Shobana Manoharan | Machine learning in antenna | Best Faculty Award

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Dr. Shobana Manoharan: Machine Learning in Antenna

👩‍🏫 Dr. M. Shobana is an accomplished Associate Professor at JJ College of Engineering and Technology, Trichy. She earned her Ph.D. in Microwave Engineering from the prestigious National Institute of Technology, Trichy, in July 2022. With a Master’s degree in Optical Communication from Alagappa Engineering College, Karaikudi, Tamil Nadu, India, Dr. Shobana has demonstrated expertise in diverse fields, including antennas, metamaterials, electromagnetics, and the innovative integration of machine learning in antenna design. 🌐 Her academic journey spans over a decade, having served as an Assistant Professor before assuming her current role. Dr. Shobana continues to contribute significantly to the realms of research and education. 🚀

Professional Profiles:

Scopus

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Education:

🎓 Dr. M. Shobana, a trailblazing researcher and educator, proudly holds a Ph.D. in Microwave Engineering from the esteemed National Institute of Technology, Trichy, awarded in July 2022. 🌐 Prior to her doctorate, she earned a Master’s degree in Optical Communication from Alagappa Engineering College, Karaikudi. 🚀 Driven by academic excellence, she graduated with First Class with Distinction in Electronics and Communication Engineering from Jayaram College of Engineering, Trichy, as part of her Bachelor’s journey. 🏆 Dr. Shobana’s academic prowess, coupled with her passion for innovation, showcases a remarkable journey in the realms of technology and education.

Experience:

👩‍🏫 Dr. M. Shobana, an accomplished academic, currently serves as an Associate Professor at JJ College of Engineering & Technology, Trichy, since February 2019. 🏫 Her journey in education began as a Lecturer at Srinivasa Polytechnic College, Trichy, from August 2001 to October 2005. 🌟 Subsequently, she joined JJ College, initially as a Lecturer from December 2005 to July 2006, and then progressed to Assistant Professor (SE.G) from December 2007 to February 2019. 🚀 With a rich tapestry of teaching experience, Dr. Shobana continues to inspire and contribute to the academic community in her current role as Associate Professor.

Research Interest:

🔍 Dr. M. Shobana’s research interests span a captivating realm of cutting-edge technologies. 🌐 Specializing in Microwave Engineering, she delves into the intricacies of electromagnetic waves, antenna design, and the transformative field of metamaterials. 🛰️ Her work explores the frontiers of Microwave Engineering, unlocking potential advancements in communication and sensing technologies. 🌌 Metamaterials, with their unique electromagnetic properties, form a key focus, promising breakthroughs in control and manipulation of waves. 🚀 Dr. Shobana’s passion lies in unraveling the mysteries of electromagnetics, paving the way for innovations that could reshape the landscape of wireless communication and signal processing.

Conferences Attended:

📚 Dr. M. Shobana, a prolific researcher, has showcased her expertise through numerous paper presentations. 📊 Her paper, “Performance Enhancement of Terahertz antenna embedded with 8×8 array of frequency selective surface,” was accepted at the prestigious IEEE 8th International Conference for Convergence in Technology (I2CT) in Pune. 🌐 In 2021, she presented a groundbreaking paper on “Machine learning hexagonal monopole antenna using linear regression algorithm” at the ASIANCON conference. 🤖 Dr. Shobana’s contributions extend to security surveillance systems, hyper spectral image processing, dual rail precharge logic, and real-time video communication, establishing her as a dynamic figure in the intersection of technology and academia. 🚀

Publication Top Note:
  • CSRR Inspired Antenna Using Artificial Neural Network for Sub 6 GHz 5G Applications
  • Performance Enhancement of Terahertz Antenna Embedded with 8×8 Array of Frequency Selective Surface
  • Application of Frequency Selective Surface in Modern Medical Field
    • Author: M. Shobana
    • Year: 2023-01-01
    • URI: Link
    • 📖🏥
  • Design of Sub-6 GHz Antenna Using Negative Permittivity Metamaterial for 5G Applications
  • A Quad-Band Fractal Antenna with Metamaterial Resonator-Backed Ground for Sub-6 GHz, C and X Band Applications
  • Machine Learning Hexagonal Monopole Antenna using Linear Regression Algorithm
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