FDP on Next Gen Computing 2026 and GL Bajaj Group of Institutions, Mathura (Feb 10, 2026)

The FDP on Next Gen Computing 2026 represents a critical opportunity for educators and researchers to advance their expertise in High-Performance Computing (HPC), Artificial Intelligence, and Quantum Technologies. Organized by the GL Bajaj Group of Institutions, this program connects academic professionals with leading global experts from Intel, NVIDIA, and prestigious universities. Furthermore, this online faculty development program is fully sponsored by the AICTE Training and Learning (ATAL) Academy, ensuring high-quality training without financial barriers.

Program Highlights

Feature	Details
Program Title	Next Gen Computing: HPC, AI & Quantum Technologies
Organizing Institution	GL Bajaj Group of Institutions, Mathura
Dates	February 10 – 15, 2026
Mode of Delivery	Online (Google Meet)
Registration Fee	NIL (Free of Cost)
Deadline	January 31, 2026
Time Schedule	Evening Sessions (6:00 PM – 9:00 PM IST)

Export to Sheets

Program Overview

The primary objective of this Faculty Development Program is to enhance the teaching, research, and professional skills of faculty members across various technical disciplines. Specifically, the curriculum focuses on equipping educators with the latest advancements in technology, pedagogy, and research methodologies.

Additionally, the program provides a robust platform for knowledge exchange through workshops, lectures, and hands-on training sessions. Participants will engage deeply with emerging technologies such as machine learning, data science, cybersecurity, and renewable energy application in computing. Consequently, this initiative empowers educators to incorporate these cutting-edge advancements into their teaching and drive innovation within their respective institutions.

Eligibility Criteria

To ensure a focused learning environment, the program targets a specific group of academic professionals. The following candidates are eligible to apply:

• Faculty members from AICTE-approved institutions.
• Research scholars and PhD candidates pursuing relevant technical fields.
• Professionals from industry and government organizations interested in academic collaboration.
• Participants must possess a foundational understanding of computing principles to maximize the benefits of the sessions.

Curriculum & Topics Covered

The comprehensive syllabus covers a wide spectrum of next-generation computing topics. The sessions are structured to provide both theoretical knowledge and practical application.

• Fundamentals of Supercomputing: Introduction to High-Performance Computing (HPC) and supercomputing architectures.
• Parallel & Distributed Systems: Detailed exploration of OpenMP and MPI (Message Passing Interface) including hands-on sessions.
• Artificial Intelligence in HPC: Applications of AI, Deep Learning, and Neural Networks within high-performance environments.
• Quantum Technologies: Insights into Quantum Cryptography and Cybersecurity principles.
• Robotics & Automation: Real-time robotic path planning, AI for collaborative robots (Cobots), and supercomputing in robotic manipulators.
• Power Systems Optimization: AI-driven control systems for smart grids and power electronics optimization.

Resource Persons

The program features an impressive lineup of distinguished experts from academia and leading technology corporations.

• Prof. Michael M. Resch: Director, HLRS Lab, Stuttgart, Germany (HPC & Applications).
• Dr. Fabio Baruffa: Intel Corporation, Germany (OpenMP & HPC Challenges).
• Dr. Manish Modani: Project Manager, NVIDIA, Pune (AI, Deep Learning & Optimization).
• Dr. Santanu Ganguly: SandBox AQ, London, UK (Quantum Cryptography & Cybersecurity).
• Dr. Amudha J: Amrita Vishwa Vidyapeetham, Bengaluru (Parallel Programming with MPI).
• Dr. S.D. Sudarsan: CDAC, Bengaluru (Parallel Programming Models).
• Dr. Amrit Pal Singh Kapoor: Intel Corporation, India (Algorithm Optimization & CUDA).
• Dr. Ritu Kapoor: Professor, HPC Centre, Texas University, USA (Future Trends in HPC).

Learning Outcomes

Upon successful completion of the FDP, participants will achieve significant professional growth.

• Gain foundational and advanced knowledge in supercomputing, parallel computing, and distributed systems.
• Acquire the ability to apply AI techniques in high-performance computing systems, robotics, and control systems.
• Develop a critical understanding of quantum cryptography and cybersecurity principles relevant to modern computational systems.
• Master AI-driven control and optimization for collaborative robots and industrial automation.
• Leverage supercomputing for optimizing power systems and smart grid controls.

Certification & Assessment

The AICTE Training and Learning (ATAL) Academy maintains strict standards for certification to ensure the quality of the program.

• Attendance: Participants must maintain at least 80% attendance throughout the online sessions.
• Assessment: A mandatory online test will be conducted at the end of the program.
• Passing Criteria: Participants must score a minimum of 70% marks in the final test to be eligible for the certificate.
• Issuance: Digital certificates will be issued through the ATAL portal to successful candidates.

Registration Details

Interested candidates must register online through the official ATAL portal. Selection is based on a first-come, first-serve basis due to limited seats.

Requirement	Information
Registration Link	Apply on ATAL Portal
Start Date	Open Now
Last Date	January 31, 2026
Selection Notification	Via Email
FDP ID	Select Online FDP ID for GL Bajaj

Note: There is NO Registration Fee for this program.

Important Links :

Contact Information

For any clarifications regarding the schedule or application process, please contact the FDP coordinators directly.

• FDP Coordinator: Prof. V. K. Singh (Mobile: 9999980201)
• FDP Co-Coordinator: Dr. Devesh Sharma (Mobile: 7683018707)
• Email: atalfdp2026@glbajajgroup.org / devesh.sharma@glbajajgrouyp.org
• Institution Address: GL Bajaj Group of Institutions, NH-19, PO-Akbarpur, Distt. Mathura, Uttar Pradesh, India.

Frequently Asked Questions (FAQs)

How do I apply for the ATAL FDP on Next Gen Computing 2026?
You must register through the official AICTE ATAL portal. Log in, search for the FDP ID associated with GL Bajaj Group of Institutions, Mathura, and submit your application before January 31, 2026.

Is there any registration fee for the program?
No, the program is fully sponsored by the AICTE ATAL Academy, so there is no registration fee for eligible participants.

What are the requirements to receive a certificate?
To receive a certificate, you must strictly adhere to the attendance policy of 80% and score at least 70% in the final online test and feedback session.

Will the sessions be recorded?
The brochure specifies that the FDP will be conducted in an online mode via Google Meet. While live attendance is mandatory, specific details about recording availability should be confirmed with the coordinator.

Who is the target audience for this FDP?
The program is designed for faculty members, research scholars, and postgraduate students from AICTE-approved institutions who are interested in HPC, AI, and Quantum Technologies.