IBM quantum network
Quantum machine learning and optimization algorithms
Quantum error correction and fault-tolerant computing
Quantum sensing and metrology applications
Research internships at IBM quantum computing facilities
This Laboratory is used by second year as well as third year students for carrying out Practicals related to Web development, Python, Android, JAVA, Database management systems etc.
This Laboratory is used by second year as well as third year students for carrying out practical related to Big data Computing, Mobile computing, Microprocessor programming, Image processing etc.
This Laboratory is used by third year students for carrying out practicals related to Software Engineering, Computer networks, Enterprise Resource Planning etc.
