Tag: Engineering

Anil Kumar Yadav, Engineering, Best Researcher Award

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Dr. Anil Kumar Yadav: Faculty at Dr B R Ambedkar National Institute of Technology Jalandhar, India

Dr. Anil Kumar Yadav is currently serving as an Assistant Professor (Grade-I) in the Department of Instrumentation and Control Engineering at Dr. B.R. Ambedkar National Institute of Technology (NIT), Jalandhar. He has over fourteen years of teaching, research, and academic leadership experience across reputed institutions including NIT Jalandhar, NIT Hamirpur, Banasthali Vidyapith, and NSIT Delhi. His research interests span artificial intelligence-based control, renewable energy systems, electric vehicles, and dynamic system modeling. He has guided multiple Ph.D. and M.Tech. scholars, published more than 50 peer-reviewed papers in SCI/SCIE indexed journals, contributed several book chapters, and filed patents in the domain of renewable energy integration. Alongside his teaching and research contributions, Dr. Yadav has also successfully led large-scale funded projects, consultancy assignments, and startup initiatives focused on sustainable energy and intelligent control systems.

Online Profiles

Scopus Profile

Dr. Anil Kumar Yadav is an Assistant Professor (Grade-I) in the Department of Instrumentation and Control Engineering at Dr. B.R. Ambedkar National Institute of Technology (NIT), Jalandhar, India. With over fourteen years of academic and research experience, he has contributed significantly in the areas of intelligent control, renewable energy systems, and electric vehicle technologies. He has published 83 research papers, received over 1,500 citations from 928 documents, and holds an h-index of 26 as per Scopus. His work integrates artificial intelligence, nonlinear control, and sustainable energy technologies, with a strong emphasis on practical applications through funded projects, consultancies, and industry collaborations.

Education

He obtained his Ph.D. in Instrumentation and Control Engineering from NSIT, University of Delhi in 2017, where his doctoral research focused on developing artificial intelligence-based robust and adaptive control strategies for nonlinear systems. Prior to this, he completed his M.Tech. in Process Control from NSIT Delhi in 2010, graduating with an excellent GPA of 8.10/10. His academic journey began with a B.Tech. degree in Electronics and Instrumentation Engineering from UPTU Lucknow in 2007. His consistent academic performance, coupled with a strong inclination towards research, laid the foundation for his future career in higher education, innovation, and applied engineering research.

Research Focus

Dr. Yadav’s research is driven by the integration of advanced control techniques and intelligent algorithms with practical engineering systems. His core areas of expertise include intelligent and nonlinear control, renewable energy systems, smart microgrids, battery management for electric vehicles, and AI-driven modeling of complex dynamic systems. He has a strong focus on developing sustainable, efficient, and adaptive solutions for energy and control challenges, particularly in hybrid energy systems and real-time control applications. His interdisciplinary approach links control engineering, artificial intelligence, and renewable technologies, making his research both academically relevant and socially impactful.

Experience

With more than fourteen years of academic experience, Dr. Yadav has taught a wide range of undergraduate and postgraduate courses, supervised research scholars, and mentored student projects. He joined NIT Jalandhar as an Assistant Professor in 2023 after serving for nearly five years at NIT Hamirpur, where he held additional responsibilities such as Assistant Faculty In-charge of Discipline, Assistant Warden, and Officer In-charge of key laboratories. Earlier, he contributed as a faculty member at Banasthali Vidyapith and MIET Meerut, and as a Teaching-cum-Research Fellow at NSIT Delhi, where he built strong expertise in control systems and instrumentation. His administrative engagements include coordination of departmental newsletters, laboratories, accreditation processes, and time-table committees, reflecting his active contribution beyond classroom teaching.

Research Timeline & Activities

Over the years, Dr. Yadav has built a strong research portfolio supported by multiple funded projects. He served as Principal Investigator for projects sponsored by the Advanced National Research Foundation (ANRF) and HIMCOSTE, focusing on AI-based power flow management in solar-wind hybrid microgrids. He has also mentored startup projects including the development of solar-pedal charging e-bikes under Himachal Pradesh CM funding, and currently leads seed-funded research at NIT Jalandhar on multi-rating battery chargers for electric vehicles. His consultancy contributions include working with Himachal Pradesh State Electricity Board Ltd. on power system diagnostics and quality inspection, a project worth nearly ₹30 lakhs. He regularly publishes in high-impact SCI journals, delivers invited talks, and participates in international conferences to disseminate his work.

Awards & Honors

Dr. Yadav has received several prestigious grants and recognitions for his research and consultancy work. He has successfully secured government funding worth over ₹50 lakhs across different schemes, reflecting the significance and societal relevance of his projects. His contribution to consultancy with HPSEB Ltd. alone amounted to nearly ₹30 lakhs, showcasing his applied engineering expertise. Beyond funding achievements, he has been recognized for his contributions to renewable energy integration, control applications, and sustainable engineering. He also holds editorial positions with Scientific Reports (Springer Nature) and Journal of Autonomous Intelligence and serves as an active reviewer for leading journals such as IEEE Transactions on Intelligent Transportation Systems, IEEE Transactions on Industrial Electronics, and several others.

Top Recent Publications

Dr. Yadav has consistently published in leading international journals that carry high impact factors and strong global recognition. His most recent works include contributions to IEEE Transactions on Automation Science and Engineering (2025, IF 5.9), IEEE Transactions on Industry Applications (2025, IF 4.2), Science of the Total Environment (2024, IF 9.8), Engineering Applications of Artificial Intelligence (2024, IF 8.0), Chaos, Solitons & Fractals (2024, IF 5.3), and Neural Computing and Applications (2025, IF 5.1). These publications reflect his ongoing work in intelligent control, renewable energy systems, and advanced AI-driven applications, positioning him as an active contributor to global research in sustainable technologies.

Dr. Yadav has been actively publishing in leading SCI/SCIE indexed journals with strong citation impact. His most recent works include:

  • “Resilient Fractional-Order Fuzzy-Based Tilt Control of Renewable-Dominated Hybrid Power System”, Neural Computing and Applications, 2025 – already cited 2 times.

  • “Design of Smart Battery Charging Circuit via Photovoltaic for Hybrid Electric Vehicle”, IET Renewable Power Generation, 2025 – 30 citations.

  • “Robust IMC for Time Delay Attack Compensation of Renewable Supported Power System”, IEEE Transactions on Automation Science and Engineering, 2025 – pioneering contribution addressing cybersecurity in renewable grids.

  • “Resilient Ratio Control Assisted Virtual Inertia for Frequency Regulation of Hybrid Power System Under DoS Attack and Communication Delay”, IEEE Transactions on Industry Applications, 2025 – 13 citations.

  • “An Extensive Review on Load Frequency Control of Solar-Wind Based Hybrid Renewable Energy Systems”, 2025 – 26 citations, widely recognized as a benchmark review.

Together, these works reinforce Dr. Yadav’s research leadership in intelligent control, hybrid power systems, and renewable integration, with a growing citation impact reflecting their scientific significance and application potential.

Alok Kumar Trivedi, Engineering, Innovative Researcher Award

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Dr. Alok Kumar Trivedi: Assistant Professor at KNIPSS Sultanpur, India

Dr. Alok Kumar Trivedi is a highly motivated academic and researcher in the field of mechanical engineering, with a strong specialization in polymer nanocomposites and sustainable materials. With a multidisciplinary background blending mechanical engineering, materials science, and polymer technology, he has developed a comprehensive understanding of biodegradable nanomaterials, especially those derived from natural fibers. Over the years, he has built a solid academic profile through rigorous research, publication in high-impact journals, and practical teaching experience at reputed engineering colleges. His goal is to contribute to sustainable materials development and advanced manufacturing technologies for industrial and environmental applications.

Online Profiles

Google Scholar Profile

Dr. Trivedi actively maintains research visibility through major academic platforms. His Google Scholar profile currently reports 372 citations, an h-index of 7, and an i10-index of 6, reflecting the quality and consistency of his contributions to materials science and nanocomposites. His ResearchGate profile mirrors similar impact, showcasing collaborative research, preprints, and post-publication discussions. These profiles demonstrate his growing influence in the areas of biodegradable composites, nanocellulose research, and additive manufacturing.

Education

Dr. Trivedi is currently a Ph.D. scholar in Mechanical Engineering at Motilal Nehru National Institute of Technology (MNNIT), Allahabad, where he has been engaged since August 2021. His research centers on extracting nanocrystalline cellulose (CNC) from sisal and other natural fibers for use in 3D-printed biodegradable materials. He completed his M.Tech in Foundry Technology from NIT Jamshedpur in 2016, where he conducted research on the pitting corrosion behavior of line pipe steels. He earned his B.E. in Mechanical Engineering from RGPV Bhopal in 2013 with First Division Honors, and completed his early education at Jawahar Navodaya Vidyalaya, scoring well in both 10th and 12th board exams.

