Assistant Professor at Bhai Gurdas Institute of Engineering and Technology | India
Dr. Surender Singh is a highly dedicated and passionate researcher whose scholarly contributions in the domains of wireless sensor networks, wireless body area networks, and intelligent routing algorithms demonstrate both technical depth and practical societal relevance. His extensive academic journey has been supported by his role as an Assistant Professor, where he combines classroom teaching with impactful research. His patents on energy-efficient routing protocols and wireless charging stations highlight his capacity to translate innovative ideas into practical solutions with real-world application potential. Alongside his patents, his book chapters, IEEE-indexed review papers, and SCIE-indexed journal articles further strengthen his academic credibility, reflecting a growing recognition in reputed publication platforms. Beyond publications, Dr. Singh’s long-term teaching career, leadership positions as Dean and HOD, and award recognition for teaching excellence reveal him as both an academic leader and innovator. The upward trajectory of his recent research productivity suggests a growing international influence and sets the foundation for even greater impact in future years.
Professional Profiles
Scopus | ORCID
Education
Dr. Surender Singh has built a strong academic foundation in the field of Computer Science and Engineering. He completed his Bachelor of Technology (B.Tech.) and Master of Technology (M.Tech.) in Computer Science & Engineering, which allowed him to develop a deep understanding of core computational concepts, programming, and system design. To further strengthen his academic credentials, he pursued a Doctor of Philosophy (Ph.D.) in Computer Science & Engineering, with his thesis successfully submitted. His doctoral research focuses on advanced methods of energy-efficient communication and optimization in wireless body area networks, highlighting his strong research orientation and commitment to advancing knowledge. This blend of undergraduate, postgraduate, and doctoral qualifications not only demonstrates his academic growth but also reflects his dedication to lifelong learning and contribution to the ever-evolving discipline of computing. His academic journey serves as a firm foundation for his teaching, research, and leadership roles in higher education.
Experience
Dr. Surender Singh has accumulated extensive experience in academia and industry, bringing a well-rounded perspective to his teaching and research. He has served as an Assistant Professor in the Department of Computer Science & Engineering at a reputed engineering institute, where he has been engaged in teaching core and advanced subjects. His responsibilities have extended beyond the classroom, where he has worked as Dean (Academics), Dean (Admissions), and Head of Department, leading initiatives in accreditation, quality assurance, and curriculum development. Before his teaching career, he also worked in the industry as a Sales and Service Engineer, gaining practical knowledge of computing hardware and systems. His long-standing association with academia has enabled him to mentor students, coordinate accreditation processes, and manage academic operations with efficiency. This blend of teaching, leadership, and technical expertise underlines his ability to bridge the gap between theoretical knowledge and its practical application.
Skills
Dr. Singh possesses a versatile set of technical and professional skills that make him a competent educator and researcher in the field of computer science. He is proficient in programming languages such as C, C++, and Java, with a strong command of data structures, algorithms, and object-oriented programming principles. His knowledge extends to operating systems and computer graphics, which he teaches with clarity and practical application. Beyond software expertise, he also has hands-on experience with system hardware and testing tools, including exposure to machine learning and predictive analysis using Python. His ability to apply computational methods to real-world problems is a defining feature of his skill set. Equally important are his organizational and interpersonal abilities, demonstrated through his roles as coordinator of accreditation activities and leader in academic administration. His capability to work in teams, adapt to diverse environments, and manage projects enhances his overall effectiveness as a professional.
Research Focus
Dr. Singh’s primary research focus lies in the domain of Wireless Sensor Networks and Wireless Body Area Networks (WBANs), with an emphasis on developing energy-efficient routing protocols. His research explores optimization methods, adaptive relay selection, multi-criteria decision-making, and data compression techniques aimed at improving quality of service and energy efficiency in WBAN applications. He has published extensively in reputed journals and international conferences, contributing book chapters with globally recognized publishers such as Springer and CRC Press. His recent works include routing protocols inspired by metaheuristic approaches, hybrid models incorporating compression techniques, and adaptive relay-assisted frameworks. Alongside network design, he has also contributed to areas of digital image processing, computer graphics, and predictive analytics, showcasing interdisciplinary engagement. His ability to combine theoretical frameworks with practical application ensures his research addresses both academic and industrial challenges, advancing the future of intelligent communication networks and healthcare monitoring systems.
Awards
Dr. Singh has been recognized for his dedication to teaching and academic excellence with the ISTE Section Best Teacher Award, a prestigious honor that highlights his impact as an educator. This award reflects his strong student mentorship, innovative teaching practices, and contributions to academic growth at his institution. Beyond awards, his professional recognition extends through life membership in ISTE, where he actively contributes to knowledge sharing and technical education initiatives. His involvement in workshops on machine learning, patent awareness, and generic skills development further demonstrates his commitment to continuous professional improvement. He has also secured patents related to energy-efficient routing protocols and wireless charging stations, underscoring his capacity for innovation and applied research. His publication record across reputed journals and conferences further cements his position as a recognized scholar in computer science. These honors and achievements collectively demonstrate his dedication to advancing education, research, and professional practice.
Publication Top Notes
Title: Invariant Feature-Based Dynamic Scene Classification Using the Optimized Convolution Neural Network
Year: 2022
Title: A Moth-Flame Inspired Routing Protocol for Selection of Relay Node in Wireless Body Area Network
Year: 2023
Title: Energy Efficient Routing Methods in Wireless Body Area Networks: A Brief Study
Year: 2023
Title: Selection of Relay Node using Multi-Criteria Decision Making in Wireless Body Area Network
Year: 2024
Title: Adaptive Relay-Assisted WBAN Protocol: Enhancing Energy Efficiency and QoS through Advanced Multi-Criteria Decision-Making
Year: 2025
Title: A Hybrid-EPC Routing Protocol incorporating Delta Data Compression to Improve Energy Efficiency in Wireless Body Area Network
Year: 2025
Conclusion
In conclusion, Dr. Surender Singh demonstrates a strong combination of academic achievements, innovative research, patents, and professional leadership, making him highly suitable for the Best Researcher Award. His work reflects a perfect blend of theory and application, especially in advancing energy-efficient routing protocols for wireless body area networks, AI-integrated communication systems, and healthcare-related computational solutions. While there remains scope for enhancing international collaborations, citation impact, and interdisciplinary engagement, his scholarly journey is clearly moving toward broader global recognition. His patents and SCIE-indexed publications prove his commitment to contributing novel solutions that address real-world technological and biomedical challenges. Additionally, his leadership roles in academia, including contributions as Dean, HOD, and coordinator, underscore his ability to influence both research and institutional growth. By merging innovation with practical impact, Dr. Singh’s work enriches the academic community and creates direct societal benefits, particularly in health-focused and technology-driven applications, establishing him as a forward-looking researcher with substantial future potential.