Industry Ignite Hackathon: A 24-Hour Innovative Experience
The Industry Ignite Hackathon, conducted at SRM University-AP from November 6 to 7, 2024, was organised by the Department of Electronics and Communication Engineering in collaboration with NanoChip through its Elevium Platform. The event specifically designed for BTech and MTech students, provided them with a valuable platform to address real-world challenges in embedded systems and to facilitate a connection between academia and industry. With a total of 250 participants divided into 18 teams, the hackathon offered a hands-on experience focused on industry-driven problem statements.
The inauguration took place at the APJ Abdul Kalam Auditorium, where industry experts from NanoChip presented a complex problem statement related to embedded systems. Following a comprehensive briefing on the hackathon’s rules and expectations, participants commenced their 24-hour coding marathon.
The hackathon concluded with a special session led by Mr. Hari, CEO of NanoChip, who delivered a talk on System on Chip (SoC) Design Flow, offering participants valuable insights into the design process and its applications within embedded systems. Subsequently, representatives from NanoChip showcased their Elevium Learning Process, introducing advanced tools and methodologies for high-performance embedded systems.
The valedictory ceremony celebrated the achievements of the participants, with awards and internships presented to the top-performing teams. The winning team received an Industrial Internship along with trophies and certificates, while the second and third-place teams were also recognised with trophies.
SRM University-AP extended its gratitude to NanoChip, the event sponsors, and the entire organising team, including Dr K A Sunitha, Dean of SEAS, as well as other faculty members, for their steadfast support. The hackathon served as a testament to the varsity’s commitment to fostering collaboration between academia and industry and providing students with opportunities to develop innovative solutions for real-world challenges.
- Published in Departmental News, News
SecureX Hackathon: Students Shine at the Cybersecurity Codefest
The Cybersecurity Hackathon “Crack the Code & Secure the Future”, held at SRM University-AP in collaboration with BSI Learning on November 23-24, 2024, marked a significant achievement, bringing together students, professionals, and experts in the field to tackle real-time cybersecurity challenges. The event provided participants with hands-on expertise and the opportunity to design innovative solutions aimed at addressing the growing concerns in the field of cybersecurity.
The hackathon opened with an inspiring speech by the Dean of Research Prof. Ranjit Thapa, who emphasised the university’s dedication to fostering innovation and research from the very beginning of a student’s academic journey. He highlighted the importance of the event, stating that all participants would receive certificates of appreciation, reinforcing the university’s commitment to recognising and motivating talent.
Mr Vipul Rastogi, the keynote speaker, expressed his admiration for SRM University-AP, particularly impressed by the institution’s provision of seed funding for undergraduate students, something he had not encountered elsewhere. Mr Vipul, a seasoned cybersecurity expert, stressed the growing demand for cybersecurity professionals, citing that 40% of cybersecurity positions remain vacant due to the rapidly expanding threat landscape.
Mr Chris Chan, the Cybersecurity Education Lead and Consultant at BSI Learning, Australia, provided valuable insights into the intricacies of cybersecurity, including areas such as penetration testing, cloud security, governance, risk, and compliance. Mr Chan also elaborated on the importance of user education, vulnerability management, and organisational resilience in mitigating cybersecurity risks.
Participants, divided into 22 teams with 81 members, were challenged to design and implement innovative solutions addressing one of the following key cybersecurity areas: Prevention and User Education, Detection and Monitoring, Response and Mitigation and Policy Compliance and Business Continuity.
The event focused on fostering a collaborative environment where participants could experiment, innovate, and deliver real-time solutions to cybersecurity problems. Team Tech Blazers won the first prize of 800 AUD, while Team Secure Ops and Team Soul Society won the second and third place of 500 AUD and 200 AUD respectively. All teams contributed actively to providing outstanding solutions, adding a competitive yet educational aspect to the hackathon.
The event concluded with a vote of thanks to Vipul Rastogi, Chris Chan, and all participants for their valuable contributions. The Cybersecurity Hackathon was a resounding success, showcasing the power of collaboration, innovation, and secure solutions in addressing the pressing challenges of today’s digital world.
The university looks forward to continuing such initiatives, further strengthening its role as a leader in research and innovation in the academic community.
