Modeling and Simulation of Composite Materials ATAL FDP and Elitte College of Engineering, Kolkata

The Modeling and Simulation of Composite Materials ATAL FDP offers a premier opportunity for educators and researchers to master advanced fabrication and characterization techniques. This AICTE Training and Learning (ATAL) Academy sponsored program bridges the gap between theoretical material science and practical industrial applications. Consequently, participants will engage with global experts to explore the future of lightweight, high-strength materials in sectors like aerospace, automotive, and energy storage.

Program Highlights

Feature	Details
Program Title & Code	Modeling and Simulation of Composite Materials: Fabrication, Characterization and Applications (App No: 1747498897)
Organizing Institution	Department of Mechanical Engineering, Elitte College of Engineering, Kolkata
Dates & Duration	09th February to 14th February 2026 (6 Days)
Mode of Delivery	Online Mode
Daily Schedule	06:00 PM to 09:30 PM (Evening Sessions)

Program Overview

The primary objective of this Faculty Development Programme (FDP) is to disseminate cutting-edge knowledge regarding composite materials to academic and industrial professionals. Specifically, the curriculum focuses on the integration of numerical investigations and experimental fabrication. The program aims to foster meaningful academic interaction and spark innovative thinking in research development. Furthermore, the initiative encourages participants to generate novel ideas that advance their expertise within the mechanical and materials engineering fields.

Target Audience:

• Faculty members from AICTE-approved engineering institutions and polytechnics.
• Research scholars pursuing advanced studies in material science.
• Industry professionals, bureaucrats, and technicians from R&D organizations.
• Expected participant count: Minimum of 100 participants.

Eligibility Criteria

Prospective attendees must meet specific criteria to participate in this sponsored program. Specifically, the FDP is open to faculty members of AICTE-approved institutions and registered research scholars. Additionally, participants from Government and Industry sectors are encouraged to apply. To ensure diversity, not more than 20% of the total participants will be selected from the host institution. Furthermore, all candidates must be officially nominated by the respective Heads of their Institutions.

Curriculum & Topics Covered

The program features 13 comprehensive technical sessions covering the following modules:

• Finite Element Analysis (FEA): Field problems in isotropic and orthotropic materials.
• Numerical Investigations: Analyzing the mechanical behavior of composite materials.
• Artificial Intelligence: AI-driven design of composite materials.
• Sector-Specific Applications: Composites for Electric Vehicles (EV) and the Automotive sector.
• Advanced Defense Tech: Science and design of bulletproof jackets.
• Manufacturing Excellence: Novel continuous casting of Aluminum-based nanocomposites.
• Simulation Tech: Modeling and simulation of advanced machining processes.
• Specialized Materials: Composites for biomedical applications and energy storage.
• Industrial Validation: Tyre design and validation through FEA.

Resource Persons

The program features an elite panel of experts from premier national and international institutions:

Name	Designation & Institution	Expertise
Dr. Ing. Angelos Markopoulos	Associate Professor, NTU Athens, Greece	Advanced Machining & Simulation
Dr. Debasis Datta	Professor, IIEST Shibpur	Finite Element Analysis
Dr. Shubhabrata Datta	Professor, SRM Institute, Tamil Nadu	AI in Material Design
Dr. M V Reddy	Senior Researcher, Nouveau Monde Graphite, Canada	Energy Storage Materials
Dr. Sanjeev Das	Associate Professor, NIT Raipur	Nanocomposites & Casting
Dr. Hemant Chouhan	Associate Professor, Ahmedabad University	Ballistic/Bulletproof Design
Dr. Upender Sunkari	Senior Technical Officer, IIT Hyderabad	Automotive Composites
Dr. Gurudas Mandal	Research Professor, Wuhan University, China	Biomedical Applications

Learning Outcomes

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

• Apply Finite Element Analysis to solve complex field problems in orthotropic materials.
• Utilize Artificial Intelligence tools for the optimized design of new composite structures.
• Understand the fabrication challenges and solutions for Aluminum-based nanocomposites.
• Evaluate the performance of materials used in high-impact environments like armor and EV batteries.
• Implement advanced simulation techniques for machining and manufacturing processes.

Certification & Assessment

To receive the official ATAL Academy certificate, participants must adhere to the following strict requirements:

• Attendance: A minimum of 80% attendance is mandatory across all online sessions.
• Assessment: Participants must score a minimum of 70% marks in the final online test.
• Feedback: Submission of performance feedback on the ATAL portal is required.
• Issuing Authority: Certificates are issued digitally by the AICTE Training and Learning (ATAL) Academy.

Registration Details

Requirement	Details
Registration Link	click here
Application Number	1747498897
Registration Fee	Nil (Free of charge)
Selection Criteria	First-come, first-served basis / Eligibility check
Official Website	click here
Schedule Link	Download
Brochure Link	Download

Contact Information

For any queries regarding the program or registration process, please contact the organizing team:

• Coordinator: Dr. Animesh Talapatra, Associate Professor, Dept. of ME.
• Email: animesh.talapatra@gmail.com
• Mobile: +91 9681659618
• Co-Coordinator: Dr. Rakesh Kumar, Professor & Head, Dept. of ME.
• Institution Address: Elitte College of Engineering, PO: Karnamadhabpur, PS: Ghola, Sodepur, Kolkata – 700113.

Key Highlights

This FDP stands out due to its International Faculty Presence, featuring researchers from Greece, China, and Canada. Additionally, the program offers Industry-Academia Integration with experts from companies like Asianol Biotech and EDS Technologies. Participants will benefit from Evening Timing (6 PM – 9:30 PM), allowing faculty to attend without disrupting their regular daytime academic schedules.

Frequently Asked Questions (FAQs)

Is there any fee for the Modeling and Simulation of Composite Materials ATAL FDP?
No, there is no registration fee. The entire program, including the course material and certification, is sponsored by AICTE-ATAL and provided free of charge to selected participants.

Who is eligible to apply for this online program?
Faculty members from AICTE-approved institutions, research scholars, and professionals from the industry or R&D organizations are eligible. Participants must be registered on the ATAL portal to apply.

What is the minimum attendance required for certification?
Participants must maintain at least 80% attendance throughout the six-day program and successfully pass the final online test with at least 70% marks to receive a certificate.

Are the sessions conducted live or pre-recorded?
All 13 technical sessions, including the inaugural and valedictory ceremonies, are conducted live in online mode to facilitate real-time interaction with the resource persons.

How will I know if I am selected for the FDP?
Selected participants will receive confirmation and program details via their registered WhatsApp number or email address provided during the portal registration.