SRMAP Events

SRM University–AP to Host Guest Talk on Hybrid Quantum Simulations for HPCQC
2026-01-29 03:00 - 16:00 (Asia/Kolkata) | 304, Conference Hall, J C Bose Block
The Office of the Dean–Research, SRM University–AP, is organising a distinguished Guest Talk by Dr Namrataa Kommineni, AICTE Industry Fellow at HPC Tech, CDAC–Pune, on January 29, 2026.
The talk, titled “Exploring Hybrid DFT Quantum Embedding Simulations of Molecules for HPCQC,” will focus on emerging approaches that integrate Hybrid Density Functional Theory (DFT) with quantum embedding techniques to enable advanced molecular simulations. The session will highlight how active molecular regions can be treated with high-fidelity quantum methods, such as the Variational Quantum Eigensolver (VQE), while being embedded within scalable DFT environments.
Dr Kommineni will discuss how accuracy and computational efficiency scale with system size and complexity using noiseless estimation on quantum platforms. The findings demonstrate significant efficiency gains compared to traditional correlated quantum chemistry methods and underline the importance of continued exploration at the intersection of High-Performance Computing (HPC) and Quantum Computing (QC).
The talk is expected to provide valuable insights for researchers, faculty members, and students interested in quantum chemistry, materials science, and next-generation computational simulations, emphasising the role of HPC-QC in bridging fundamental quantum rigor with real-world, materials-scale applications.

Workshop on IP Creation and Technology Transfer
2026-02-05 10:00 - 15:30 | ALC 1, Homi J Bhabha Block
The Technology Transfer Cell organises a one-day workshop on “Intellectual Property Creation and Technology Transfer” on February 05, 2026. The workshop provides an integrated overview of intellectual property creation and technology transfer in academic research. It covers patentability, novelty, inventive steps, and patent drafting, followed by practical insights into technology valuation, licensing, and industry engagement.
The workshop will have two sessions. The first session will be held by Registered Indian Patent Agents and Trademark Agents – Mr Amit Sudarsan, Director, Videaim IP Pvt., Ltd., and, Walnut IP Pvt., Ltd. and Dr Madhavi Muppirala, Director, Videaim IP Pvt., Ltd., and Walnut IP Pvt., Ltd. They will elaborate on the topic – “From Idea to Invention: Understanding Novelty, Inventive Step, and Patent Drafting”.
The second session will be delivered by Prof. G S VinodKumar, Associate Dean-Technology Transfer Cell, SRM University-AP, on the topic – “Technology Transfer Pathways: Valuation, Licensing, and Industry Engagement”.
The workshop aims to equip faculty members and research scholars with the knowledge required to translate innovations from the laboratory to real-world impact.

HPCC Workshop
2026-02-06 10:00 - 13:00 | SRM University-AP
The Office of Dean-Research is organising a one-day HPCC workshop to ignite innovations in computing. The workshop will delve into HPCC systems, how to connect HPCC to PuTTY, Linux commands, transferring files to HPCC using Win SCP and PBS script for job submission.
Date: February 06, 2026
Time: 10:00 AM – 01:00 PM
Join the workshop and explore novel frontiers in Computing!

4-Day Workshop on Advanced Academic Writing
2026-02-24 09:30 - 2026-02-27 17:00
The Office of Dean-Research is organising a 4-Day Workshop on Advanced Academic Writing on February 24-27, 2026. The workshop aims to equip participants with essential strategies for developing research questions, theoretical frameworks, and evidence-based arguments suitable for high-impact journals.
The workshop will be beneficial for participants to: –

Enhance skills in writing grant proposals, book chapters, and conference abstracts for interdisciplinary audiences
Hands-on training in revision techniques, peer review simulation, and ethical use of AI in academic writing
Build a collaborative network among humanities scholars in India

Key Topics of Discussion:-

Literature Review, Tools, Ethics & Publication Standards
Writing Thesis and Dissertation
Strategies of Referencing in Academic Writing and Scopus AI
Navigating Technicalities: Scopus Database, ORCiD, and Google Scholar
Research Integrity in the Age of AI
Lecture on Project Grant, Fellowship, and More

