Departments

Admin

Ms. Athira P. Preman

Assistant Professor

Areas of Specialization

Robotics
Manufacturing processes
Areas of Interest

Robotics

Educational Summary


Course University Year
MTech in Robotics KTU 2022
BTech in Production Engineering KTU 2020

Experience


From Date To Date Institution Name Designation
2022-08-31 continuing JYOTHI ENGINEERING COLLEGE CHERUTHURUTHY ASSISTANT PROFESSOR

Achievements


Achievement Year
Successfully completed NPTEL certification on RESEARCH METHODOLOGY with 75 %. 2026
Successfully completed NPTEL certification on ASSESMENT OF STUDENT PERFORMANCE with 84 % . 2026
Won a track-wise best paper award for a paper with ID 438 having title ' Teleoperated Soft Vine Growing Robot ‘ in the hybrid XXII Control Instrumentation Systems Conference (CISCON) 2025 2025
Successfully completed NPTEL certification on NBA ACCREDITATION AND TEACHING AND LEARING IN ENGINEERING ( NATE) with 73%. 2025

Papers Published


Design and Implementation of a Cyclonic Airflow-Based Umbrella Dryer Authors C. Karthik Thashfal Migdad B C, Melvin Alex, Jithin George Thomas, Finu Fawas, Jinesh K J, Jain Varghese, Athira P Preman Publication date 2026/1/26 Conference https://ieeexplore.ieee.org/document/11337910/authors#authors
Teleoperated Soft Vine Growing Robot Authors Grace Maria George, Sudheesh Devadas, Amal Krishna, Jain Varghese, Sibin Johny, Athira P Preman Publication date 2026/1/21 Conference https://ieeexplore.ieee.org/document/11337722/

Projects Guided


Projects Name Details Year
AUTOMATED ELECTROSTATIC SPRAYER An Automated Electrostatic Sprayer is a smart spraying system that uses electrostatic charging to apply liquid droplets uniformly onto target surfaces. The spray droplets are electrically charged and attracted to the surface, resulting in better coverage, reduced wastage, and efficient use of spraying material. The system can be automated using sensors, a pump, and a control unit to regulate the spraying operation. It is suitable for applications such as agriculture, disinfection. 2025
AUTOMATED SHIP HULL CLEANER An Automated Ship Hull Cleaner is a robotic cleaning system designed to remove marine growth, algae, barnacles, and dirt from the surface of ship hulls. The system uses motorized mechanisms, brushes or cleaning tools, and sensors to move along the hull while maintaining proper contact with the surface. It reduces manual effort, improves cleaning efficiency, and helps maintain the hydrodynamic performance and fuel efficiency of ships. 2025
Under Water ROV for Inspection Design and develop a compact mini submarine capable of performing detailed underwater inspections. Integrate advanced camera technology to capture high-resolution images and videos from underwater environments. Ensure the mini submarine is user-friendly, allowing for deployment and retrieval in various water conditions. Minimize environmental impact by designing the submarine to operate with minimal disturbance to marine life. 2024