ATAL FDP on Quantum Computing 2026 and HKBK College of Engineering, Bangalore (Jan 05, 2026)

The ATAL FDP on Quantum Computing 2026 at HKBK College of Engineering offers a transformative opportunity for educators and researchers to master the transition from classical bits to quantum qubits. This AICTE-approved program is specifically designed to bridge the gap between theoretical physics and practical engineering applications, ensuring participants stay at the forefront of the next computational revolution. Furthermore, the curriculum emphasizes hands-on implementation, making it an essential certification for those looking to integrate quantum technologies into their academic and research portfolios.

Program Highlights

Feature	Details
Program Title	Bits to Qubits: Transforming Technology with Quantum Computing
Organizing Institution	HKBK College of Engineering, Dept. of AI & Machine Learning
Start Date	5th January 2026
End Date	10th January 2026
Mode of Delivery	Basic Offline FDP
Daily Schedule	09:00 AM to 05:30 PM
Location	Bengaluru, Karnataka

Program Overview

The primary objective of this Faculty Development Program (FDP) is to introduce academic professionals to the fundamental principles of quantum computing and its rapidly expanding landscape. Specifically, the program aims to demystify complex quantum algorithms and provide a roadmap for their applications in industries such as finance, healthcare, and cryptography.

HKBK College of Engineering, established in 1997, provides a robust 17-acre infrastructure to support this high-level training. The Department of Artificial Intelligence and Machine Learning, which hosts this event, is dedicated to Outcome-Based Education (OBE) and fosters a strong research culture supported by agencies like DST and VGST. Consequently, participants will engage with a curriculum that is both academically rigorous and industrially relevant.

Curriculum & Topics Covered

The FDP is structured over six intensive days, blending theoretical sessions with practical lab exercises:

• Day 1: Introduction to Quantum Computing – Classical vs. Quantum paradigms, Superposition, Entanglement, and Quantum hardware (Superconducting qubits, Trapped Ions).
• Day 2: Quantum Mechanics for Computing – Linear Algebra, Dirac notation, Bloch sphere representation, and visualizing states in IBM Quantum Lab.
• Day 3: Quantum Gates and Circuits – Single-qubit and Multi-qubit gates (CNOT, Toffoli, SWAP) and designing circuits using Qiskit.
• Day 4: Quantum Algorithms – Detailed study of Deutsch-Jozsa, Grover’s Search, and Shor’s Algorithm for factorization.
• Day 5: Quantum Machine Learning (QML) & Optimization – Quantum Kernel Methods, Variational Quantum Circuits (VQC), and solving problems via QAOA.
• Day 6: Research Trends & Future Scope – Addressing noise, decoherence, and scalability issues, followed by group project presentations and certification.

Resource Persons

The program features an elite panel of experts from top-tier industries and prestigious academic institutions:

• Mr. Rajasekhar Nannapaneni: Solution Engineering at Dell Technologies (18 years experience).
• Dr. Jawar Singh: Professor at IIT Patna (14 years experience).
• Dr. Rakesh L: Director at Ada Lovelace Software Pvt. Ltd (22 years experience).
• Dr. Jayakumar Vaithiyashankar: Founder and CEO of Anuthantra Private Limited (16 years experience).
• Dr. R. Thilagavathy: Associate Professor at SRM Institute of Science and Technology.
• Dr. Mohammed Riyaz Ahmed: Principal, HKBK College of Engineering.

Learning Outcomes

Upon successful completion of this FDP, participants will be able to:

• Demonstrate a foundational understanding of quantum states and operators.
• Implement quantum algorithms using the Qiskit framework and IBM Quantum Experience.
• Identify and explore high-impact research opportunities in Quantum Machine Learning.
• Effectively integrate quantum computing modules into existing undergraduate and postgraduate engineering curricula.
• Collaborate on interdisciplinary projects involving quantum cryptography and optimization.

Registration Details

Detail	Information
Registration Link	click here
Registration Portal	AICTE ATAL Portal
Target Audience	Faculty, Research Scholars, and PhD Candidates
Selection Criteria	As per AICTE ATAL guidelines (First-come, first-served)
Industrial Visit	IBM India Private Limited, Manyata Tech Park
Schedule Link	Download
Brochure Link	Download

Contact Information

For queries regarding the application process or program schedule, please contact the department coordinators:

• Coordinator: Dr. Tabassum Ara, Professor, HKBKCE.
• Co-Coordinator: Prof. Shahista Tabassum, Assistant Professor, HKBKCE.
• Primary Contact: Prof. Nelvita L Fernandes (nelvita.aiml@hkbk.edu.in).
• Secondary Contact: Prof. Shabeena Lylath (shabeena.aiml@hkbk.edu.in).
• Venue Address: HKBK College of Engineering, 22/1, Nagawara, Bengaluru, 560045.

Key Highlights

A unique feature of this program is the Industrial Visit to IBM India Private Limited located at Embassy Manyata Tech Park. This visit provides participants with firsthand exposure to industrial-grade quantum research environments. Additionally, the FDP includes daily “Article Discussions” focusing on high-impact research papers from journals like Nature Reviews Physics and IEEE, ensuring participants are updated on the latest scientific literature.

Frequently Asked Questions (FAQs)

Who is eligible to attend the ATAL FDP on Quantum Computing 2026?
The program is primarily open to faculty members, research scholars, and PhD candidates from AICTE-approved institutions. It is particularly beneficial for those in Computer Science, AI, and Electronics departments.

Is there a registration fee for this program?
Typically, AICTE ATAL FDPs do not charge a registration fee for faculty from AICTE-approved institutions; however, participants should verify their status on the official ATAL portal during the application process.

Will I receive a certificate after the program?
Yes, a digital certificate will be issued by AICTE ATAL to participants who meet the mandatory attendance requirements (usually 80% or above) and successfully clear the assessment on the final day.

Does the program include hands-on training?
Absolutely. The schedule includes dedicated daily lab sessions for hands-on training using the IBM Quantum Lab, Qiskit, and D-Wave systems for optimization.

Is accommodation provided for outstation participants?
Participants are encouraged to contact the program coordinator, Prof. Nelvita L Fernandes, for information regarding local accommodation options near the Manyata Tech Park area in Bangalore.