Have a Question about JIIT?
Chat with VIDYA
searchImportant Announcements:
List of Hostellers - 1st Year (as on 13 July)View HereRegistration instructions & other details 1st year (UG Programs on 14 July & PG Programs on 23 July)View HereCareer OpeningsApply
PG Programmes

M.Tech in Quantum Technology

M.Tech
Quantum Technology

The M.Tech in Quantum Technology at Jaypee Institute of Information Technology (JIIT), Noida is a forward-looking interdisciplinary postgraduate program designed to fill the gap between the demand and supply of human resources in the rapidly growing Quantum Technology related industry. 

The program aims to produce a set of the next generation of scientists, engineers, and innovators who will shape the rapidly emerging field of quantum technologies. The program will be offered by the Physics and Materials Science & Engineering (PMSE) Department in close collaboration with the Electronics and Communication Engineering (ECE) Department and it will bring together concepts from physics, computer science, electronics, mathematics, and information theory to build expertise in technologies that are expected to shape the future of computing, communication, sensing, and security. 

A student joining M.Tech in Quantum Technology program will also have opportunity to select electives and research/industry projects in such a way that he/she can develop expertise in one subarea (e.g., quantum cryptography, quantum computing, quantum materials, quantum metrology) as per his/her career goal. It may be noted that JIIT is one of the most active institutes in India offering M.Tech in Quantum Technology with a strong focus in this area. JIIT is a participating institute in the recently launched the National Quantum Mission (NQM), a landmark national initiative aimed at positioning the country among the global leaders in quantum technologies. NQM is expected to create a large number of career opportunities in India and this program will help students to align their career opportunities with the goals of the nation. 

Advanced research labs like quantum cryptography lab of JIIT, existing MoUs of JIIT with industry in this area, and active collaborations of JIIT faculty with faculty of other institutes and industries will also provide outside-the-classroom learning windows to the students. In fact, a key strength of the program is JIIT’s state-of-the-art Quantum Cryptography Laboratory, which provides advanced experimental facilities for research in quantum key distribution (QKD), quantum communication protocols, and photonic quantum systems including photonic quantum computing. These activities are actually part of a strong R&D ecosystem in the field of quantum technologies that JIIT has built over the years. 

Faculty members at JIIT actively contribute to high-impact research publications, international collaborations, and government-funded projects. The institute in general and the Department offering this program has already established itself as an important academic hub for R&D in the area of quantum technologies.

Students who have completed B.Tech or MSc in the related areas (see eligibility condition) may apply and join us in shaping the quantum future and may note that the graduates of the M.Tech. in Quantum Technology program will be well positioned for careers in:

  • Quantum computing and quantum software development
  • Quantum communication and cryptography industries
  • Advanced R&D laboratories and technology companies
  • National research laboratories and government missions
  • Doctoral research programs in India and abroad

The curriculum of M.Tech. in Quantum Technology interdisciplinary program has been designed to provide students with both strong theoretical foundations and hands-on experimental exposure. The curriculum integrates core areas such as:

  • Quantum Mechanics for Quantum Technologies
  • Quantum Information and Computation
  • Quantum Communication and Networks
  • Quantum Cryptography and Security
  • Photonic Quantum Systems
  • Quantum Algorithms and Complexity
  • Quantum Hardware and Devices
  • Mathematical Foundations of Quantum Information
Curriculum Structure
First Semester
S. No.Course CodeCourseContact HoursCredit
LTPTotal
126M11PH111Mathematical Methods for Quantum Technologies31-44
226M11PH112Classical and Quantum Information Theory31-44
326M11PH113Overview of Quantum Technologies21-33
426M15PH111Quantum Technologies Lab 1--442
526M13PH111Technical Communication11022
6DE-1
26M12PH111
Or
26M12PH112
Principles of Quantum Mechanics
Or
Solid State Physics
3--33
7DE-2
26M12PH113
Or
26M12PH114
Programming for Quantum Technologies
Or
Photonics
2
3
-
-
2
-
4
3
3
3
 TOTAL14/1544/624/2321
Second Semester
S. No.Course CodeCourseContact HoursCredit
LTPTotal
126M11PH114Introduction to Quantum Materials3--33
226M11PH115Introduction to Quantum Computation31-44
326M11PH116Introduction to Quantum Communication3--33
426M15PH112Quantum Technologies Lab 20-442
5DE-3
26M12PH115
Or
26M12PH116
Introduction to Quantum Sensing
Or
Optical Communication
3--33
6DE-4
26M12PH117
Or
26M12PH118
Classical and Quantum-assisted Machine Learning
Or
Post Quantum Cryptography
3--33
7OE-1Open Elective-13--33
8PBLProject Based Learning--442
 TOTAL18182723
Third Semester
S. No.Course CodeCourseContact HoursCredit
LTPTotal    
1DE-5
26M12PH119
Or
20M22PH212
Advanced Quantum Algorithms
Or
Quantum Optics
3--33
2OE-2Open Elective-23--33
3PBLProject Based Learning--884
4Seminar/Term PaperSeminar/Term Paper--12126
5ProjectProject--884
 TOTAL60283420
Fourth Semester
S. No.Course CodeCourseContact HoursCredit
LTPTotal    
1Core ProjectProject00323216
 TOTAL00323216
Are you ready to take the next step in your career ?
Fulfill your dreams by being a part of JIIT

 

Are you ready to take the next step in your career ?