- Published in CSE NEWS, Departmental News, News
Advancements in Optical Technologies: Paper by Dr Devdutt Tripathi
This research paper titled, “Continuously-tunable, compact, freespace notch-filter design using an all-dielectric metagrating capped with a low-loss phase change material” by Dr Devdutt Tripathi, Assistant Professor, Department Electronics and Communication Engineering explores the use of active metasurfaces combined with phase change materials (PCMs) to enhance optical technologies thereby enhancing optical technologies across various sectors including telecommunications and imaging sectors.
Abstract:
Active metasurfaces utilising phase change materials (PCMs) are currently under investigation for applications in free-space optical communication, optical signal processing, neuromorphic photonics, quantum photonics, and compact LiDAR. Attention has now turned towards novel PCM like Sb2S3 which exhibit lower optical absorption and reasonable values of refractive-index contrast in comparison to traditional data-storage PCM. We propose and numerically study the class of all-dielectric metagratings capped with low-loss PCM and predict the possibility of continuously tunable resonances whose quality factors degrade gracefully during the amorphous-to-crystalline phase transition of the PCM. Specifically, we consider the CMOS-compatible silicon-nitride on silica substrate material platform for simple and asymmetric metagratings (in particular, the symmetric-broken dimerization) and Sb2S3 capping. Our numerical study predicts that notch-filters operating around the 1550 nm NIR wavelength window can be achieved with tuning range of over 76 nm with Q-factors ranging from 784 (amorphous-phase) to 510 (crystalline-phase) (a degradation in Q of about 35%) and insertion loss of about 0.9 dB. These performance figures are a significant improvement over previously published designs utilizing data-storage PCMs and other traditional notch-filter mechanisms. We examine the influence of grating dimerization and geometrical parameters on performance metrics of the notch-filter and predict the possibility to trade-off rejection-band and in-band spectral transmission properties. Lastly, we perform a study of an all-optical phase change mechanism. Our study is promising for the miniaturization of tunable notch-filter based optical systems.
Explanation in Layperson’s Terms:
This research explores the use of advanced materials called metasurfaces (engineered materials especially in a 2D thin film structure), combined with phase change materials (PCMs- Semiconducting alloys of the Chalcogen family), for improving already existing and emergent technologies such as Optical communication, LiDAR (an acronym for Light Detection and Ranging), and Quantum photonics. Metasurfaces are thin layers with typical thickness ranging from a few hundred nanometers to several micrometers that can manipulate light in unique ways. In this study, the focus is on a specific PCM, Antimony Trisulphide (Sb2S3), which exhibits lower light absorption and better control over how it interacts with the incident light compared to traditional PCMs such as GST225 (Germanium Antimony Telluride) used in data storage. We propose a new design of metasurfaces, called metagratings, that can be “tuned” by changing the state of the PCM between amorphous and crystalline forms. The study predicts that these metasurfaces can be used to create notch filters, which block specific wavelengths of light, particularly around the 1550 nm range commonly used in fiber optics. When the PCM switches states, the filter can shift by 76 nm, with only a minor decrease in performance, about 35%. The study also looks at how small changes in the shape and structure of the metagratings can fine-tune their performance, allowing for a balance between filtering strength and light transmission. Overall, this research points to a promising way of miniaturizing and improving tunable optical filters for a range of high-tech applications.
Practical Implications:
This research has several practical implications:
1. Optical Communication: It can improve free-space optical
communication by offering tunable filters to enhance signal clarity and reduce interference.
2. Miniaturized LiDAR: Smaller, more efficient LiDAR systems for autonomous vehicles and 3D mapping can be developed.
3. Optical Signal Processing: Faster, more efficient photonic circuits could be created for data processing and telecommunications.
4. Neuromorphic and Quantum Photonics: The tunable metasurfaces can support advanced computing and quantum technologies by precisely controlling light.
5. Energy Efficiency: Sb₂S₃ uses less power than traditional materials, making devices more energy-efficient.
6. Sensing and Imaging: It can improve sensors and imaging systems by allowing more precise wavelength control.
7. CMOS Compatibility: The research can be integrated into existing semiconductor technologies, facilitating mass production.
Collaborators:
1. Prof. Hardik S. Vyas: Assistant Professor in Department of ICT, PDEU, Gandhinagar, Gujarat.
2. Prof. Ravi S Hegde, Associate Professor in Department of Electrical Engineering, IIT Gandhinagar, Gujarat.
Future Research Plans:
Research in Metasurface can be explored towards various applications such as imaging, microscopy as well as communication.