Research Focus

His research focuses on the design, development, and analysis of bionanocomposites, particularly nanocellulose-reinforced PLA composites for additive manufacturing. He is investigating how the structure and composition of natural cellulose fibers influence thermal, mechanical, and antibacterial properties in 3D printing applications. Other core research areas include nanomaterials synthesis, polymer composite fabrication, and materials characterization techniques such as SEM, TEM, AFM, and FTIR. His work also explores the optimization of FDM process parameters to improve printed product performance and reduce the environmental impact of plastic waste through biodegradable alternatives.

Experience

Dr. Trivedi has significant experience in both academia and research. He served as an Assistant Professor in the Mechanical Engineering Department at University Institute of Technology – RGPV, Bhopal, and earlier at Oriental College of Technology, where he taught undergraduate courses including Manufacturing Processes, Strength of Materials, and Engineering Materials. Alongside teaching, he mentored students in minor projects and guided them on research methodology. His hands-on experience in materials testing labs and software tools like SolidWorks and Origin has been instrumental in bridging theory with practical application. His academic and research journey reflects his dedication to fostering innovation and knowledge dissemination.

Research Timeline & Activities

From 2021 onward, Dr. Trivedi has been deeply involved in research activities related to sustainable nanocomposites. During his Ph.D., he systematically worked on extraction of CNC from agricultural waste fibers such as sisal, bamboo, and wheat straw, and incorporated these into biodegradable PLA matrices. His work involved interdisciplinary collaboration with experts from mechanical, chemical, and polymer engineering. Key activities included design of experiments for FDM printing, mechanical testing, statistical analysis, and publication writing. He also participated in multiple national and international conferences and symposia, presenting research findings and actively engaging with the research community to share and refine his methodologies.

Awards & Honors

Dr. Trivedi is a four-time GATE qualifier (2014, 2015, 2016, and 2018), showcasing his strong academic foundation in mechanical engineering fundamentals. He has been recognized for publishing in several Q1 journals such as Cellulose, Scientific Reports, and International Journal of Biological Macromolecules. His research has been featured in journals with impact factors as high as 9.9, reflecting the novelty and relevance of his work in sustainable materials. Additionally, his peer-reviewed publications and conference presentations have earned him recognition among peers and mentors, and he has been invited to review manuscripts for journals in materials science and nanotechnology.

Recent Publications

  1. Alok Kumar Trivedi, M.K. Gupta. 3D printed PLA based bionanocomposites with improved mechanical and dynamic mechanical properties: effect of varying CNC reinforcements. Cellulose, 2025, pp. 1-17.

  2. Shubham Kumar Gupta, Alok Kumar Trivedi, M.K. Gupta. Effect of variations in proportions of CNC/TiO2 reinforcements on performance of biodegradable hybrid nanocomposites. Biomass Conversion and Biorefinery, 2024, pp. 1-11.

  3. Alok Kumar Trivedi, M.K. Gupta. A comprehensive review on 3D printing of polymer based composites through FDM: Materials, processing parameters, challenges and future scope. Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications, 2025. (Under review)

  4. Alok Kumar Trivedi, M.K. Gupta. Effect of FDM Process Parameters on Performance of Printed Products: A Short Review on Current Trends. Nano World Journal, Vol. 9, S1, 2023, pp. S78-S82.

  5. Alok Kumar Trivedi, P.S. Robi, S. Pal. Alloy in Fused Deposition Modeling. In: Recent Advances in Manufacturing Processes and Systems: Select Proceedings, 2022.

Strength for the Innovative Researcher Award

1. Innovations in Sustainable Nanocomposites for Additive Manufacturing

This award recognizes Dr. Alok Kumar Trivedi’s groundbreaking research in the development of biodegradable polymer nanocomposites reinforced with nanocrystalline cellulose (CNC). His work innovatively utilizes natural fibers extracted from agricultural waste such as sisal, bamboo, and wheat straw to produce eco-friendly 3D-printed materials. By enhancing mechanical, thermal, and antibacterial properties, Dr. Trivedi’s research significantly advances the field of sustainable materials and additive manufacturing, providing viable alternatives to conventional plastics and contributing to the global effort of reducing environmental pollution.

2. Excellence in Multidisciplinary Research and Collaboration

Dr. Trivedi is honored for his exceptional ability to integrate diverse fields including mechanical engineering, materials science, polymer technology, and environmental sustainability. His multidisciplinary approach has enabled the successful design, synthesis, and characterization of novel bionanocomposites with enhanced performance characteristics. Moreover, his collaborative work with experts across chemical, mechanical, and polymer engineering disciplines demonstrates his leadership in fostering cross-functional research that pushes the boundaries of knowledge in nanomaterials and green manufacturing technologies.

3. Contributions to Advancing Biodegradable Materials and Green Manufacturing

This award acknowledges Dr. Trivedi’s commitment to environmental stewardship through his research on biodegradable materials and optimization of additive manufacturing techniques. His efforts in extracting nanocrystalline cellulose from natural fibers and incorporating these into polylactic acid (PLA) matrices address critical challenges related to plastic waste management. By refining fused deposition modeling (FDM) process parameters, he has improved the quality and durability of 3D-printed products, thereby advancing green manufacturing methods that hold promise for widespread industrial adoption and sustainable product development.

4. Distinguished Academic and Mentorship Excellence in Engineering

In recognition of Dr. Trivedi’s dedication to education and mentorship, this award celebrates his outstanding contributions as an Assistant Professor and researcher. He has consistently excelled in teaching core mechanical engineering courses such as Manufacturing Processes and Strength of Materials, while guiding undergraduate students through hands-on projects and research methodologies. His ability to connect theoretical knowledge with practical applications in materials testing and design software fosters an enriching learning environment, nurturing the next generation of engineers and innovators.

5. Outstanding Research Impact and Scholarly Excellence in Polymer Nanotechnology

This accolade highlights Dr. Trivedi’s impressive research output reflected in numerous publications in top-tier journals, including Cellulose, Scientific Reports, and the International Journal of Biological Macromolecules. With a growing citation count and active engagement in national and international conferences, he has established himself as a rising authority in the fields of polymer nanocomposites and sustainable materials science. His role as a peer reviewer for respected journals further attests to his scholarly influence and dedication to advancing the scientific community.

Dheeraj Kumar Dhaked, Engineering, Best Innovator Award

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Dr. Dheeraj Kumar Dhaked: Assistant professor (Tenure) at Veermata Jijabai Technological Institute Mumbai, India

Dr. Dheeraj Kumar Dhaked is a dedicated researcher in the field of renewable energy and intelligent power systems, currently serving as a CHANAKYA Postdoctoral Fellow at the Indian Institute of Technology (IIT) Roorkee. With a strong academic foundation backed by a Ph.D. in Electrical Engineering from Rajasthan Technical University, Kota (2023), his work focuses on the integration of battery storage systems, microgrids, and electric vehicles using advanced machine learning and deep learning techniques. With over four years of research and teaching experience and more than 25 journal publications, Dr. Dhaked has made notable contributions to energy system modeling, optimization, and forecasting. He combines a strong technical background with hands-on expertise in Python, MATLAB, and AI tools, bridging the gap between traditional energy systems and modern data-driven approaches.

Online Profiles

Google Scholar Profile

Dr. Dheeraj Kumar Dhaked maintains a strong online research presence with growing impact. According to Google Scholar, he has a total of 361 citations, with 329 citations since 2020. His h-index stands at 10, and his i10-index is 13 overall (11 since 2020), reflecting the consistent quality and relevance of his publications. On Scopus, he has 143 citations and an h-index of 7.

Education

Dr. Dhaked completed his CHANAKYA Postdoctoral training at IIT Guwahati in 2024 and is now continuing advanced research at IIT Roorkee. He earned his Ph.D. in Electrical Engineering in 2023 from Rajasthan Technical University, Kota, with a specialization in Battery Energy Storage Systems (BESS) for Microgrids. Prior to that, he received his M.Tech in Power System Engineering from RTU Kota in 2017 with a dissertation focused on D-FACTS device modeling. His academic journey began with a B.Tech in Electrical Engineering from GITS, Udaipur in 2013. His consistently research-oriented education has laid the foundation for his interdisciplinary work across power systems, renewable integration, and AI-based modeling.

Research Focus

Dr. Dhaked’s research focus lies at the intersection of electrical energy systems, artificial intelligence, and sustainable technologies. His key interests include the development of efficient battery-supported microgrids, integration of renewable energy sources such as solar PV and fuel cells, and advanced modeling for EV charging infrastructure. He is particularly engaged in exploring the use of machine learning (ML), deep learning (DL), and hybrid models like LSTM-CNN for applications such as state of health (SoH) prediction for lithium-ion batteries and power output forecasting. He is also working on the design of digital twins for energy systems and control architectures for DC microgrids, making his work highly relevant for future smart grid and clean energy systems.

