ATAL Online FDP on Next-Generation Semiconductor Technologies and Sahrdaya College of Engineering and Technology, Thrissur (Jan 19, 2026)

The ATAL Online FDP on Next-Generation Semiconductor Technologies offers a premier opportunity for educators and researchers to dive deep into the evolving landscape of silicon design and fabrication. As the global demand for intelligent hardware surges, staying updated on semiconductor applications in AI, IoT, and 5G is no longer optional for academic professionals. This six-day intensive program, sponsored by the AICTE Training and Learning (ATAL) Academy, effectively bridges the gap between theoretical physics and industrial application. Specifically, the curriculum aligns with the India Semiconductor Mission (ISM) to foster national capacity building.

Program Highlights

Feature	Details
Program Title	Next-Generation Semiconductor Technologies: Design, Fabrication, and Applications in AI, IoT, and 5G Systems
Organizing Institution	Sahrdaya College of Engineering and Technology (Department of ECE)
Dates & Duration	January 19, 2026, to January 24, 2026 (6 Days)
Mode of Delivery	Online
Daily Schedule	Evening Sessions (typically 6:00 PM – 9:30 PM); Day 6 (2:00 PM – 8:00 PM)

Program Overview

The primary objective of this faculty development program is to provide comprehensive insights into cutting-edge semiconductor device technologies and fabrication methodologies. Moreover, the curriculum focuses heavily on the integration of semiconductors into emerging fields like smart mobility, healthcare, and Industry 4.0. In addition to these technical focuses, the program aims to position India as a global hub for semiconductor design by empowering faculty to disseminate high-level technical knowledge. Consequently, participants will be better prepared to mentor students for future-ready industrial roles.

Target Audience:

• Faculty members from AICTE-approved Engineering Colleges.
• Industry professionals seeking technical upskilling.
• Researchers from Government departments and R&D organizations.

Eligibility Criteria

Participants must be affiliated with an AICTE-approved institution or be working professionals in relevant government or industrial sectors. Because seats are limited, the selection process follows a strict first-come, first-served basis. Furthermore, applicants should ideally have a background in Electronics, Communication, or Computer Science to maximize the benefits of the technical sessions. Nevertheless, motivated researchers from related interdisciplinary backgrounds are also encouraged to apply.

Curriculum & Topics Covered

The FDP covers a broad spectrum of modern semiconductor themes, ensuring participants gain both macro-industry perspectives and micro-level design skills. Specifically, the core modules include:

• Industry Trends: Role of AI in the Semiconductor Industry and Cloud Computing/Datacenter Semiconductors.
• Design Methodologies: CMOS IC Design Flow using Cadence and Digital ASIC Design Flow.
• AI Integration: AI/ML for Semiconductor Applications and Generative AI in Chip Design.
• Hardware Architecture: FPGA-Based Hardware Accelerators and AI-Specific Semiconductor Co-Design.
• Fabrication & Reliability: AI in Process Control, Sustainable Manufacturing, and Design for Testability (DFT).
• Security & Innovation: Cybersecurity for AI-enabled systems and Nature-inspired AI for hardware design.

Resource Persons

The program features a distinguished panel of experts from premier academic institutions and leading industry giants:

Name	Designation & Organization	Expertise
Dr. Vikas Wasson	Director, Chandigarh University	AI in Semiconductor Industry
Dr. H S Jattana	Professor, MNIT Jaipur	Cloud Computing Semiconductors
Dr. Amit Kamra	Professor, GNDEC Ludhiana	Machine Learning for Semiconductors
Dr. Arvind Dhingra	Director, S&T Park, Ludhiana	Cybersecurity
Mr. Ayyappadas P.S	Specialist, Bosch-BGSW	FPGA & Embedded Software
Dr. Vipul Sharma	Assistant Professor, IKGPTU	Sustainable Manufacturing
Dr. Dhaneesh Chandran	Deputy Manager, STAR Center & DRDO	Fabrication & Process Control
Dr. Ramji	Design Lead, Tessolve Semiconductors	Design for Testability (DFT)
Mr. Sreerag	Project Lead, Wipro Technologies	Cadence IC Design Flow
Dr. Arun AV	Assistant Professor, TKM Engineering	Generative AI in Chip Design
Mr. Libin T T	Associate Director/Scientist ‘F’, C-DAC	AI Hardware Co-Design
Dr. Hareesh V	Postdoctoral Researcher, Trinity College	Digital ASIC Flow
Dr. Krishnendu Guha	Research Fellow, INTEL Ireland	Nature-inspired AI

Learning Outcomes

Upon successful completion of the program, participants will be able to:

• Identify AI-driven strategies for semiconductor design and optimization.
• Utilize AI-based EDA tools for practical design workflows.
• Understand advanced architectures, including 3D ICs and chiplets.
• Enhance research capabilities for publications in nanoelectronics.
• Establish potential industry-academic collaborations for future R&D projects.

Certification & Assessment

To receive the ATAL Academy certificate, participants must maintain high attendance standards throughout the six days. Additionally, an online test and feedback session are scheduled for the final day (Day 6). Specifically, the assessment will evaluate the participants’ understanding of the various modules covered, including ASIC design and AI hardware co-design. Following the successful completion of these requirements, the certificates will be issued by the AICTE ATAL Academy.

Registration Details

Detail	Information
Registration Portal	click here
Registration Fee	NO REGISTRATION FEES
Selection Criteria	First-Come, First-Served
Accommodation/TA	As per AICTE Norms
Schedule Link	Download
Brochure Link	Download

Contact Information

For further inquiries regarding the schedule or registration process, please reach out to the organizing team at Sahrdaya College of Engineering and Technology:

• Coordinator: Dr. GR Gnana King (Professor, Dept. of ECE)
  • Mobile: 9488883786
  • Email: gnanaking@sahrdaya.ac.in
• Co-Coordinator: Dr. JH Jensha Haennah (Asst. Professor, Dept. of ECE)
  • Mobile: 7598199409
  • Email: jensha@sahrdaya.ac.in

Key Highlights

This FDP is uniquely positioned due to its collaboration with experts from DRDO, ISRO-related centers, and global leaders like Intel and Bosch. Consequently, participants receive a balanced view of both theoretical research and real-world industrial constraints. Moreover, the focus on Cadence tools and ASIC flows provides practical insights that are immediately applicable to laboratory instruction and academic research. Overall, the program serves as a critical stepping stone for faculty looking to specialize in next-generation electronic systems.

Frequently Asked Questions (FAQs)

Is there any fee for the ATAL Online FDP on Next-Generation Semiconductor Technologies?
No, there is no registration fee for this program as it is fully sponsored by the AICTE ATAL Academy.

What is the mode of the FDP?
The program is conducted entirely online; therefore, participants can join conveniently from their respective locations.

Who is eligible to attend this semiconductor FDP?
Faculty members of AICTE-approved institutions, industry professionals, and researchers from government R&D organizations are eligible.

Will I get a certificate after the program?
Yes, certificates are issued by the ATAL Academy to participants who successfully meet the attendance and assessment criteria.

How do I apply for this program?
Interested candidates must register through the official AICTE ATAL portal. Subsequently, you should select this specific FDP hosted by Sahrdaya College of Engineering and Technology.