Article Link:https://iopscience.iop.org/article/10.1088/2040-8986/ad80a6
- Published in Departmental News, News, Research News
Enhancing Atmospheric Water Harvesting for Sustainable Water Solutions
As water scarcity becomes an increasingly pressing issue, innovative solutions like atmospheric water harvesting (AWH) are being explored to provide sustainable access to fresh water. Dr Chinmoy Das, Assistant Professor from the Department of Chemistry and his research scholar Mr Sushant Wakekar have in their research paper titled, “Deciphering the functions of Metal-Organic Frameworks and their derived composites towards Atmospheric Water Harvesting: A comprehensive Review” analysed the crucial role of metal-organic frameworks (MOFs) and their composites in enhancing the efficiency of AWH systems.
Abstract
To address water scarcity globally, recently atmospheric water harvesting (AWH) has emerged as an intriguing and sustainable solution. This comprehensive review critically investigates how diversity in metal-organic frameworks (MOFs) and their composite materials shapes the effectiveness and practicality of AWH technologies. These materials range from pristine MOFs to functionalized MOFs-based composites to attain the sophisticated hydrophilic behavior to perform as water harvesters. The multifaceted effects of MOFs and their composite materials on the kinetics of sorption and condensation, the feasibility of water uptake and release, the overall performance of the materials, the theoretical understanding of water uptake, and various instrumentation techniques have been demonstrated in this comprehensive review. It contributes to the ongoing discourse on sustainable water sourcing by emphasizing the pivotal role of materials diversity in shaping the future of AWH technologies.
Explanation of Research in layperson’s terms:
This review article explains how AWH technology, which captures water from the air, could provide sustainable solutions for water scarcity. We focus on advanced materials called MOFs and their ability to improve AWH efficiency. By analyzing different types of MOFs and MOF-based composites, we explore how they enhance water absorption and release, potentially making AWH more practical and effective for real-world use.
Practical/Social Implications of the Research:
This technology could have far-reaching social impacts by offering a reliable water source for communities in arid or remote areas, reducing reliance on traditional, often costly water sources, and strengthening resilience to climate change.
Future Research Plans:
To design and synthesis a material which can work with a minimum relative humidity (%RH) and design a suitable prototype for it.
Link to the Article
https://www.sciencedirect.com/science/article/pii/S2214993724003002
- Published in Chemistry-news, Departmental News, News, Research News
CSE Student Publishes in Q1 Journal on Breakthrough Research in Water Technology
Exemplary student achievements in academia, research and industry are a testament to the excellence nurtured at the SRM University-AP. Mr Anwar Faizaan Reza, 2nd year B.Tech. student from the Department of Computer Science and Engineering has published his research paper in the prestigious Q1 journal Desalination. His paper titled “Multi-Layer Perceptron (MLP) Models for Water Treatment and Desalination Processes” provides a comprehensive review of Multi-Layer Perceptron (MLP) models as innovative tools in water treatment and desalination processes.
With the growing global water scarcity due to increasing population and urbanisation, the study emphasises the need for advanced technologies to optimise water management. Mr Reza discusses how MLPs, a type of artificial neural network, can effectively handle complex, non-linear data, making them suitable for predicting water quality and treatment efficiency.
The paper compares MLPs with traditional models, highlighting their advantages in adaptability and accuracy. It also addresses the limitations of MLPs, such as their dependence on high-quality training data and susceptibility to overfitting. Additionally, the research identifies existing gaps in the application of MLPs in real-world scenarios and suggests future opportunities for integration with other AI techniques and real-time data analysis.
In his paper, Mr Anwar Reza proposes that MLPs can significantly enhance decision-making in water treatment by providing accurate forecasts and optimizing operational processes. He also discusses the importance of developing user-friendly cost estimation tools for desalination projects and advocates for using MLPs in techno-economic assessments. Overall, the paper underscores the potential of MLPs to revolutionise water treatment and desalination, presenting them as vital components in addressing the challenges posed by water scarcity and quality management.