Experience

Over the course of his professional career, Dr. Dhaked has accumulated more than four years of hands-on experience in research and academia. He is currently a Postdoctoral Fellow at IIT Roorkee (since April 2024), where he works on developing a digital twin for battery-based EV energy systems under Dr. Jeevanand S. Previously, he completed a postdoctoral term at IIT Guwahati, where he contributed to a project on underwater exploration robotics and energy systems. He has also served as an Assistant Professor at GL Bajaj Institute, Mathura (2022–2023) and SS College of Engineering, Udaipur (2017–2018). He has delivered numerous expert lectures at various academic institutions and served as an external examiner for AKTU exams.

Research Timeline & Activities

Dr. Dhaked’s research timeline reflects a steady progression from conventional power systems to cutting-edge interdisciplinary work. Between 2017–2023, his Ph.D. research addressed battery energy storage integration in microgrids and optimization strategies for renewable systems. In 2023, he began postdoctoral research at IIT Guwahati, contributing to underwater robotics and multi-source energy management. Since 2024, at IIT Roorkee, his focus has shifted toward digital twin technology, AI-driven battery diagnostics, and EV system modeling. He has worked on funded projects, filed patents, developed ML models for SoH estimation, and contributed book chapters and edited volumes with major publishers like Elsevier and Springer. His activities also include conference organization, peer review work, and curriculum development in modern power electronics and AI-based control.

Awards & Honors

Dr. Dhaked has been recognized for his academic excellence and research contributions with several awards and fellowships. He received the Young Researcher Award at the RAISE conference held at HPU Shimla in December 2024. He was selected for the competitive CHANAKYA Postdoctoral Fellowship by both iHub-IIIT Delhi and iHub-IIT Bhilai (chose IIT Roorkee). He also received a research associate offer from NISE Gurugram. He has qualified the GATE exam twice (2014 & 2019), successfully completed the CII-IPATE 2020 exam, and was actively involved in student leadership as Hostel House Secretary during his Ph.D. at RTU. Additionally, he has been a keynote speaker at FDPs on Power Systems and IPR, demonstrating strong engagement in academic outreach.

Recent Journal Publications

  1. Gopal, Y., Panda, K. P., Gupta, P. P., Dhaked, D. K., & Arya, Y. (2025). Development and performance assessment of switched-capacitor multilevel inverters for solar PV applications. Sustainable Energy Technologies and Assessments, 79, 104360. https://doi.org/10.1016/j.seta.2024.104360

  2. Dhaked, D. K., Sharma, O., Gopal, Y., & Gopal, R. (2025). Prediction of dengue patients using deep learning methods amid complex weather conditions in Jaipur, India. Discover Public Health, 22(1), 58. https://doi.org/10.1007/s44197-024-00058-3

  3. Narayanan, V. L., Gupta, A., Dhaked, D. K., Tewary, M., Mondal, S. K., & Gopal, R. (2025). A systematic review on recent trends in path planning techniques for autonomous underwater vehicles. International Journal of Intelligent Robotics and Applications, 1–41. https://doi.org/10.1007/s41315-025-00231-5

  4. Narayanan, V. L., Narayan, J., Dhaked, D. K., & Telmoudi, A. J. (2025). Elman Neural Network with Customized Particle Swarm Optimization for Hydraulic Pitch Control Strategy of Offshore Wind Turbine. Processes, 13(3), 808. https://doi.org/10.3390/pr13030808

  5. Dhaked, D. K., & Narayanan, V. L. (2024). Recent trends in medical cyber-physical systems—A brief survey. In Intelligent Cyber-Physical Systems for Healthcare Solutions: From Theory to Practice (pp. 39–60). Springer. https://doi.org/10.1007/978-981-97-8983-2_3

Ramyea R, Engineering, Best Researcher Award

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Asst. Prof Ramyea R: Assistant Professor at Kongu Engineering College, India

Dr. Ramyea R is an accomplished academic and researcher serving as an Assistant Professor in the Department of Electronics and Communication Engineering at Kongu Engineering College, Perundurai, Erode, India. With a strong foundation in communication systems and materials engineering, she has dedicated her career to advancing antenna technologies for next-generation wireless and cognitive radio applications. Her work bridges the gap between material science and RF engineering, focusing on the design, simulation, fabrication, and characterization of flexible and conformal antennas using polymer substrates. She has contributed significantly to the development of high-performance, compact, and multi-functional antennas, with her research outputs appearing in reputed peer-reviewed journals. Through her innovative approaches, Dr. Ramyea has made notable strides in ultrawideband communication, spectrum sensing, and triband systems, providing practical solutions for modern wireless challenges.

Online Profiles

Google Scholar Profile

As of the latest update, the researcher has accumulated a total of 75 citations, all of which were received since 2020, reflecting the growing impact of their recent work. Their h-index stands at 4, indicating that at least four of their publications have each been cited four or more times. Additionally, they hold an i10-index of 1, signifying one publication with at least ten citations.

Education

Dr. Ramyea holds a Master of Engineering in Communication Systems from Kongu Engineering College, Tamil Nadu, India, awarded in May 2016. Her postgraduate studies emphasized the integration of antenna theory, electromagnetic wave propagation, and advanced material applications in RF system design. Her academic journey was marked by a deep interest in polymer-based antenna substrates, leading to innovative concepts in flexible and conformal communication devices. Through coursework, laboratory research, and project-based learning, she acquired strong expertise in simulation tools, high-frequency measurements, and the application of composite materials in antenna engineering, setting the stage for her research-driven academic career.

Research Focus

Her primary research focus lies in the design and optimization of antennas for cognitive radio and emerging wireless communication technologies. She has a particular interest in dual-port, multi-band, and ultrawideband antennas with enhanced spectrum sensing capabilities, aiming to improve adaptability and efficiency in dynamic communication environments. Leveraging polymer substrates such as polyvinyl alcohol, graphite composites, and polyethylene, her work addresses the growing need for lightweight, flexible, and durable antenna systems for wearable and conformal applications. By combining computational simulations with experimental prototyping, Dr. Ramyea seeks to push the boundaries of antenna miniaturization, bandwidth enhancement, and environmental adaptability.

Experience

Dr. Ramyea’s academic career at Kongu Engineering College has been characterized by a blend of teaching excellence, research innovation, and active student mentorship. As an Assistant Professor in the Department of ECE, she has taught core courses in communication engineering and guided numerous undergraduate and postgraduate projects in RF and microwave engineering. Her collaborative spirit has led to interdisciplinary projects that merge electronic design with material science, enabling the exploration of novel antenna geometries and substrate materials. She is actively involved in writing research proposals, publishing scholarly articles, and participating in conferences that bring together global experts in antenna and wireless technologies.

Research Timeline

Her research journey began with her master’s studies in 2014–2016, where she explored polymer material applications in RF devices. From 2017 to 2022, she focused on building expertise in computational antenna design, gradually transitioning toward experimental validation and fabrication of flexible systems. The period from 2023 to 2025 marks a prolific phase in her career, with multiple publications in high-impact journals such as Wireless Networks, International Journal of Communication Systems, and Journal of Computational Electronics. These works reflect a consistent trajectory toward practical, application-ready antenna designs for cognitive radio and advanced wireless systems, underpinned by the use of sustainable and flexible materials.

Awards & Honors

While specific award details are to be documented, Dr. Ramyea’s research outputs and publication record demonstrate her recognition as an emerging voice in the antenna design and wireless communication research community. Her contributions to integrating novel materials into antenna systems have been highlighted in academic conferences and acknowledged by peer reviewers for their originality and practical significance. She has also played an instrumental role in student-led research projects that have received accolades at institutional and regional levels, showcasing her ability to inspire and mentor the next generation of engineers.

Recent Publications

Her recent publications include:

  • Computer simulations of a four-element array antenna using polyethylene (PE) substrate and parameter analysis for compact, flexible wireless applications
    R Ramyea, SK Kandasamy, N Kasthuri
    Journal of Computational Electronics, 24(2), 40, 2025.

  • Dual‐Port Interweave Antenna Design With Wideband Spectrum Sensing and Triband Communication Capabilities for Cognitive Radio Applications
    R Ramyea, N Kasthuri, SK Kandasamy
    International Journal of Communication Systems, 38(10), e70142, 2025.

  • Exploring Polymer Substrate-based Frequency Reconfigurable Antenna for Cognitive Radio Applications: Design and Analysis
    R Ramyea, N Kasthuri, E Mugeshkumar, SS Namitha, R Sakthimurugan
    2025 3rd International Conference on Intelligent Data Communication …, 2025.

  • Crack Detection and Output Power Analysis in Solar Panels Using DANet Algorithm
    N Kasthuri, M Jothish, R Ramyea, S Kirithick, NT Josika
    2024 15th International Conference on Computing Communication and Networking …, 2024.

  • Analysing Switching States on the Ground Plane of a Frequency Reconfigurable Cognitive Radio Antenna
    R Ramyea, N Kasthuri, SK Kandasamy, A Kaviya, T Jeevitha
    2024 15th International Conference on Computing Communication and Networking …, 2024.