Learn from Resource Persons:-

Dr Priyanka Tripathi, IIT Patna
Prof. P K Nayar, University of Hyderabad
Prof. Diana Fox, Bridgewater State University
Dr Ridhima Tewari, IIT Dharwad
Dr Shalini Mittal, Bennet University
Dr Soni Wadhwa, SRM University-AP
Shubhada Nagarkar, Savitribai Phule Pune University
Dr Debashrita Dey, IIT Dhanbad
James Campbell, Intellect Books
Prof. Saseendran Pallikadavath, University of Portsmouth

Registration Link – https://forms.gle/L5iFRgaKWdLorJCJ6
Payment Link – https://payment.collexo.com/user/login/?dest=/pay-fee/srm-ap-events/

UDL#23 - Is AI Really Useful for Materials Science?
2026-02-24 11:00 - 13:00 | ALC 1, Homi J Bhabha Block
The Office of Dean-Research is organising the 23rd edition of the University Distinguished Lecture inviting Prof. Stefano Sanvito, Professor and Chair of Condensed Matter Theory, School of Physics and Director, CRANN (Centre for Research on Adaptive Nanostructures and Nanodevices), Trinity College Dublin, Ireland.
Title of the Lecture: “Is AI Really Useful for Materials Science?”
Abstract
AI and machine learning have rapidly become important tools for our daily life, providing assistance over many tasks. These, however, often concern relatively low-stake domains, such as idea generation, text summarisation, automated paper writing/ reviewing, etc. The physical sciences, however, demand far more: accuracy at the level of experimental validation, reproducibility across thousands of steps and the orchestration of a vast and diverse toolset.
In this talk I will describe our attempts at integrating machine-learning and AI methods into materials science, by looking at rather different domains. Firstly, I will discuss a machine-learning scheme for predicting the Curie temperature of ferromagnets, which uses solely the chemical composition of a compound as feature and experimental data as target [1]. In particular, I will discuss how to develop meaningful feature attributes for magnetism and how these can be informed by experimental and theoretical results. Furthermore, I will show how the experimental data can be mined from published scientific literature with the help of natural language processing tools [2].
Then, I will describe how an accurate description of the structure of materials, which is amenable to be used with machine learning, can offer a quantum-chemistry-accurate description of local properties at virtually no computational costs. This is based on a newly developed cluster expansion formulated in terms of Jacobi-Legendre polynomials. Such general framework allows us to construct, on the same footing, extremely accurate force fields [3] as well as converged electron densities [4]. These can both be integrated in material-discovery workflows generating unprecedented speedup.
Finally, I will present two examples of how visual-graphic techniques can be integrated into materials science. In the first case autoencoder neural networks will be used to denoise scanning electron transmission microscopy images [5], thus allowing us to perform microscopy on fragile samples, which rapidly degrade under electron irradiation. In the second case, I will use movie- enhancement methods to provide high-resolution tomographic maps of complex materials complexes [6]. Importantly, the same method can also be used for medical imaging and can be incorporated in medical devices.
[1] Physical Review Materials 3, 104405 (2019).
[2] npj Computational Materials 9, 222 (2023).
[3] Physical Review B 108, 094102 (2023).
[4] npj Computational Materials 9, 87 (2023).
[5] Machine Learning: Science and Technology 4, 015025 (2023).
[6] Nature Communications 15, 7962 (2024).

Indo-German Scientific Meeting to Strengthen Scientific Collaboration
2026-02-27 10:00 - 2026-02-28 13:00 | ALC 1, Homi J Bhabha Block
The Department of Biological Sciences is organising a two-day Indo-German Scientific Meeting (2026) bringing together antimicrobial resistance (AMR) research experts from the Freie Universität Berlin, and faculty members of the department.
Day one will have a panel discussion that focuses to create awareness on the dimensions and precautionary steps needed to be taken to contain any microorganisms. Day two shifts the focus on strengthening Indo-German research collaboration, promoting academic exchange, and identifying opportunities for joint projects and international funding. By aligning complementary expertise and shared priorities, the meeting aims to establish sustainable partnerships that advance AMR research and translate science into public health impact.
Prof. Thomas Alter, Dean of Studies, School of Veterinary Medicine, Freie Universitaet Berlin, Prof. Uwe Roesler, Dean, School of Veterinary Medicine, Freie Universitaet Berlin, Prof. Robert Klopfleisch from the Institute of Veterinary Pathology, Dr Anika Friese from the Centre of Infectious Medicine, Prof. Jayaseelan Murugaiyan, Associate Dean together with the faculty members of the School of Engineering and Sciences (SEAS), SRM AP will attend this event.

