IEEE NTC Chapter IIITDMJ’s Post

How is your #Institution leveraging Engineering #Simulation and #DataAnalytics? Time for integrating these technologies into #research and #education with unique licence policy ? Why Engineering Simulation and Data Analytics Matter: **1. Advancing Research Capabilities: Complex Problem Solving: Simulations enable researchers to model and analyze complex systems, from structural engineering to fluid dynamics, providing insights that are often difficult or impossible to obtain through experimentation alone. Data-Driven Insights: Analytics reveal patterns and trends from vast datasets, facilitating deeper understanding and guiding the direction of future research. **2. Enhancing Educational Outcomes: Interactive Learning: Simulation tools offer students hands-on experience with real-world problems, bridging the gap between theoretical knowledge and practical application. Cutting-Edge Curriculum: Integrating data analytics into the curriculum prepares students for the data-driven challenges of the modern engineering landscape. **3. Driving Innovation: Predictive Capabilities: By leveraging simulations and analytics, academic researchers can predict outcomes, optimize designs, and reduce the time and cost associated with traditional experimental methods. Collaborative Opportunities: Advanced simulation platforms and data analytics foster interdisciplinary collaboration, allowing researchers to tackle complex challenges from multiple perspectives. **4. Real-World Applications: Industry Partnerships: Collaborations with industry partners can lead to practical applications of simulation and analytics, driving real-world impact and innovation. Grant and Funding Opportunities: Demonstrating expertise in these areas can open doors to significant research funding and grant opportunities. #EngineeringSimulation #DataAnalytics #AcademicResearch #Innovation #EngineeringEducation #ResearchExcellence #HigherEducation #STEM #InterdisciplinaryResearch #Universtities #PES #VTU University of Delhi Indian Institute of Science (IISc) Banaras Hindu University Aligarh Muslim University Jawaharlal Nehru University Amrita Vishwa Vidyapeetham Indian Institute of Technology, Madras Manipal Academy of Higher Education University of Hyderabad NIPER Hyderabad Indian Institute of Technology, Bombay Indian Institute of Technology, Kharagpur IIT Startups Vellore Institute of Technology (VIT) Anna University Chennai Birla Institute of Technology and Science, Pilani Calcutta University, Kolkata Jamia Millia Islamia Alagappa University Indian Institute of Technology, Delhi Indian Institute of Technology, Kanpur Jadavpur University Savitribai Phule Pune University KIIT - Kalinga Institute of Industrial Technology Indian Institute of Technology, Guwahati National Institute of Technology Rourkela NIT Jalandhar Agriculture #AltairEducator Hari Doss Nikhil Abel Rajan CAEZEN Technologies Thrilok Jain #rapidminer #altairone

🎉 Thrilled to announce that my 4th research paper titled "Exploring Different Methods of Scanners and Parsers" presented to Advances in Modern Age Technologies for Health and Engineering Science (AMATHE 2024), held at PES University, Shivamogga, Karnataka, India. In this research, we explored Scanners and Parser working mechanism, different stages of scanners like regular expression to non deterministic finite automata and deterministic finite automata. Different types of parsers were analyzed in this process includes LL(1), LR(0), SLR, LALR algorithms their complexities, weakness, strengths were evaluated. This work showcases the potential of Scanners and Parsers, setting a new standard for Computer languages. Special thanks to my co-authors Ms. Niharika Panda and the organizing committee of AMATHE, 2024 for this valuable opportunity! 🌟📊 I also want to thank Amrita Vishwa Vidyapeetham, Bengaluru Campus, for providing the platform for this opportunity. Feel Free to explore full paper in IEEE Xplore: https://lnkd.in/gHYBFU7r.

The list, which comprises the world's leading researchers and accounts for around 2% of all scientists globally, is based on standardized statistics on citations, h-index, and a variety of bibliometric indicators. Two faculty members from Gokaraju Rangaraju Institute of Engineering and Technology (GRIET), an autonomous institution under JNTU, Hyderabad, have been named among the top 2% of scientists worldwide by Stanford University, USA, and the publishing business Elsevier. The prestigious list, which is divided into two categories: career-long research and research in 2023, includes Dr. Swadesh Kumar Singh, Professor and Dean (Research & Development), and Dr. Ram Subbiah, Professor from the Mechanical Engineering Department at GRIET. This is the second consecutive year these professors have been recognized for their exceptional research contributions, a press release said. follow us for more OnlineHyderabad.in #onlinehyderabad #hyerabad #hdyerabadi #Top2Scientists #GlobalResearchLeaders #StanfordUniversityRanking #GRIETAchievements #WorldsTopScientists #ResearchExcellence #AcademicRecognition #EngineeringResearch #HyderabadScientists #ProudMomentGRIET