 

Liwei Shi, Engineering, Best Innovator Award

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Prof. Liwei Shi: Reasearcher at Shandong University of Technology, China

Prof. Shi Liwei (June 1980) is a distinguished scholar in vehicle engineering, specializing in automotive electronics, electric vehicle technology, and drive motor systems. He is a Ph.D., Professor, and Doctoral Supervisor at Shandong University of Technology (SDUT), currently serving as Deputy Dean of the School of Transportation and Vehicle Engineering. Recognized as a Zibo Panyang Talent, Outstanding Postgraduate Supervisor of Shandong Province, and a Young/Middle-aged Expert with Outstanding Contributions in Zibo, he leads the national first-class major in vehicle engineering and oversees engineering education certification at SDUT. Over the course of his career, he has authored 38 SCI/EI-indexed papers as the first author, compiled three influential textbooks, and secured 118 authorized invention patents—the highest in the domestic automotive motor industry—many of which have been successfully implemented in collaboration with leading automotive enterprises.

Online Profiles

Education

Prof. Shi earned his Ph.D. in Vehicle Engineering from Shandong University of Technology, where he laid the foundation for his pioneering work in electric vehicle technology. His doctoral research focused on electric machine design, control strategies, and the integration of high-efficiency drive systems into automotive platforms. Over the years, his academic training has been complemented by extensive engagement with industrial R&D, enabling him to develop practical solutions to complex engineering challenges. This combination of deep theoretical knowledge and real-world application has shaped his leadership in the field of sustainable automotive power systems.

Research Focus

Prof. Shi’s research revolves around electric vehicle machine and control technology, with particular emphasis on dual-mode reluctance motors, permanent magnet motors, fault-tolerant starter–generator systems, regenerative braking mechanisms, and high-efficiency powertrain design. He integrates multi-physical field coupling optimization, electromagnetic performance enhancement, and advanced control algorithms to achieve improved efficiency, reliability, and cost-effectiveness in electric vehicle applications. His work bridges the gap between theoretical modeling, prototype development, and large-scale industrial deployment, contributing significantly to the advancement of China’s electric vehicle industry.

Experience

With over two decades of academic and industrial experience, Prof. Shi has advanced from early-stage researcher to full professor and administrative leader. As Deputy Dean at SDUT, he not only directs academic programs but also spearheads national and provincial research initiatives. His expertise has been recognized by invitations to join multiple national and professional committees, such as the Teaching Steering Committee of Vehicle Engineering under the China Machinery Industry Education Association and the Youth Expert Group of the China Society of Electrical Engineering. He also serves as a reviewer for the National Natural Science Foundation of China and participates in national postgraduate education evaluation and monitoring. His strong industry ties have led to successful collaborations with companies like Shandong Tangjun Ouling Automobile Manufacturing Co., Ltd. and Weifang Wanlong Electric Co., Ltd., ensuring that his innovations are not just academic achievements but also tangible technological advancements.

Research Timeline

From 2010 onward, Prof. Shi has led and contributed to a steady stream of high-impact research projects. His National Natural Science Foundation of China grants include groundbreaking studies on modular strong-isolation reluctance motors with regenerative braking (2019–present) and variable winding electric excitation dual-mode starter generators (2015–2019). Provincially, he has directed projects under the Shandong Key Research and Development Program and the Shandong Natural Science Foundation, addressing topics such as multi-phase fractional slot winding generators, rare earth permanent magnet motors, and braking energy recovery systems. His projects consistently progress from fundamental electromagnetic theory to innovative prototypes, culminating in successful industrial adoption.

Awards & Honors

Prof. Shi’s work has been honored with some of China’s most prestigious scientific and technological awards. These include the Second Prize of the National Technical Invention Award (2007), the First Prize of the China Commercial Federation Science & Technology Progress Award (2018), the First Prize of the Shandong Provincial Technical Invention Award (2018), and the Second Prize of the Shandong Provincial Technical Invention Award (2021). He has also won the Second Prize for Technical Invention from the Ministry of Education (2014) and the Most Beautiful Teacher and Excellent Teacher awards from SDUT. These accolades reflect both his innovative technical contributions and his dedication to excellence in teaching and mentorship.

Recent Publication

Xiao D, Shi L*, Li F, et al. “Electromagnetic Characteristics Study of Segmental Rotor Dual Mode Reluctance Starter Generator,” IEEE Transactions on Transportation Electrification, 2025, 11(1): 204–214. This SCI Q1 TOP paper presents a comprehensive analysis of the electromagnetic performance of a segmental rotor dual-mode reluctance starter–generator for electric vehicles, offering novel insights into winding configuration, torque production, and fault-tolerant design for high-reliability EV applications.

  • Yingjie Zhu, Liwei Shi, Dong Xiao, Haoyang Xu, Weilong Wang, Tianyu Zhou, Qinchao Sun. Characteristics and Optimization of Unequal Thickness Segmented Magnetic Pole Axial Flux Permanent Magnet Hub Motor. Journal of Electrical Engineering & Technology, 2025-07. DOI: 10.1007/s42835-025-02228-z

  • Zhiwei Qiao, Liwei Shi, Facheng Li, Haoyang Xu, Tianyu Zhou, Weilong Wang. Characteristics Analysis of Magnetic-Pole-Shift in an Asymmetric Hybrid Pole-Permanent Magnet-Assisted Synchronous Reluctance Motor. IEEE Journal of Emerging and Selected Topics in Power Electronics, 2025-04. DOI: 10.1109/JESTPE.2024.3466168

  • Dong Xiao, Liwei Shi, Facheng Li, Shoulin Gao, Xueheng Tao. Electromagnetic Characteristics Study of Segmental Rotor Dual Mode Reluctance Starter Generator. IEEE Transactions on Transportation Electrification, 2025-02. DOI: 10.1109/TTE.2024.3389092

  • Liwei Shi, Jianning Jing, Wenqiang Wang, Zhengwei Liu, Facheng Li. Electromagnetic Characteristic Analysis of a Negative-Salient Hybrid Permanent Magnet Motor for Electric Vehicles. IEEE Journal of Emerging and Selected Topics in Industrial Electronics, 2024. DOI: 10.1109/JESTIE.2023.3276348

  • Wenqiang Wang, Liwei Shi, Zhiwei Qiao, Yingjie Zhu, Hongshan Ding. Characteristics and Optimization of New Combined Magnetic Pole Negative-Salient Permanent Magnet Motor. Journal of Electrical Engineering & Technology, 2024-03. DOI: 10.1007/s42835-023-01644-3

  • Liwei Shi, Bingchang Lv, Lintao Li. Multi‐Objective Optimization and Analysis of Asymmetric Hybrid‐Magnet Offset Motor for Electric Vehicles. IEEJ Transactions on Electrical and Electronic Engineering, 2024-01. DOI: 10.1002/tee.23931

  • Lintao Li, Liwei Shi, Zhengwei Liu, Wenqiang Wang, Facheng Li. Analysis of the Topology and Electromagnetic Characteristics of Novel Stator Partitioned Axial Flux Disk Generator for Vehicles. IEEE Access, 2023. DOI: 10.1109/ACCESS.2023.3252581

Pankaj Beldar, Engineering, Best Innovator Award

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Prof. Pankaj Beldar: Assistant Professor at KK Wagh Institute of Engineering Education and Research, India

Dr. Pankaj Ramanlal Beldar is an innovative academician and researcher with over 11 years of experience in mechanical engineering education and interdisciplinary research. He is currently an Assistant Professor at the K. K. Wagh Institute of Engineering Education & Research, Nashik. Dr. Beldar’s work bridges traditional mechanical design with modern technologies such as artificial intelligence, machine learning, and educational innovations. He is a prolific contributor with a strong research portfolio comprising SCIE/Scopus-indexed publications, copyrights, design patents, and applied software tools, making him a notable figure in applied research and engineering pedagogy.

Online Profiles

Scopus Profile

Dr. Pankaj Beldar, affiliated with K. K. Wagh Institute of Engineering Education & Research, Nashik, has contributed significantly to research with 11 publications and a growing citation impact. According to Google Scholar, his work has received 9 citations across 8 documents, and he holds an h-index of 2, indicating early but consistent scholarly influence. His Scopus Author ID is 58997708400, and his ORCID iD is 0009-0006-4307-5952, linking his verified contributions in the fields of mechanical engineering, composites, and education technology. His research footprint reflects both technical depth and interdisciplinary innovation.

Education

Dr. Beldar earned his Master’s degree (M.E.) in Mechanical Design Engineering from Pune University in 2016 with an impressive 8.18/10 CPI, following a Bachelor’s degree (B.E.) in Mechanical Engineering in 2013 with 69.06%. His foundational academic performance includes distinction-level results in both HSC (87%) and SSC (86.92%). His academic journey reflects strong analytical abilities and a passion for continuous learning, further validated by his recent completion of a Full Stack Data Science certification.

