About
I am an Electronics and Communication Engineer with an M. Tech in Signal Processing and a passion for teaching, learning, and innovation. My areas of interest include Signal Processing, Image Processing, Embedded Systems, and emerging technologies.
With over 6 years of teaching experience and 1 year of corporate experience, I have had the opportunity to contribute to both academia and industry. I enjoy mentoring students, guiding projects, and fostering a strong foundation in engineering principles.
Driven by curiosity and continuous learning, I strive to create meaningful impact through education, research, and technology. Independent in thought and focused in action, I am committed to transforming ideas into innovative solutions that make a difference.
Sharanya A R, Chethana K S, “Identification of Seizures in EEG Waves using Determinant Analysis”, International Journal of Engineering Research in Electronic and Communication Engineering (IJERECE), Vol 3, Issue 5, May 2016
This focused on the detection of epileptic seizures using EEG signal analysis. Determinant analysis is employed to identify characteristic patterns associated with seizure activity. The proposed approach extracts and evaluates features from EEG recordings to distinguish abnormal signals from normal brain activity. The method aims to improve the accuracy and efficiency of automated seizure detection. The study demonstrates the potential of signal processing techniques in supporting the diagnosis of neurological disorders.
Sharanya A R, Juslin F, Bhargavi K, “Design of Low-Cost Soft Robotic Hand”, Journal of Propulsion Technology, Vol.44, No. 5, Oct 2023.
This presented the design and development of a low-cost soft robotic hand for assistive and robotic applications. The system utilizes flexible materials and soft actuation mechanisms to mimic the movement of a human hand. The design emphasizes affordability, lightweight construction, and safe interaction with objects. The robotic hand is capable of adapting to different shapes and sizes during grasping tasks. The work contributes to the advancement of soft robotics for applications such as rehabilitation, prosthetics, and human–robot interaction.
Keen to explore Biomedical Signal Processing and its role in advancing healthcare technologies.
My research interests focus on applying signal processing techniques to address real-world medical challenges and support intelligent clinical decision-making.
Research Interests
Signal & Image Processing
Academic Excellence in Teaching
Received appreciation for achieving 100% results in courses including Basic Electronics, Digital Signal Processing, Consumer Electronics, and Operating Systems, reflecting dedication to student success and effective teaching.
Professional Development and Technical Expertise
Earned AWS course completion certifications in Machine Learning, Data Engineering, and Cloud Foundations, demonstrating commitment to continuous learning and emerging technologies.
Assistant Professor
School of Engineering
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Mysuru