Dr. Nivine Guler’s exceptional research record, interdisciplinary expertise, and impactful contributions to engineering and sustainability align perfectly with the criteria for the “Excellence in Research Award.” Her work not only advances the frontiers of knowledge but also addresses pressing societal challenges, making her an outstanding candidate for this prestigious recognition. Dr. Nivine Guler is a highly accomplished researcher and academic whose work exemplifies innovation, excellence, and real-world impact. Her contributions span diverse fields, including intelligent energy management systems, energy-efficient wireless communication networks, vehicular ad hoc networks, and sustainable energy solutions.
🎓Education
Dr. Nivine Guler holds a robust educational foundation in computer engineering and wireless communication. She completed her Ph.D. in Computer Engineering with a focus on resource allocation and energy efficiency in wireless systems. Her doctoral research emphasized novel methods for optimizing system performance in sustainable energy environments. She earned her Master’s degree in Computer Science, specializing in intelligent systems and their applications in communication networks. Dr. Nivine Guler’s undergraduate studies provided her with a solid grounding in computer engineering fundamentals, which laid the foundation for her interdisciplinary expertise in software-defined networking, vehicular communication, and resource allocation mechanisms. Throughout her academic journey, she consistently achieved excellence, culminating in the development of advanced solutions for real-world engineering challenges. Her education reflects a seamless integration of theoretical knowledge and practical applications, enabling her to address cutting-edge topics in engineering.
🏢Work Experience
Dr. Nivine Guler is an experienced academic and researcher, currently serving as an Assistant Professor at the University of Technology Bahrain. she has been instrumental in teaching, supervising students, and contributing to quality improvement initiatives. She actively participates in committees like curriculum review, research, and community engagement. Previously, she worked at Istanbul Aydin University (2021-2022), where she taught undergraduate and graduate courses, supervised projects, and represented her department at global conferences. Her professional roles include preparing course materials, leading accreditation efforts, and conducting evaluations for program outcomes. Dr. Nivine Guler has contributed to institutional improvements by organizing orientation sessions, advising students, and ensuring high-quality academic deliverables. Her diverse expertise in academia, program evaluation, and continuous improvement showcases her commitment to enhancing education and research standards.
🏅Awards
Dr. Nivine Guler has been recognized for her outstanding contributions to academia and research through several prestigious accolades. She played an instrumental role in achieving accreditation for the University of Technology Bahrain (UTB) in the 2023-2024 academic year, showcasing her dedication to institutional excellence and quality assurance. As a faculty member of various committees, including the Research Committee and Continuous Quality Improvement Committee, she has significantly contributed to enhancing academic standards and research frameworks. Dr. Nivine Guler has been acknowledged for her impactful publications in high-impact journals and conferences, receiving acclaim for her innovative research in wireless communications, sustainable energy solutions, and intelligent systems. Her book chapters and groundbreaking research methodologies further highlight her academic leadership. Her commitment to student mentorship, curriculum development, and quality assessment has garnered respect from peers and students alike, cementing her reputation as a distinguished scholar and educator in her field.
🔬Research Focus
Dr. Nivine Guler’s research focuses on intelligent resource allocation, energy-efficient systems, and sustainable energy technologies. Her work explores the optimization of energy-harvesting wireless sensor networks and smart solutions for vehicular ad hoc networks. She has also developed metaheuristic approaches for the allocation and sizing of fast-charging stations for electric vehicles. Dr. Guler’s expertise extends to vertical handover schemes for hybrid RF/VLC systems in e-health applications and adaptive fuzzy logic-based energy management for hybrid electric vehicles. Her multidisciplinary approach integrates deep learning, semantic communication, and software-defined networking to solve complex engineering problems. Through innovative research, she aims to advance energy efficiency, intelligent communication systems, and sustainable engineering solutions.
Publication Top Notes
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ESRA: Energy soaring-based routing algorithm for IoT applications in software-defined wireless sensor networks
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ERQTM: Energy-efficient routing and QoS-supported traffic management scheme for SDWBANs
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A fault tolerance metaheuristic‐based scheme for controller placement problem in wireless software‐defined networks
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Adaptive resource allocation scheme for cooperative transmission in hybrid simultaneous wireless information and power transfer for wireless powered sensor networks
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Smart allocation and sizing of fast charging stations: a metaheuristic solution