9th Eminent Guest Lecture on Sustainable Clean Thorium Energy
2026-03-23 11:00 - 13:00 | ALC 1, Homi J Bhabha Block
The Office of Dean-Research, SRM University-AP hosts the 9th Eminent Guest Lecture by renowned academician Dr Ganapati Myneni, Director, VT-India Nuclear Energy Partnership and Adjunct Faculty, Virginia Tech, Virginia, USA on March 23, 2026.
Title of the Talk – “Clean Air and Water with Sustainable Clean Thorium Energy”
Abstract
Clean air and water are essential to the health of living beings. Solar, wind, and hydro power sources are helping to some extent to reduce the polluting CO2 and NOX emissions. However, we need distributed base load reliable power that can also serve as backup to intermittent renewable energy sources. Nuclear is the obvious choice.
In this presentation, let us explore the Photonuclear eMMR (Advanced Subcritical Molten Salt Reactor), which is being developed by BSCE (Brahma Sakti Clean Energy) as a collaboration with many international Institutions. The eMMR represents a paradigm shift due to its unique U-233 breeder and burner disruptive technology. The eMMR utilises a molten salt (FLiBe) with the addition of ThF fuel. The photo neutrons that will allow breeding of U-233 from fertile Thorium are internally produced with commercially available electron accelerators that are highly reliable. These low-cost eMMRs of 1 MWth are uniquely positioned to be built at several Institutions for training the much-needed nuclear workforce for fulfilling the SHANTI Act of 2025.
The Photonuclear eMMR provides a scalable, non-proliferative solution to the industrial sector’s thermal energy demands as well, offering a path to full decarbonization without compromising high-temperature performance.

University Distinguished Lecture #24
2026-04-13 10:00 - 11:00 | ALC 1, Homi J Bhabha Block
The Office of the Dean – Research at SRM University-AP is organising the University Distinguished Lecture #24.
The lecture will be delivered by Prof. Pawan K Dhar, Executive Director, CVJ Centre for Synthetic Biology and Biomanufacturing. The talk is titled “Synthetic Biology: From Design Principles to the Dark Matter of the Genome.”
The lecture will explore the evolution of synthetic biology, from its foundational principles of designing and engineering biological systems to its emerging focus on the unexplored regions of the genome, often referred to as “genomic dark matter.” It will shed light on how these underexplored genetic elements can unlock new possibilities in enzyme discovery, therapeutics, antimicrobial development, and industrial biotechnology.
The session aims to provide deep scientific insights into next-generation biological engineering and inspire researchers to explore novel frontiers in genomic science.

Inauguration of Quantum Reference Facility on Campus by Hon’ble Chief Minister of AP
2026-04-14 14:00 - 16:00 | APJ Abdul Kalam Auditorium
In partnership with the Government of Andhra Pradesh, the University is taking a significant step towards strengthening India’s quantum ecosystem by establishing India’s 1st Quantum Reference Facility on our campus.
The facility, the first of its kind at an Indian university is being established under the Amaravati Quantum Valley Project—a visionary mission positioning Andhra Pradesh at the forefront of deep-technology innovation.
The inauguration will take place on World Quantum Day, April 14, 2026, by Chief Guest Hon’ble Chief Minister of Andhra Pradesh, Shri Nara Chandrababu Naidu.
This initiative reflects SRM AP’s progressive vision and commitment to building a robust, future-ready quantum ecosystem through strong collaboration between government, academia, and industry.
Through the Quantum Reference Facility we will nurture the next generation of scientists, engineers, and innovators, while contributing to the development of ‘Made in India’ quantum technologies.
The Amaravati Quantum Valley is not merely an initiative, but a national promise—to establish Andhra Pradesh as a global hub for quantum innovation – and SRM University-AP, serves as the first Academic Partner in this transformative endeavour.

