‘Fostering curiosity and nurturing inquisitiveness’ These have been the goals of the Department of History at SRM University-AP to which Deva Harshalai Nimmagadda, Class of 2021 of Bachelor of Arts in History, belongs.

The entire department and especially his beloved mentor, Dr Maanvender Singh, could not be more proud of him for securing a coveted position in the MS Program in Computer Science at Pace University, New York. Deva found a home for his desire to understand the past and progress towards future in SRM University-AP’s multidisciplinary courses which enabled him to learn more about cutting edge technology and innovative approach to history. This experience was instrumental in helping him achieve his place.

“During my course of studying BA History in SRM University-AP, I have realized that history will not equip you with the skills in only one field, but it also opens you up to diverse fields.” Deva said, “Thanks to the curriculum in SRM University-AP which enabled me to explore various fields like economics, Journalism, Data Science etc. Studying history will demand immense research work and it will refine your analytical skills and these are the skills you need to live in a Tech world. I would like to thank all my faculty for equipping me with such skills even during the pandemic. Today interestingly History major in my profile attracts various employers and projects as they believe in the analytical skill of a history major.”

Prof Singh, who is very fond of Deva Harshalai, spoke very highly about his student, “Deva always cultivated the best attributes a historian could possibly possess- the endless and untiring urge to quest for reason and answers, and the unique and insightful perspective to provide the most logical and comprehensive solution.” He added, “With these qualities in one’s possession one can achieve any ambition should they put their mind and efforts to it.”

“The right skill was cultivated in me, and the right attitude took root.” Deva said to inspire his juniors, “I am extremely grateful to have had the opportunity to call SRM University-AP my alma mater. I am who I am today because of it. I would advise all my juniors to commit to their education seriously and SRM University-AP will give you the experience and encouragement to obtain your dream career.” Deva would like to take advantage of this world capital and invest himself in research and development in the fields of Artificial Intelligence in future.

Children’s Day celebrations were held at Nirukonda and Nauluru government schools from Friday to Monday under the auspices of the Student Affairs department at SRM University-AP. The programme named SRM Sunshine, organised various games and competitions for students from classes one to ten and distributed prizes to winners. The essay writing, drawing, running, skipping and musical chair competitions focused on children and their enjoyment contributing to their cognitive development.

Students of SRM University-AP mingled with the children involving them in various games. The tiny tots of Preschool and Pre-primary celebrated the day with much joy and enthusiasm. The celebrations began on Friday, followed by a variety of fun-filled activities and games planned by the Sunshine team. Children were given chocolates and gifts like crayons, pencils etc. as a token of appreciation. The event was attended by Ms Revathi Balakrishnan, Assistant Director – Student Affairs; Dr Abdul Mohimin, Assistant Director – Physical Education and Mr Narendra Babu, Manager – Student Affairs.

Every year on November 14 India celebrates Children’s Day, the birth anniversary of Pandit Jawaharlal Nehru, India’s first Prime Minister. The day is also known as Bal Diwas. He adored children and once said that children are the country’s future and that they should be loved. Children also adored him and referred to him as ‘Chacha Nehru.’

SRM University-AP is pleased to announce that Dr V M Manikandan, Assistant Professor in the Department of Computer Science and Engineering, along with his research scholar Shaiju Panchikkil, published a paper titled, “A convolutional neural network model based reversible data hiding scheme in encrypted images with block-wise Arnold transform” in Optik Journal, Elsevier Publications.

The proposed scheme can be used for embedding electronic patient reports (EPR) in the medical image itself while transmitting, and at the receiver side the reports can be extracted along with the lossless recovery of the medical images.

About the Research:

Data hiding or information hiding is a well-explored way to secure some secret data by concealing it in a digital cover medium. The reversible data hiding (RDH) is a recent advancement in the field of data hiding in which the cover medium can be restored during the extraction of hidden messages at the receiver side. The RDH schemes are widely used in medical image transmission and cloud computing. Recently, research in the field of RDH in encrypted images got much attention to improve the efficiency parameters such as embedding rate and bit error rate without compromising the lossless recovery of the images. In this research paper, we propose a new RDH scheme in encrypted images which utilizes the Arnold scrambling technique for data hiding. A convolutional neural network (CNN) model is trained and used to extract the hidden message along with the recovery of the original image. The experimental study and result analysis of the proposed scheme are carried out on the USC-SIPI image dataset managed by the University of Southern California.

Dr Manikandan collaborated with Prof. Yu-Dong Zhang, Professor in School of Computing and Mathematical Sciences, University of Leicester, UK collaborated for this research work. In the future, Dr Manikandan’s research will be more focussed on coming up with new reversible data hiding schemes in encrypted images with better embedding rate and bit error.

Quantum computing is one of the most significant scientific breakthroughs of the century. The Computer Science and Engineering Department at SRM university-AP is organising an online Faculty Development Programme (FDP) on the topic “Quantum Computing and Communications: New Paradigm” from December 27 to 31, 2021 for scholars from various reputed universities and institutions. The programme organised jointly with CDAC, Bengaluru, will be inaugurated on December 27, 2021, at 9.30 am.

Quantum computing is a new disruptive paradigm based on the principles of quantum mechanics to solve problems in various fields of science that are beyond the possibilities of classical computing infrastructures. Despite, a lot of theoretical research and hardware implementations, the application of quantum computing in solving a computational problem is yet to be explored. In future, a new generation of quantum technologies will drive the development of disruptive devices, services and systems which will primarily impact imaging and computing of intractable problems, as well as enhance network security.

The FDP aims to provide a comprehensive idea of quantum computing, its applications and research opportunities. Eminent speakers will provide insightful discussions on quantum computing, quantum information, quantum engineering, artificial intelligence, and machine learning. Faculty members, postdoctoral researchers and PhD students from various reputed institutions are the target audience for the FDP.

Brochure

Avail yourself the opportunity to interact with the brightest minds in academia from 27 to 31 December 2021.

Register here!