Revolutionizing Accessibility and Innovation!!!! 🚀🔧 We are thrilled to announce that Nishchitha N K a doctoral student under the guidance of Prof. Sanket Goel from MEMS, Microfluidics and Nanoelectronics (MMNE) Lab, of EEE Department, BITS Pilani, Hyderabad Campus, have been granted a patent for her revolutionary research. Patent no: 554578 Title:   A METHOD OF MAKING METAL AND LASER INDUCED GRAPHENE (METAL-LIG) NANOCOMPOSITE This Invention relates to graphene hybrid nanocomposite, specifically a method of making metal and laser induced graphene (metal-LIG) nanocomposite. The invention is simple, low-cost, scalable alternative for producing metal-LIG composite with the least time-consumption and without the use of any hazardous chemicals. This method does not involve any high-temperature processes. It provides a single-step method to obtain high purity, high conductive metal-LIG composite. 👩🔧👨🔧 Prof. Sanket Goel’s and his student Nishchitha N K’s commitment to creating an inclusive, accessible future is truly inspiring. Let's celebrate this remarkable invention that has the potential to change lives!!!! #Innovation #Accessibility #Electronics #BITSPilani #PatentGranted   Birla Institute of Technology and Science, Pilani | BITS Pilani, Hyderabad Campus|Research & Innovation, BITS Pilani | Prof. V Ramgopal Rao |  Sanket Goel | Deepak Chitkara |Surender Mohan | Dr. Radhika Vangala| Apurva Vunnava | Arpita Sharma| Praloy Mondal |Vishwajeet Parihar|Navya Debbad| Dr. Juhi Kumari|Dr. Trupti Sharma

Such an inspiring initiative by IIT Madras and The Times of India! Prof. Kamakoti's advice to follow your passions instead of just chasing trends is something all students should hear. It's refreshing to see the spotlight on fields like ocean sciences, metallurgy, and civil engineering, and the new medical science and technology department sounds exciting! The emphasis on interdisciplinary studies and finding what you truly love is so important. Ranks are just numbers, but doing what you love can lead to personal fulfillment, sustainable success, and a healthier state of mind. By focusing on our passions, we can explore a wide range of interests, develop unique skills, and contribute meaningfully to our fields. Big thanks to IITM for encouraging us to explore our interests and not just focus on ranks. . #FollowYourPassion #IITMadras #EducationMatters #FutureLeaders"

Congratulations to Prof. B. Harihara Venkataraman and his team for getting their work published in ECS Journal of Solid State Science and Technology. 🎉   𝐓𝐢𝐭le: Influence of the synthesis process on the physical property characteristics of BiFeO3 ceramics prepared by flux-based molten salt and solid-state reaction route: A comparative study”   Highlights:  This research article reports the influence of the solid-state reaction and molten-salt synthesis routes on the physical properties of the multiferroic bismuth ferrite (BiFeO3) compound exploited for capacitors and memory devices. The structural analysis reveals that the molten salt synthesis derived BiFeO3 ceramics have exhibited a pure-phase distorted rhombohedral perovskite structure at low temperatures (650℃) compared to the solid-state reaction method. The scanning electron micrograph illustrates the uniform distribution of spherical-shaped BiFeO3 grains. By altering the fabrication route, the calculated bandgap values of BiFeO3 were tuned within the range of (2.14 ± 0.02) to (2.05 ± 0.02) eV based on Tauc’s plot. The suppression of oxygen vacancies led to better dielectric characteristics at higher frequencies in the molten salt-prepared BiFeO3 nanoceramics. Also, the molten salt-derived BiFeO3 ceramics possessed a typical canted-antiferromagnetic loop with a higher MR value of ~2.73x10-2 emu/g. These observations suggest that fabrication techniques have a decisive effect on the phase formation kinetics and multiferroic properties of BiFeO3 ceramics. 𝐃𝐎𝐈: 10.1149/2162-8777/ad2e1b 𝐀𝐮𝐭𝐡𝐨𝐫: Priyanka Mitra, Jahangeer Nellutla and B. Harihara Venkataraman WeBPage: https://lnkd.in/gFdVBaRJ Birla Institute of Technology and Science, Pilani| BITS Pilani, Hyderabad Campus| Research & Innovation, BITS Pilani | Priyanka Mitra | Jahangeer Nellutla | B. Harihara Venkataraman | Sanket Goel | Surender Mohan | Vishwajeet Parihar | Arpita Sharma | Vijay Singh | Apurva Vunnava   