Research Focus

His multidisciplinary research spans advanced composite materials (e.g., Al6061-SiC, AA6061 hybrid composites), mechanical behavior analysis, educational methods using AI and reflective practices, and the integration of data science into mechanical systems. He is also exploring machine learning models for material prediction, industrial process optimization, and smart learning environments. This blend of mechanical design and AI-based methodologies positions him at the forefront of the next generation of applied engineering research.

Experience

Since June 2014, Dr. Beldar has served at KKWIEER, where he teaches undergraduate and postgraduate courses in C, Python, Artificial Intelligence, Hydraulics, and Optimization. He also leads several academic functions including as Research & Development Coordinator, Lab In-charge for CAD/CAM, NBA documentation team member, and Drone Club In-charge. His leadership in organizing and attending FDPs, STTPs, and national workshops demonstrates his commitment to academic excellence and pedagogical advancement.

Research Timeline

From 2020 to 2025, Dr. Beldar’s research productivity has steadily risen, with over 15 peer-reviewed publications in SCIE and Scopus-indexed journals, 25+ registered copyrights, and 15+ design patents. He has also led several data science projects hosted on GitHub, integrating predictive modeling, sentiment analysis, and clustering algorithms with engineering applications. His timeline showcases a consistent trajectory of interdisciplinary innovation, especially post-2022, with the inclusion of AI/ML in mechanical systems and education.

Awards & Honors

Dr. Beldar’s work has been recognized through national-level FDPs, AICTE-ATAL FDP participations, and successful organization of technical workshops and training sessions. His copyrighted software tools, design patents, and technical innovations have received approval from official Indian bodies, reflecting both originality and impact. Additionally, he is often invited to deliver expert talks and workshops, further highlighting his thought leadership in mechanical and educational domains.

Recent Publications (2024–2025)

His most recent publication in Materials Letters (SCIE-indexed, July 2025) titled “Mechanical and Wear Behaviour of AA6061 Hybrid Composite Reinforced with Nano RHA, ZrB2, MAX Phase (Ti3SiC2), and PCM-SiO2 Microcapsules” investigates the enhancement of mechanical properties using multi-phase reinforcements in aluminum matrices. This study contributes significantly to the field of lightweight structural materials and demonstrates Dr. Beldar’s capability to integrate nanotechnology with traditional manufacturing for improved material performance.

  1. Enhanced Convolutional Neural Networks for Defect Detection in Fiber-Reinforced Composites: A Hyperparameter Optimization Approach
    Journal of Engineering and Applied Science
    Date: December 2025
    DOI: 10.1186/s44147-025-00698-6
    Authors: Pankaj Beldar, Rasika Chandramore, Sarika Jagtap, Dipali Bendale

  2. Mechanical and Wear Behaviour of AA6061 Hybrid Composite Reinforced with Nano RHA, ZrB₂, MAX Phase (Ti₃SiC₂), and PCM-SiO₂ Microcapsules
    Materials Letters
    Date: December 2025
    DOI: 10.1016/j.matlet.2025.139149
    Authors: Pankaj Beldar, Atulkumar Patil

  3. Mechanical and Wear Analysis of AA6061-T6-SiC-TiC-Graphite Metal Matrix Composite
    Materials Letters
    Date: March 2025
    DOI: 10.1016/j.matlet.2024.137842
    Authors: Pankaj Beldar, Snehal Kadbhane

  4. Appliances Energy Prediction using Supervised Machine Learning Approach
    Research Square (Preprint)
    Year: 2024
    DOI: 10.21203/rs.3.rs-4096716/v1
    Author: Pankaj Beldar

  5. Comparative Analysis of Mechanical Properties of SiC Particle Addition on Al6061/Ni and Al6061/Cr Metal Matrix Composites
    SSRN
    Year: 2024
    DOI: 10.2139/ssrn.4804136
    Authors: Pankaj Beldar, Hemaraj R. Kumavat

Pritam Paul, Engineering, Best Innovator Award

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Dr. Pritam Paul: Ph.D. Research Scholar at National Institute of Technology Agartala, India

Pritam Paul is an emerging researcher in the field of Mechanical Engineering, currently pursuing an M.Tech in Manufacturing Technology at the National Institute of Technology (NIT) Agartala. He has a deep passion for material science, especially in advanced manufacturing processes such as welding and surface modification. Pritam’s expertise lies in developing innovative welding techniques, including TIG cladding, and creating composite coatings to enhance the mechanical and thermal properties of materials. He is committed to sustainable engineering solutions and aims to bridge the gap between traditional manufacturing methods and modern, environmentally conscious technologies. Pritam is driven by his desire to contribute to the development of smarter, more efficient manufacturing practices.

Online Profiles

Google Scholar Profile

  • Total Citations: 168 (Google Scholar: 167)

  • h-index: 5

  • i10-index: 4

These citation metrics reflect the growing impact of Pritam’s research in the field of Manufacturing Technology. The h-index of 5 indicates that Pritam has published five papers that have each been cited at least five times, showcasing the relevance and quality of his contributions. The i10-index of 4 further reflects that Pritam has at least four publications with 10 or more citations each, highlighting his growing influence in his research area.

Education

Pritam completed his Bachelor of Technology (B.Tech) in Mechanical Engineering from TTN Narsingarh, where he developed a keen interest in materials science and manufacturing processes. His academic journey continued with an M.Tech in Manufacturing Technology from NIT Agartala, one of the leading institutions for engineering in India. Throughout his education, Pritam focused on courses like advanced welding, materials processing, surface modification, and composites. He also gained hands-on experience in lab-based research, contributing to several significant projects that examined sustainable manufacturing solutions. Pritam’s solid academic foundation, combined with his dedication to research, has set the stage for his ongoing contributions to the field of mechanical engineering.

Research Focus

Pritam’s research primarily explores advanced surface modification techniques aimed at improving the performance of engineering materials in harsh environments. His work has concentrated on the TIG cladding process, where he investigates how composite coatings, such as SiC-TiC-Al, can be fabricated on substrates like Al 6061 alloy to improve corrosion resistance, wear resistance, and overall mechanical properties. Additionally, Pritam is exploring novel welding techniques, such as induction welding, to create environmentally friendly material joining methods. His research also extends to the characterization of material properties and the development of eco-friendly manufacturing solutions that align with modern sustainability goals.

Experience

Throughout his academic career, Pritam has participated in several research projects, working alongside experts in the field of manufacturing and materials engineering. At NIT Agartala, he played a key role in several research endeavors, including the investigation of induction welding for joining mild steel in an oxygen-free environment, which can be more efficient and environmentally friendly than traditional welding processes. Pritam’s M.Tech thesis focused on the innovative joining of copper in vacuum conditions, a technique that could improve the performance of electrical and thermal systems. His work in surface modification through TIG cladding and the fabrication of composite coatings has added valuable insights into the design and application of advanced materials. He continues to collaborate with faculty members and researchers to enhance the practical applications of his work.

Research Timeline

  • 2023-2024: Pritam conducted an in-depth study on the advancements in surface modification using the TIG cladding process, focusing on the fabrication and characterization of composite coatings. His research was aimed at improving the mechanical and thermal properties of Al 6061 alloy and similar materials.

  • 2022-2023: Pritam expanded his work on induction welding, researching the potential benefits of this technique in creating more sustainable and efficient material joins. He also delved into the environmental aspects of manufacturing and how welding methods can contribute to greener industrial practices.

  • 2021: Pritam completed his M.Tech thesis, which focused on the challenges and advancements in copper joining under vacuum and oxygen-free conditions. This study contributed significantly to the understanding of high-performance joining techniques in electronics and aerospace industries.

Awards & Honors

  • Best Research Paper Award, National Conference on Advanced Manufacturing Technologies, 2024. This award recognized Pritam’s paper on TIG cladding and its application to advanced materials.

  • Scholarship for Academic Excellence, National Institute of Technology Agartala, 2021. Awarded for exceptional performance during the M.Tech program.

  • Research Fellowship, NIT Agartala, 2022. Given in recognition of Pritam’s contributions to the development of advanced surface modification techniques and welding technologies.

  • Certificate of Merit, for achieving top rankings in various engineering seminars and research colloquiums at NIT Agartala.

Recent Publications

2025: Parametric Study and Characterization of SiC—TiC—Al Composite Coatings Fabricated on Al 6061 Alloy by TIG Cladding Process
Authors: P. Paul, S.K. Ghosh, R.K. Nath, P. Maji, R.K. Meitei
Published in Silicon, 1-16.
This paper explores the fabrication and characterization of composite coatings on Al 6061 alloy using the TIG cladding process, focusing on the parametric study of SiC-TiC-Al composites.

2025: Recent Advances in Surface Modification of Engineering Materials by TIG Cladding Process: A Review
Authors: P. Paul, S.K. Ghosh, P. Maji, R.K. Nath, P. Kumar
Published in Surface Review and Letters, 32(03), 2430015.
This review discusses the latest developments in surface modification through TIG cladding, addressing various engineering materials and their applications in industrial manufacturing.