10th Research Day at SRM-AP
2026-04-24
The Office of the Dean – Research at SRM University-AP is set to host the 10th Research Day on April 24, 2026, celebrating a decade of academic excellence and research innovation. This flagship event aims to provide a dynamic platform for research scholars to present their work, exchange ideas, and foster interdisciplinary collaboration.
The event invites abstract submissions under the Research Scholars category, with key milestones including abstract submission (March 5, 2026), acceptance notification (March 15, 2026), and full paper submission (April 13, 2026). Paper presentations are scheduled for April 22, 2026, leading up to the main event.
Participants will compete for Gold and Silver Medals for outstanding research presentations. Additionally, the Research Contingency Awards will recognise excellence, with the top two PhD papers receiving a cash prize of ₹25,000 each.
Thematic areas span a wide spectrum including Artificial Intelligence, Cyber Security, Data Science, Renewable Energy, Smart Mobility, Humanities and Social Sciences, Robotics, Nanotechnology, and more, reflecting the university’s commitment to multidisciplinary research.
The event is convened by Dr Ayesha Parveen Haroon, with support from co-convenors across departments, ensuring a comprehensive and engaging academic experience.
To know more about the conference visit the website.

Foreign Lecture on Creativity and Innovation in Engineering
2026-05-04 11:00 - 12:30 | Tiered Classroom, 5th Floor, Admin Block
The Office of the Dean–Research at SRM University–AP is set to host an insightful foreign lecture on “Creativity and Innovation in Engineering”, aimed at inspiring students, researchers, and faculty to explore the evolving landscape of engineering innovation. This session will provide a global perspective on how creative thinking drives technological advancement and problem-solving in modern engineering practices.
The lecture will be delivered by Prof. Pratapa Reddy, a distinguished academic and Professor (Retd.) of Computer Engineering from Rochester Institute of Technology, USA. With extensive experience in academia and research, Prof. Reddy is expected to share valuable insights into fostering innovation, interdisciplinary approaches, and real-world applications of creative engineering solutions.
The session promises to be an engaging platform for intellectual exchange. Participants will gain exposure to international perspectives and practical strategies to cultivate creativity in engineering domains.
This lecture reflects the university’s continued commitment to promoting research excellence and global academic engagement, encouraging students and scholars to think beyond conventional boundaries and contribute meaningfully to the future of engineering.

One-Day Workshop on BET Surface Area Analysis using Anton Paar, Autosorb 6300
2026-06-03 09:30 - 17:30 | JC-318 and JC-411
The Central Research Facility (CRF), SRM University-AP, is organising a one-day hands-on workshop on BET Surface Area Analysis using Autosorb 6300. The workshop is designed to provide participants with comprehensive theoretical knowledge and practical exposure to surface area and pore size analysis techniques widely used in material characterization research.
The program will cover the principles of adsorption science, BET theory, sample preparation, instrument handling, data acquisition, and interpretation of adsorption-desorption isotherms.
Participants will gain hands-on experience with the Autosorb 6300 system and learn its applications in advanced research and industrial analysis.
Objectives of the Workshop

To introduce the fundamentals of BET surface area analysis
To explain adsorption-desorption principles and pore characterization
To provide practical training on the operation of Autosorb 6300
To demonstrate sample preparation and degassing procedures
To train participants in interpreting BET analysis reports
To highlight applications in nanomaterials, catalysts, polymers, pharmaceuticals, and energy materials

Topics Covered

Introduction to BET Theory
Principles of Gas Adsorption
Surface Area Measurement Techniques
Pore Size and Pore Volume Analysis
Adsorption-Desorption Isotherms
Sample Preparation and Degassing
Instrument Overview – Autosorb 6300
Software Operation and Data Analysis
Interpretation of BET Reports
Applications in Research and Industry

Hands-on Training Sessions

Sample Loading Procedure
Degassing Process
BET Surface Area Measurement
Instrument Operation
Software-based Data Interpretation
Troubleshooting and Best Practices

Target Participants

Faculty Members
Scientists
Research Scholars
Postgraduate and Undergraduate Students
Industry Professionals
Researchers working in Material Science, Nanotechnology, Chemistry, Physics, and related areas

About the Instrument
Autosorb 6300
The Autosorb 6300 by Anton Paar is an advanced high-vacuum gas sorption analyzer designed for accurate surface area and pore characterization of porous and nanostructured materials.
The system is widely used for:

BET Surface Area Analysis
Pore Size Distribution
Total Pore Volume Determination
Adsorption–Desorption Studies
Advanced Material Characterization

Applications

Nanomaterials
Catalysts
Activated Carbon
MOFs and Zeolites
Energy Storage Materials
Ceramics and Polymers
