ATAL FDP Manav Rachna University

The ATAL FDP Manav Rachna University operates as an AICTE-sponsored short-term training program focusing on quantum computing and communication for next-generation intelligent systems. Organized by the Department of Computer Science and Technology (CST) at Manav Rachna University, this six-day offline initiative equips academicians, Ph.D. scholars, and postgraduate students with advanced skills in quantum mechanics. Interested candidates can attend this specialized curriculum without paying any registration fees. Consequently, eligible applicants must process their formal enrollment through the official AICTE ATAL portal before the cohort reaches maximum capacity.

Programme Highlights

Organising Body	Mode	Duration	Location
Department of CST, Manav Rachna University	Offline	Six Days	Faridabad, Haryana

About the Programme

The technological transition from classical bits to quantum qubits fundamentally redefines how intelligent systems learn, adapt, and solve multidimensional challenges. Accordingly, this comprehensive instructional course delivers foundational knowledge, practical programming experience, and research perspectives aligned with the National Quantum Mission. Participants explore critical concepts like quantum error correction, quantum cryptography, and the integration of quantum architectures with artificial intelligence models to build secure, un-hackable global networks.

Furthermore, the host institution offers robust academic infrastructure to support this advanced technical initiative. Established as a State Private University under the Haryana UGC Act, Manav Rachna University actively fosters deep-tech research and industry collaboration. Specifically, the ATAL FDP Manav Rachna University integrates theoretical learning with experiential exposure, featuring hands-on simulation labs and a dedicated industrial visit to the Quantum Lab at IIT Delhi.

Eligibility Criteria

Academic Qualification

• Postgraduate (PG) students pursuing degrees in engineering and sciences hold eligibility for participation.
• Research scholars conducting doctoral (Ph.D.) studies in relevant technical disciplines qualify to apply.

Experience & Other Conditions

• Academicians teaching in engineering and science departments meet the primary target group criteria.
• External participants traveling beyond 20 kilometers must maintain at least 90% attendance to claim travel allowances.

Benefits & Funding

Significantly, this government-sponsored initiative provides advanced quantum technology instruction without levying financial charges.

Component	Amount or Detail
Registration Fee	Free of cost (Sponsored by AICTE ATAL Academy)
Travel Allowance (TA)	Reimbursed for external participants traveling beyond 20 km (subject to 90% attendance)
Industrial Visit	Guided exposure to the Quantum Lab at IIT Delhi, including faculty interaction

Topics / Themes Covered

• Introduction to quantum computing, classical versus quantum systems, qubits, superposition, and entanglement.
• Mathematical foundations, quantum gate operations, and advanced quantum circuit design.
• Algorithmic execution including Deutsch-Jozsa, Grover’s Search, and Shor’s Algorithm.
• Quantum Key Distribution (QKD), BB84 Protocol, quantum teleportation, and post-quantum cryptography.
• Integration of Quantum AI, hybrid quantum models, quantum simulators, and digital twin development for safety-critical systems.

Selection Process

• Online Registration: Candidates must submit their details and necessary credentials via the AICTE ATAL portal.
• Application Screening: The organizing committee evaluates candidate profiles based on the target group framework.
• Continuous Assessment: To earn the certificate, participants must clear multiple evaluations: Daily Assignments (25%), Practical Assessments (20%), Industrial Visit Report (10%), Reflection Journal (25%), and a Final Assessment Test (20%).
• Attendance Mandate: Participants must secure a minimum of 80% overall attendance to qualify for the final certification.

How to Apply

1. Access the official AICTE ATAL Academy registration portal online.
2. Register a new user profile or log in with your existing participant credentials.
3. Search for the FDP titled “Quantum Computing and Communication for Next Generation Intelligent Systems” hosted by Manav Rachna University.
4. Fill out the application form with your academic details and institutional affiliation.
5. Submit the digital application and monitor your registered email account for selection updates.

Important Dates

Event	Date
Programme Start Date	17 August 2026
Programme End Date	22 August 2026

Important Links

Resource	Link
Apply Online	Click Here
Download FDP Brochure	Download
Download FDP Schedule	Download

Contact Details

• Official Address: Department of CST, Manav Rachna University, Faridabad, Haryana.
• Key Contacts: Dr. Dipali Bansal (Coordinator & Dean School of Engineering) / Dr. Chandni Magoo (Co-Coordinator & Associate Professor).

FAQs

What is the core objective of the ATAL FDP Manav Rachna University program?
The program aims to deliver fundamental knowledge, hands-on programming experience, and research insights into quantum computing and communication for intelligent systems.

Are there any participation fees for attending this quantum technology course?
No, registration and participation remain completely free of cost under the sponsorship of the AICTE ATAL Academy.

Which specific programming tools will participants learn to use?
Participants will gain hands-on practical training using quantum programming tools and simulators such as Qniverse, Qiskit, Qsim, and Cirq.

Does the program include any external industrial exposure?
Yes, the program features a scheduled industrial visit to the Quantum Lab at IIT Delhi, allowing participants to interact with specialized faculty on day five.

How are participants evaluated for the final ATAL certification?
Evaluation includes daily assignments (25%), practical assessments (20%), an industrial visit report (10%), a reflection journal (25%), and a final assessment test (20%).