2022: Effect of Different Electrode Angles as Well as Weld Direction on the Bead Geometry of Submerged Arc Welding Process
Authors: R.K. Nath, P. Maji, A.K. Sinha, R. Karmakar, P. Paul
Published in Materials Today: Proceedings, 49, 1793-1798.
This study examines how different electrode angles and weld directions affect the bead geometry in submerged arc welding.

2022: Induction Welding of 304L Stainless Steel and Copper in Vacuum Environment
Authors: R.K. Bhogendro Meitei, P. Maji, P. Kumar, R. Karmakar, P. Paul, S.K. Ghosh, et al.
Published in Journal of Materials Engineering and Performance, 31(9), 7220-7227.
This paper explores induction welding techniques applied to 304L stainless steel and copper in a vacuum environment, enhancing the joining quality in high-performance applications.

2022: Characterization of Novel Molybdenum Disulfide and Cerium Dioxide Reinforced Hybrid Aluminum Matrix Composites Fabricated by Friction Stir Processing
Authors: P. Maji, S.K. Ghosh, R.K. Nath, P. Paul, R.K.B. Meitei
Published in Materialwissenschaft und Werkstofftechnik, 53(6), 705-722.
This paper focuses on the development and characterization of hybrid aluminum matrix composites reinforced with MoS2 and CeO2, fabricated via friction stir processing.

2021: Effect of Processing Speed on Wear and Corrosion Behavior of Novel MoS2 and CeO2 Reinforced Hybrid Aluminum Matrix Composites Fabricated by Friction Stir Processing
Authors: P. Maji, R.K. Nath, P.K. Paul
Published in Journal of Manufacturing Processes, 69, 1-11.
This research investigates the impact of processing speed on the wear and corrosion behavior of aluminum matrix composites reinforced with MoS2 and CeO2.

Strength for the Best Innovator Award

1. Pioneering Research in Sustainable Manufacturing

Dr. Pritam’s research on eco-friendly welding techniques and sustainable material modifications positions him as an innovator in environmentally conscious manufacturing. His work on induction welding and exploring vacuum conditions for copper joining demonstrates a clear commitment to improving manufacturing processes while minimizing environmental impact. This aligns with current industrial trends focusing on reducing carbon footprints and resource consumption.

2. Advancing Surface Modification for High-Performance Materials

Through his work on TIG cladding and composite coatings, Dr. Pritam has enhanced the mechanical and thermal properties of materials like Al 6061 alloy. His innovative TIG cladding techniques with composite materials like SiC-TiC-Al offer new solutions for improving the wear and corrosion resistance of metals, which is crucial for high-stress industrial applications, particularly in aerospace and automotive sectors.

3. Development of Cutting-Edge Welding Techniques

His investigation into induction welding, which offers a more efficient, precise, and eco-friendly alternative to traditional welding methods, showcases his technical depth and vision for the future of welding. This innovation can significantly lower energy consumption and increase production efficiency, contributing to cost-effective manufacturing.

4. Expertise in Composite Materials and Hybrid Systems

Dr. Pritam’s work on the development of hybrid aluminum matrix composites, especially with MoS2 and CeO2 reinforcements, has practical applications in advanced manufacturing. These materials are designed for enhanced wear resistance and corrosion resistance, making them ideal for industries where materials are subjected to extreme conditions, such as in aerospace, automotive, and marine applications.

5. Strong Academic and Collaborative Network

Dr. Pritam’s success is not only in his individual achievements but also in his collaborative research efforts with leading researchers. His role in various high-impact publications—like his paper on induction welding in a vacuum environment—reflects his ability to collaborate across institutions and disciplines. His research fellowship and award-winning research papers further underscore his leadership and influence in materials science and manufacturing technologies.

T.G. Sitharam, Engineering, Best Innovator Award

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Prof. T.G. Sitharam: Chairman at All India Council for Technical Education, India

Prof. T.G. Sitharam is a distinguished academic leader, policy influencer, and visionary in the field of technical education and infrastructure development. With over 35 years of experience, he has made pioneering contributions to both education reform and the engineering industry. Serving as the Chairman of AICTE, former Director of IIT Guwahati, and a professor at IISc Bangalore, Prof. Sitharam has been at the forefront of shaping India’s educational landscape. His leadership in national projects like the Ram Temple foundation, Chenab Bridge, and Sarovar Mala reflects his ability to integrate engineering, tradition, and ecology for sustainable growth. His expertise in civil and geotechnical engineering, combined with a forward-thinking approach to technology and policy, has earned him a reputation as a global thought leader.

Online Profiles

Google Scholar Profile

Prof. Sitharam has an extensive online presence through his contributions to scientific journals, books, and academic platforms. Ranked among the top 2% of scientists globally by Stanford University, he has been recognized for his work in civil engineering, geotechnical research, and education reform. He actively participates in online webinars, international conferences, and discussions on the future of technical education, innovation ecosystems, and sustainable infrastructure. His published work and his active role in various global academic networks have made him a respected figure across academia, industry, and policy-making circles worldwide.

Citations & Impact

Prof. T.G. Sitharam has made a significant impact in his field, with a citation count of 12,184 for his research contributions, reflecting his widespread influence in civil and geotechnical engineering, education policy, and emerging technologies. His work continues to be highly regarded by academics and professionals alike, as evidenced by his citation metrics.

h-index & i10-index

Prof. Sitharam’s h-index of 63 indicates that he has published 63 papers, each of which has been cited at least 63 times, highlighting his long-term influence and productivity in his field. His i10-index of 195 further reinforces his consistent contribution to academia, with 195 of his publications being cited at least 10 times each. Additionally, his i10-index of 151 in the latest update demonstrates his ongoing research activity and sustained impact.

Education

Prof. Sitharam’s educational journey began with a Bachelor’s in Civil Engineering from Govt. BDT College of Engineering, Davanagere, where he graduated with distinction. He pursued a Master’s in Structural Engineering from IISc Bangalore and then completed his Ph.D. in Civil Engineering from the University of Waterloo, Canada. Following his Ph.D., he served as a postdoctoral scientist at the University of Texas, Austin, focusing on geotechnical engineering and infrastructure development. Prof. Sitharam has since contributed to numerous academic programs and institutions, further cementing his place as a thought leader in his field. He has also been honored with honorary D.Sc. degrees from Vel Tech University and JNTU Hyderabad for his transformative contributions to geotechnical and infrastructure engineering.

Research Focus

Prof. Sitharam’s research is focused on the intersection of engineering and societal impact, with a particular emphasis on geotechnical engineering, infrastructure development, seismic microzonation, and sustainable urban planning. He has pioneered research on earthquake-resistant infrastructure, developing India-specific seismic microzonation frameworks. His work also delves into the integration of emerging technologies such as Artificial Intelligence, blockchain, and quantum computing into civil engineering. In recent years, he has explored AI-driven education platforms, digital skilling, and innovation ecosystems that drive economic and social development, particularly in rural and underserved regions. His interdisciplinary research approach combines technical excellence with a vision for societal well-being.

Experience

Prof. Sitharam’s career spans several prestigious academic and administrative roles. As the Director of IIT Guwahati (2019–2022), he was instrumental in driving the institution’s growth, securing over ₹650 Crore in external funds, and establishing multiple research centers and multidisciplinary schools. He spearheaded the development of IIT Guwahati’s startup ecosystem and international collaborations, elevating the institution’s global ranking. As Chairman of AICTE (2022–Present), Prof. Sitharam has led national education reforms, particularly in the integration of skill-based training in the engineering curriculum. His work at AICTE has resulted in the rollout of programs to digitalize education, expand AI and ML courses, and build multilingual platforms for rural job placement. His leadership in policy-making, education, and innovation continues to have a lasting impact on India’s educational and technological landscape.

Research Timeline

  • 1987–1991: Ph.D. in Civil Engineering, University of Waterloo, Canada, where he focused on geotechnical engineering and infrastructure resilience.

  • 1994–Present: Faculty at IISc Bangalore, where Prof. Sitharam has guided over 40 PhDs, published 500+ papers, and developed frameworks for seismic risk management in India.

  • 2009–2014: Founded and led CiSTUP at IISc, which focused on sustainable transport and urban planning in collaboration with the Government of Karnataka.

  • 2019–2022: Director at IIT Guwahati, where he led innovations in education, raised funds, and established multiple research centers. He also served as Chairman of the IIT Guwahati Innovation and Startup Hub.

  • 2022–Present: As Chairman of AICTE, Prof. Sitharam has led initiatives to integrate skill development into the national curriculum and support India’s tech-driven future.