- Published in CSE NEWS, Departmental News, News, Students Achievements
A Session on Interspecies Living and Bio-acoustics by Rohit Chakravarty
The Department of Sociology and Anthropology under the aegis of Easwari School of Liberal Arts at SRM University-AP hosted a thought-provoking session on November 07, 2024. The session unravelled a fascinating world of interspecies living and highlighted the vital yet often ignored role of bats in our ecosystem. Mr Rohit Chakravarthy, a bat researcher working with Nature Conservation Foundation and Bat Conservation International was the speaker for the session.
The session for the students of Universal Human Values and Ethics focused on inter species living and inclusivity, although misunderstood and feared, bats play a critical role in contributing to the agriculture and beverages industries. The session also revealed that bats are primary pollinators for Durian fruit and tequila, two products that owe their existence to these nocturnal creatures. The session witnessed many such interesting stories that helped to portray bats as less frightening creatures.
However, it wasn’t just science and industry on the agenda. The session brought to life the fascinating social structures within bat colonies and captivating stories of bats sharing food with those in need and even acting as midwives, assisting other bats during childbirth! These behaviours reflect values of care and community that humans can learn from—reminders of how interconnected life on Earth truly is!
The session also acknowledged their association with the deadly viruses such as SARS, COVID-19, and Nipah. As the session drew to a close, students walked away with more than just facts. They left with a renewed appreciation for the world around them.
The second session, directed at Open Elective students studying the Socio-Cultural Dimensions of Sound, dove into the incredible world of bio-acoustics. The lecture explored echolocation used by bats as an important indicator for the military infrastructure for improving sonar technology used in submarines. Students were fascinated by the intricacies of interspecies communication, as bats use sound not only for navigation but also to exchange crucial information about habitat, mating, and potential threats.
The lectures beautifully combined science, ethics, and socio-cultural insights, reflecting the Department’s mission to nurture holistic thinkers and foster interdisciplinary learning. Although unconventional, the talk seemed to open new and diverse avenues for Liberal arts students, inspiring them to walk newer and less trodden paths.
- Published in Departmental News, Liberal Arts News, News
A Strategic Partnership with Multi Commodity Exchange of India Ltd.
SRM University-AP inked an MoU with Multi Commodity Exchange of India Ltd. (MCX), the largest commodity exchange in the country, to supply highly skilled professionals to meet the industry’s needs. The commodity market plays a vital role in the country’s economic development. Understanding that the industry is expected to create a significant number of job opportunities in the next decade, the university has taken the initiative to partner with MCX to place highly competent graduates at various levels of the company.
The agreement will explore and conduct various interactive sessions, faculty development programmes, research programmes, seminars, conferences and conclaves that would benefit students, faculty and other working professionals. Joint Management Development Programmes (MDP) on the financial / derivatives market, educational conclaves on commodity derivatives inviting participation from other business schools & universities, and events like CONQUEST are some of the initiatives that the MOU manifests.
On the academic front, the MOU agrees that SRM University-AP may launch full/part-time Postgraduate Executive Diploma courses in the Financial /Commodity Derivatives Market with significant input from MCX on the curriculum. The university might also introduce a chapter on “Commodity Derivatives” in its curriculum for the management and commerce programmes. SRM AP will also offer existing courses of MCX, viz. MCX Commodity Professional (MCCP), MCX Certified Index Professional (MCIP) & MCX Certified Options Professional (MCOP) certification(s) as programmes or certification courses under the Paari School of Business.
The partnership with Multi Commodity Exchange of India Ltd. is of grave importance in providing the students and faculty with exposure to the industry, keeping pace with recent market trends, and acquiring an industry-ready skillset.
- Published in Departmental News, MoU, News, Paari Current Happenings
Challenging Norms and Expanding Perspectives with YSK Prerna
In a world where conversations around gender are evolving rapidly, the Department of Sociology and Anthropology from the Easwari School of Liberal Arts at SRM University-AP hosted a two-part lecture series that sparked introspection, challenged societal norms, and helped foster inclusivity. With honest discussions, cultural references, and meaningful reflections, the sessions resonated deeply with students, encouraging them to rethink what they know about gender.The session saw Artistic Director of Conflictorium – Museum of Conflict, Chattisgarh, and Gujarat, YSK Prerana as its speaker.
