Communications Systems
Wireless communications, communication networks, cognitive radio, spectrum management, and next-generation communication technologies.
Ph.D. Researcher • Communications • RF & Microwave Engineering • Intelligent Sensing.
I am Abhijit Shinde, a Ph.D. researcher in Electrical and Computer Engineering at North Carolina A&T State University. My work connects communications engineering, RF and microwave systems, electromagnetic simulation, machine learning, and intelligent sensing for healthcare, wireless, UAV, and autonomous systems.
research.focus = [ "YIG tunable filters", "Microwave imaging", "Antenna arrays", "ML-driven sensing", "UAV remote sensing" ]
My research focuses on building practical intelligent sensing systems by connecting simulation, hardware-aware design, data acquisition, and machine learning. I work across RF/microwave engineering, electromagnetic simulation, antenna systems, biomedical sensing, and UAV-enabled sensing platforms.
Wireless communications, communication networks, cognitive radio, spectrum management, and next-generation communication technologies.
RF circuits, microwave filters, antennas, electromagnetic simulation, microwave imaging, and YIG-based devices.
Machine learning, deep learning, computer vision, biomedical imaging, pattern recognition, and data analytics.
Autonomous aerial platforms, intelligent sensing, remote sensing, robotics, and GPS-denied navigation.
A brief selection of projects across communications, RF and microwave engineering, AI, UAV systems, and optimization. Detailed project descriptions are available on the dedicated projects page.
Magnetically tunable microwave filter using YIG resonators for next-generation RF communication systems.
Deep-learning-driven microwave imaging using Vivaldi antenna arrays and CNN models for non-invasive detection.
Intelligent spectrum allocation and channel selection project for adaptive wireless communication systems.
Machine learning analysis of 1.88M U.S. wildfire records to identify spatial and temporal risk patterns.
Autonomous UAV system for GPS-denied mapping, search-and-rescue, and first-responder applications.
Optimization-based scheduling framework for conflict-free autonomous urban air mobility operations.
2016 Conference on Advances in Signal Processing (CASP)
Intelligent Computing and Information and Communication
Intelligent Computing and Information and Communication
Intelligent Computing and Information and Communication
Intelligent Computing and Information and Communication
Contact
Interested in communications, RF & microwave engineering, AI, or intelligent sensing? I'm always open to research collaborations, internships, and innovative engineering opportunities.
Email Me