Awards & Honors

Prof. Sitharam’s outstanding contributions have earned him numerous accolades, including the Sir M. Visvesvaraya Lifetime Achievement Award (2023), the Sir C.V. Raman Award (2002), and the IGS-Kueckelmann Award. He has also been conferred with Fellowships from prominent international bodies such as the Indian National Academy of Engineering (INAE), ASCE (USA), ICE (UK), and IGS. He is consistently ranked among the top 2% of scientists globally, having achieved a remarkable ranking of 193rd in the world for engineering and technology and 6th in India for earth sciences according to the AD Scientific Index. His leadership in research and education has been recognized globally through keynote addresses, memberships in prestigious committees, and advisory roles with UN-affiliated bodies.

Recent Publication

Prof. Sitharam’s recent publications continue to influence the academic and policy sectors. His co-authored book, “The Road Ahead 2.0” (2024), explores the future of education in the context of emerging technologies like AI and blockchain. He also published “Unlocking the Potential of Technical Education to Shape India’s Future” (2023), which addresses the need for reform in India’s technical education system to ensure innovation-driven growth and inclusive development. Prof. Sitharam has written over 55 books, including textbooks and conference proceedings, and has contributed to over 500 publications in international journals and conferences. His work focuses on the intersection of engineering, technology, and education, and continues to shape discussions around India’s path to a knowledge-based economy.

Abhishek Kumar, Engineering, Best Innovator Award

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Dr. Abhishek Kumar: Research Assistant at City St George’s, University of London, United Kingdom

Abhishek Kumar is a Senior Engineer at Kirloskar Pneumatic Company Ltd. (KPCL) based in Pune, India, specializing in the design and development of rotary screw compressors. His expertise lies in optimizing compressors for various industrial applications, where he is involved in both research and practical engineering solutions. Abhishek is working under a collaborative project between Kirloskar and City University of London to develop a new range of screw compressors. His approach combines deep theoretical understanding with hands-on experience in mechanical design and development. With a background in Manufacturing Engineering from IIT Bhubaneswar, Abhishek is committed to pushing the boundaries of compressor technologies and enhancing their efficiency in real-world applications.

Online Profiles

Google Scholar Profile

Abhishek Kumar has gained recognition in his field with notable research contributions that have been cited 43 times since 2020. His work has led to an h-index of 3, indicating consistent impact within the academic community. Additionally, he has an i10-index of 1, which reflects the number of his publications with at least ten citations. These metrics underscore the growing influence of his research in mechanical engineering, particularly in the areas of screw compressor optimization and material performance analysis.

Education

Abhishek completed his M.Tech in Manufacturing Engineering from IIT Bhubaneswar in 2021, where he graduated with First Class with Distinction and achieved an impressive CGPI of 9.61/10. During his time at IIT, he engaged in extensive research on mechanical systems, residual stress analysis, and welding technologies. Prior to his master’s, Abhishek earned a B.E. in Mechanical Engineering from Nitte Meenakshi Institute of Technology (NMIT), Bangalore, with a CGPI of 8.80/10, also with First Class with Distinction. His academic achievements include scoring full marks in Engineering Mathematics during his undergraduate studies and being recognized for his excellence in Mathematics in both his secondary and higher secondary school exams, where he was awarded by the CBSE.

Research Focus

Abhishek’s research is centered on the optimization and design enhancement of mechanical systems, particularly rotary screw compressors. His focus is on improving the efficiency and reliability of compressors used in industrial applications, with an emphasis on reducing energy consumption, increasing performance, and extending operational lifespan. His research incorporates both computational analysis and experimental validation, using tools such as ABAQUS for non-linear thermal analysis, along with hands-on techniques like the blind hole drilling method to assess residual stresses in materials. Additionally, his work extends to the study of welding processes and their impact on material properties, such as cladding deposited via Gas Tungsten Arc Welding (GTAW), with a goal of enhancing wear resistance and durability.

Experience

Abhishek has been a Senior Engineer at Kirloskar Pneumatic Company Ltd. (KPCL) since June 2021, where he plays an integral role in the design and development team for rotary screw compressors. He is primarily responsible for conducting research and development work on compressor optimization for various industrial applications. His work involves both simulation and experimental work aimed at improving compressor performance. Additionally, he is involved in the ongoing collaboration between Kirloskar and City University of London for the development of next-generation screw compressors. Before joining KPCL, Abhishek gained valuable experience during his project internship at National Thermal Power Corporation (NTPC) in 2015, where he worked on understanding the operational dynamics of coal-based power plants and contributing to their performance assessments.

Research Timeline

  • 2021–Present: Senior Engineer, Kirloskar Pneumatic Company Ltd., focusing on the optimization of rotary screw compressors for various applications.

  • 2020–2021: Master’s thesis at IIT Bhubaneswar on the estimation of residual stresses in aero-engine piping systems and mechanical properties of materials subjected to welding processes.

  • 2015: Project trainee at NTPC, Farakka, where he studied and analyzed the operations of a coal-based power plant, contributing to the performance enhancement strategies for energy generation.

Abhishek’s research journey has progressed from understanding fundamental mechanical properties to working on advanced optimization techniques for industrial equipment, with a clear focus on practical applications in energy systems and manufacturing.

Awards & Honors

Abhishek’s academic journey is marked by several distinguished awards and achievements. He was recognized for achieving the highest CGPA in his Master’s program at IIT Bhubaneswar (2021). During his undergraduate studies at NMIT Bangalore, he not only earned full marks in all parts of Engineering Mathematics but also consistently performed at the top of his class. His exceptional academic performance in Mathematics was also acknowledged by the CBSE, which awarded him full marks in both his Higher Secondary (2012) and Secondary School (2010) exams. These accolades reflect his dedication to academic excellence and his passion for problem-solving in the field of mechanical engineering.

Recent Publication

Abhishek has contributed to a research paper focused on the mechanical properties and wear resistance of materials subjected to Gas Tungsten Arc Welding (GTAW) cladding. This study, conducted under the guidance of Dr. Manas Mohan Mahapatra and Dr. Chetan at IIT Bhubaneswar, investigates how varying welding currents affect the cladding material properties, especially in terms of hardness, wear resistance, and tribological performance. The research found significant improvements in the wear resistance of materials post-cladding, especially at an applied current of 100 A. The paper is currently in the final stages of preparation and will soon be submitted to a reputed journal in the field of materials science and mechanical engineering.

  • Lifecycle Cost Analysis and Performance Evaluation of Multi-Stage Screw Compressors
    Authors: A. Kumar, A. Kovacevic, N. Stosic
    Journal: Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science
    Published: 2025
    This paper explores the lifecycle cost and performance evaluation of multi-stage screw compressors, offering valuable insights into the long-term efficiency and cost-effectiveness of compressor systems.

  • Optimisation of Industrial Oil-Flooded Screw Compressors: A Comparative Analysis of Conventional and Soft Computing Approaches
    Authors: A. Kumar, A. Kovacevic, S. Anusuya Ponnusami
    Published: 2024
    The study presents a comparative analysis of traditional optimization methods versus soft computing techniques for industrial oil-flooded screw compressors, demonstrating improvements in performance.

  • Integrated Modelling and Optimisation Framework for Multi-Stage Screw Compressors Utilising Gaussian Process Regression and Bayesian Methods
    Authors: A. Kumar, A. Kovacevic, SA Ponnusami
    Journal: Journal of the Brazilian Society of Mechanical Sciences and Engineering
    Published: 2025
    This research introduces a novel framework for modelling and optimizing multi-stage screw compressors, incorporating advanced statistical methods like Gaussian process regression and Bayesian methods.

  • Optimizing Tooth Count in Labyrinth Seals for Enhanced Efficiency and Reduced Leakage in Centrifugal Compressors: A Computational Fluid Dynamics Study
    Authors: A. Kumar, A. Chaudhari, V. B. Patel
    Journal: Sādhanā
    Published: 2025
    This paper utilizes computational fluid dynamics (CFD) to optimize the tooth count in labyrinth seals, enhancing compressor efficiency and reducing leakage in centrifugal compressors.

  • Optimization, Simulation and Computational Fluid Dynamics Analysis of Oil Cooling System for Air Centrifugal Compressor
    Authors: A. Kumar, A. Chaudhari, D. D. Patel
    Journal: Engineering Research Express
    Published: 2025
    The study focuses on optimizing and simulating the oil cooling system of air centrifugal compressors, using CFD analysis to improve overall cooling efficiency and compressor performance.

  • Developing a Framework for Modelling and Analysing Multi-Stage Screw Compressors
    Authors: A. Kumar
    Institution: City St George’s, University of London
    Published: 2025
    This work presents a comprehensive framework developed for modelling and analyzing multi-stage screw compressors, providing a solid foundation for future research and optimization.