The Research & Innovation, BITS Pilani team is excited to share a new publication by Prof. Shishir Kumar Pandey and other author published in Physical Review Journal. 🎉   𝐓𝐢𝐭le: Computational exploration of a viable route to the Kitaev-quantum spin liquid phase in monolayer OsCl3. Highlights: In this computational study, we explore a viable route to access the Kitaev-quantum spin liquid (QSL) state in a recently synthesized monolayer of a so-called spin-orbit assisted Mott insulator OsCl3. In addition to other magnetic ground states in different regions, a substantial region of small 𝐽H/𝑈 in our Hubbard 𝑈–Hund's 𝐽H quantum phase diagram, obtained by combining second-order perturbation and pseudo-fermion functional renormalization group calculations, hosts Kitaev-QSL phase. Only the first neighbor Kitaev interaction of a smaller magnitude, nearly independent of the choice of 𝑈, is obtained in this region. Experimental tuning of the single parameter 𝐽H to access the QSL state can purportedly be achieved with epitaxial strain in advanced crystal growth techniques. Furthermore, negligibly small farther neighbor interactions appear as a distinct feature of monolayer OsCl3, suggesting this material to be a better candidate for the exploration of the possible Kitaev-QSL state than previously proposed materials.   𝐃𝐎𝐈: https://lnkd.in/gZRxFCsy Birla Institute of Technology and Science, Pilani | BITS Pilani Dubai Campus| BITS Pilani, Hyderabad Campus | Research & Innovation, BITS Pilani| Qiangqiang Gu  | Shishir Kumar Pandey  | Yihao Lin | Sanket Goel | Surender Mohan | Vishwajeet Parihar | Arpita Sharma | Praloy Mondal | Apurva Vunnava | Dr. Radhika Vangala | Dr. Juhi Kumari | Navya Debbad | Dr. Trupti Sharma

IIT Kanpur and NYU Tandon School of Engineering have unveiled their inaugural roster of collaborative research projects, the first such initiatives under the broad partnership that NYU and IIT Kanpur established last year. The seven projects, jointly led by researchers from each institution, aiming to advance innovations across vital scientific fields, are - 1. Engineering Multivalent Assembled Protein to Mimic Hypoxia-Inducible Factor 2. Enhancing Quadruped Robot Motion: A Reinforcement Learning Approach for Extreme Agility, Stability, and Safety 3. High-Resolution Neural Interface SoC with Meta-Structure-Enhanced Wireless Power Transmission 4. Leveraging Modern Vision-Language Models for Traffic Camera Scene Understanding 5. EMI Shielded and FOD Enabled Smart Wireless EV Charging Station Powered by Renewable Energy 6. Unconventional Physically Unclonable Functions for Micro-fluidics and Supply Chain Fingerprinting 7. Programmable Cryptographic Processing Units to Enable Secure, Private, and Quantum-Proof Computing NYU and IIT Kanpur announced their initial partnership agreement in September 2023, against the backdrop of U.S. President Joe Biden's visit at the G20 Summit at New Delhi, India and the Association of American Universities' push for more such collaborations. President Biden and Indian Prime Minister Narendra Modi endorsed the partnership in a joint statement, underscoring the high priority both nations' leaders place on academic cooperation. #collaboration #jointresearch #research #researchprojects #IITKanpur #iitk MINISTRY OF EDUCATION, GOVERNMENT OF INDIA Director, IIT Kanpur Ministry of External Affairs, India Office of International Relations, IIT Kanpur Bushra Ateeq Linda Ng Boyle MoE's Innovation Cell

I'm pleased to share that a recent work on Reinforcement Learning from APPCAIR, authored by Ashman Mehra, Divyanshu Singh; Raychoudhury, Vaskar; ARCHANA MATHUR; Saha, Snehanshu has been accepted for publication in a top tier journal!   IEEE T-ITS acceptance! The paper entitled: The Last Mile: A Novel, HotSpot Based Distributed Path-Sharing Network for Food Deliveries has been accepted in “IEEE Transactions on Intelligent Transportation Systems" (Q1, I.F: 9.95, h5-index: 165), This journal is ranked # 1 in All Transportation Research journals, within top 100 of all journals and conferences listed by Google Scholar and Nature Index! —Delivery of items from the producer to the consumer has experienced significant growth over the past decade and has been greatly fueled by the recent pandemic. Amazon Fresh, GrubHub, UberEats, Postmates, InstaCart, and DoorDash are rapidly growing and are sharing the same business model of consumer items or food delivery. Existing food delivery methods are sub-optimal because each delivery is individually optimized to go directly from the producer to the consumer via the shortest time path. We observe a significant scope for reducing the costs associated with completing deliveries under the current model. For this, we model our food delivery problem as a multi-objective optimization, where consumer satisfaction and delivery costs, both, need to be optimized. Taking inspiration from the success of ride-sharing in the taxi industry, we propose DeliverAI - a reinforcement learning-based path-sharing algorithm. Unlike previous attempts for path-sharing, DeliverAI can provide real-time, time efficient decision-making using a Reinforcement learning-enabled agent system. Our novel agent interaction scheme leverages path sharing among deliveries to reduce the total distance traveled while keeping the delivery completion time under check. We generate and test our methodology vigorously on a simulation setup using real data from the city of Chicago. Our results show that DeliverAI can reduce the delivery fleet size by 15%, the distance traveled by 16%, and 50% higher fleet utilization w.r.t point-to-point delivery systems. Brilliant work, Ashman Mehra Divyanshu Singh! Department of CSIS BITS Pilani Goa Campus