The first session for the Universal Human Values and Ethics students opened the door to reimagining gender beyond traditional binaries. The discussions tackled pressing issues such as inequality, the choice of motherhood, and the issue of gender-based violence. The session wove in popular memes that students see every day to explore how gender stereotypes are subtly reinforced. The speaker took things a step further, the short film Juice. Set in a household gathering, the movie painted a raw picture of how caste, class, and gender intersect, powerfully illustrating how invisible power dynamics shape everyday interactions.
The session wasn’t about pointing fingers or placing blame. It was about understanding—about seeing the world through a different lens and recognising how ingrained norms can shape perceptions. Students left the room not just with questions but with a drive to seek answers and advocate for change.
The second session, tailored for students of the Open Elective Law and Society, turned the focus inward. It started with a simple question: When did you first become aware of your gender? What followed was an exploration of how gender is more than an identity—it’s a social construct shaped by power dynamics.
Students examined how societal categories like caste and class blend into gendered expectations and how these norms are portrayed through media. But the session didn’t just focus on challenges. It celebrated progress, stressing upon how new meanings and ways of expressing gender are emerging every day.
The sessions made students pause and think about the roles they play in their communities and the changes they can bring. By addressing deeply ingrained issues with honesty and compassion, the Department of Sociology and Anthropology created a space where students could reflect on their own experiences, listen and most importantly ask questions.
- Published in Departmental News, News, Sociology and Anthropology News
Innovating the Art of Teaching Through Gamification & Game-Based Learning (GBL)
In alignment with the university’s goal to enhance academic excellence, innovation in teaching-learning methods that transgress from non-traditional approaches has taken pivotal importance in academia. To facilitate enhanced and experiential learning experiences for students, the Teaching Learning Centre organised a workshop on “Gamification and Game-based Learning (GBL) in University Education” on November 13, 2024, led by Dr Sunil Chinnadurai, Assistant Professor, Department of Electronics and Communication Engineering. The workshop explored the benefits, challenges, and practical strategies for incorporating Gamification and GBL methods in university-level courses.
The session opened with a discussion on the difference between gamification and game-based learning, two concepts that share similar principles but serve different functions. Gamification, Dr Chinnadurai explained, involves including game-like elements, such as points, badges, and reward systems, in traditional classroom activities. Using these, instructors can transform routine tasks into interactive, motivational experiences for students. Game-based learning, however, takes the concept further by using games as teaching tools. Through this method, students learn by actively engaging in activities that relate to the course matter.
Throughout the workshop, instructors explored how these methods could significantly benefit students. Gamification and GBL have been shown to increase student engagement and actively involve them in learning. This method promotes knowledge skills, boosts creativity, strengthens problem-solving skills, and encourages active participation in the classroom.
The workshop also discussed the practical challenges instructors might face when incorporating GBL and gamification into their courses. Technical issues, student resistance to non-traditional learning methods, and the additional time required for planning were highlighted as common problems. Dr Chinnadurai emphasised the importance of aligning game-based activities with course objectives. Clear rules, along with timely feedback, are essential for creating effective and engaging learning experiences that also meet academic standards.
To provide participants with hands-on experience, the workshop introduced interactive tools such as Kahoot! and Mentimeter, which act as platforms for creating quizzes, polls, and other gamified content. These tools also introduced us to the potential of scenario-based learning.
The workshop highlighted the value of adopting new teaching methodologies in academic pedagogies. As instructors look to enhance their students’ learning experiences, gamification and game-based learning provide promising avenues for making education both rigorous and enjoyable.
- Published in Departmental News, News, Teaching Learning Centre, Workshop
Navigating the Startup Landscape
A Tech Talk was jointly organised by the Paari School of Business and the Directorate of CR & CS. It gave budding entrepreneurs of SRM AP a comprehensive view of building and scaling startups, with practical guidance on MVP development, funding paths, and team expansion through structured hiring practices.
The Talk featuring Aravind Subash, Lead – Talent Acquisition at Increff, as the guest speaker, included engaging exercises such as conducting Extensive Research on Bootstrap Companies in India and Designing a Recruitment Flowchart, which helped students understand the various nuances of being an entrepreneur.
Mr Aravind also shared inputs on investment strategies, highlighting contributions from notable investors such as Kunal Shah (founder of CRED) and Binny Bansal (co-founder of Flipkart).
The insights shared were valuable for young students looking to start, scale, or fund a business in the dynamic startup ecosystem.
- Published in Departmental News, News, Paari Current Happenings