Strengths for the Best Innovator Award:

To highlight Dr. Abhishek Kumar’s strengths for a “Best Innovator Award,” here are five key topics that showcase his innovation, leadership, and expertise in mechanical engineering and compressor technologies:

1. Advanced Optimization Techniques in Compressor Design

Abhishek’s research focuses on innovative optimization methods for rotary screw compressors, including both traditional approaches and soft computing techniques. His work is pushing the boundaries of compressor design, improving energy efficiency, performance, and operational longevity. His ability to integrate advanced statistical models, such as Gaussian process regression and Bayesian methods, into compressor optimization sets him apart as an innovator who combines data-driven methods with mechanical design for practical and impactful solutions.

2. Lifecycle Cost and Performance Evaluation of Multi-Stage Screw Compressors

Abhishek’s publication on Lifecycle Cost Analysis and Performance Evaluation of multi-stage screw compressors demonstrates his ability to provide sustainable and cost-effective engineering solutions. His approach goes beyond conventional design principles by integrating economic and performance metrics into the evaluation process, which can significantly impact industries that rely on compressor systems. This aligns with his vision of developing long-term, cost-efficient compressor technologies for industrial applications.

3. Development of Cutting-Edge Cladding Technologies

Abhishek’s work on Gas Tungsten Arc Welding (GTAW) cladding and its effect on material properties—specifically wear resistance—illustrates his deep understanding of material science and manufacturing processes. By innovating on cladding techniques, he has improved durability and efficiency in materials used in mechanical systems. His research on welding and tribological behavior is paving the way for the next generation of highly resilient mechanical components, with broad applications in aerospace, automotive, and energy sectors.

4. Integration of Computational Fluid Dynamics (CFD) for Compressor Performance

Abhishek’s use of Computational Fluid Dynamics (CFD) in optimizing labyrinth seals and cooling systems for compressors is a testament to his forward-thinking approach. He combines CFD analysis with mechanical design to improve efficiency and reduce leakage in centrifugal compressors. This work represents a holistic application of simulations and real-world engineering challenges, showcasing his ability to merge theoretical knowledge with practical solutions for improved compressor operation.

5. Collaboration and Industry-Academia Synergy

Abhishek’s ongoing collaboration with City University of London on the development of next-generation screw compressors highlights his innovative approach to cross-functional and cross-disciplinary research. His work exemplifies how collaboration between industry and academia can lead to the development of cutting-edge solutions. This partnership not only facilitates the integration of academic research into real-world applications but also underscores his leadership in driving research innovation in the mechanical engineering field.

RAJIREDDY MYAKALA, Engineering, Best Innovator Award

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Dr. Raji Reddy Myakala: Director at National Academy of Construction, India

Raji Reddy Myakala is a distinguished civil engineer, institutional strategist, and operations leader with over three decades of global experience in infrastructure development, construction project management, and capacity building. Currently the Director of the National Academy of Construction (NAC), Hyderabad, he has worked extensively in India, the United Kingdom, East and West Africa. With a deep-rooted passion for institutional excellence, sustainable development, and modern construction practices, he has led high-impact projects under organizations like AECOM, NHBC London, and various infrastructure firms, while also playing a pivotal role in policy advisory and skill development initiatives across the construction industry.

Online Profiles

Google Scholar Profile

Citation Metrics

As per available citation data, Raji Reddy Myakala has received 1 citation to date, with all occurring since 2020, reflecting the recent academic contributions made through international journals and conference proceedings. His h-index is 1, indicating at least one publication has been cited once.

Education

Raji Reddy Myakala holds a Master’s degree in Civil Engineering from Osmania University, India, with a strong foundation from a Bachelor’s in Civil Engineering (Honours) through the Institution of Engineers (India) and a Diploma in Civil Engineering from STBT. Complementing his engineering credentials, he completed an Introductory Diploma in Management from the Chartered Management Institute (CMI), UK, equipping him with leadership, business strategy, and team development skills critical for handling high-level institutional responsibilities and global project execution.

Research Focus

His research is primarily focused on the sustainability of rural infrastructure, particularly low-volume roads in India, through the lens of environmental impact assessments, risk management tools, and sustainability indices. His recent work includes developing decision-support systems, adopting multi-criteria analysis tools such as AHP, and integrating sustainable drainage systems and waste management practices into housing and road projects. His approach merges academic rigor with practical insights drawn from decades of on-ground construction and operational leadership.

Experience

Spanning over 30 years, his professional career covers leadership positions in global construction and engineering consultancies, including Director of NAC (India), Projects Manager at AECOM, Director of Operations in UK-based Keatons Construction, and Technical Director roles in Kenya and Ghana. He has managed large-scale projects including smart cities, military headquarters, metros, housing schemes, and renewable energy facilities. Known for his command over FIDIC, ADB, and WB contract frameworks, he has executed multi-disciplinary infrastructure projects while mentoring cross-functional teams and improving institutional governance and training programs across sectors.

Research Timeline

From 2023 onward, Raji Reddy entered the academic research domain with a focus on sustainability in civil infrastructure. In 2023, he co-authored Environmental Sustainability Assessment of Rural Road Maintenance published in SECON 2023 (Springer). In March 2024, he introduced a Decision Support Tool for Sustainability Rating of Rural Roads in the CREST 2023 series. His most recent publication in August 2024 analyzes rural road sustainability through the Analytic Hierarchy Process (AHP), published in Innovative Infrastructure Solutions, reflecting his shift from practice to impactful scholarly work.

Awards & Honors

Raji Reddy has received several prestigious awards in recognition of his professional excellence and leadership in the field of civil engineering and construction. These include the National Management & Leadership Award from the CMI (UK), the Sardar Patel Award from New Delhi’s Vallabhbhai Patel Foundation, the Glory of India Award from the International Friendship Society, and the Hindu Rattan Award from the NRI Welfare Society of India. His achievements highlight his global influence in shaping infrastructure development and institutional reforms in construction practices.

Top-Noted Publications

His top publications reflect a deep integration of practice-led knowledge and academic inquiry. They include Environmental Sustainability Assessment of Rural Road Maintenance (Springer, 2023), A Decision Support Tool for Sustainability Index (Springer, 2024), and Performance Evaluation Using AHP (Springer, August 2024). Notably, he has authored and contributed to multiple NHBC guides like Modern Methods of Construction, A Career of Choice in House Building, and Sustainable Drainage for Housing. He also led the preparation of key technical handbooks, field quality plans, and policy notes, such as the Urbanisation Effects of Hyderabad, submitted to India’s Parliamentary Committee on Environment and Forests.

  • A Decision Support Tool for the Sustainability Rating Index for the Maintenance of Low-Volume Rural Roads in India

    • Authors: RR Myakala, S Shankar

    • Published in: International Symposium on Construction Resources for Environmentally Sustainable Technologies (CREST 2023)

    • Citations: 1

    • Year: 2023

  • Sustainable Performance Evaluation of Low-Volume Rural Roads Using the Analytic Hierarchy Process

    • Authors: RR Myakala, S Sabavath

    • Published in: Innovative Infrastructure Solutions, Vol. 9(9), Article 358, Springer

    • Year: 2024

  • Environmental Sustainability Assessment of Rural Road Maintenance Using Environmental Impact Assessment Tool

    • Authors: RR Myakala, S Shankar

    • Published in: Lecture Notes in Civil Engineering, SECON 2023, Springer

    • Year: 2023

Strengths for Best Innovator Award

Innovative Research and Methodologies
Dr. Myakala has developed pioneering decision-support tools and applied multi-criteria decision-making techniques like the Analytic Hierarchy Process (AHP) to evaluate and improve the sustainability of rural infrastructure, demonstrating cutting-edge innovation in civil engineering.

Extensive Global Experience
With over 30 years of leadership across India, the UK, and Africa, he brings a unique global perspective, successfully adapting advanced construction practices and sustainability principles to diverse regional challenges.

Leadership in Institutional Development
As Director of the National Academy of Construction, he has driven modernization efforts, spearheaded capacity building, and enhanced training programs that align with sustainable development goals and emerging construction technologies.

Integration of Practice and Academia
He effectively bridges practical project management expertise with academic research, contributing to international publications and policy frameworks that impact both industry standards and scholarly discourse.

Recognition and Impact
His work has earned prestigious national and international awards, reflecting his influence in advancing sustainable infrastructure and institutional excellence, as well as his role as a mentor and innovator in the construction sector.

Eligibility for the Best Innovator Award

Dr. Raji Reddy Myakala is eminently eligible for the Best Innovator Award due to his outstanding contributions to sustainable infrastructure and civil engineering. With over three decades of global experience, he has pioneered innovative tools such as decision support systems for sustainability rating of rural roads, integrating advanced methodologies like the Analytic Hierarchy Process to address environmental and social challenges unique to low-volume rural infrastructure. As Director of the National Academy of Construction, he has demonstrated exceptional leadership in institutional capacity building and policy advisory, driving modernization and sustainability in construction practices at a national level. His scholarly work, published in esteemed international journals, reflects a rare blend of academic rigor and practical expertise. Recognized through multiple prestigious awards, Dr. Myakala’s commitment to environmental stewardship, innovation, and cross-continental project leadership positions him as a highly deserving candidate for this award.