About / Biography
Prof. J. Naik, currently pursuing a Ph.D. in underwater robotics at OUTR, Bhubaneswar, holds a postgraduate degree in Machine Design and Analysis from NIT Rourkela and a bachelor's in Mechanical Engineering from Biju Patnaik University of Technology, Rourkela. With extensive teaching experience as an Assistant Professor at CET Bhubaneswar since 2016 , Prof. Naik is skilled in design software like SolidWorks, Ansys and MATLAB. He has also actively participated in various workshops and training programs while contributing to student guidance, institutional administration, and technical project supervision. Prof. Naik's areas of interest include robotics, artificial intelligence, and Machine Design.
Research Interest
areas of interest include Vibration, focusing on the analysis and control of mechanical systems; Robotics, particularly in the design and development of autonomous and underwater robotic systems; Machine Design, involving the optimization of mechanical components using principles of strength and dynamics; and Artificial Intelligence, with an emphasis on integrating AI techniques like machine learning into robotics and automation for smarter engineering solutions.
Publication
Additional Responsibility
also actively involved in several additional responsibilities, serving as Program Officer of the NSS Bureau, OUTR, a Member of the Income Tax Committee, a Member of the Gardening and Landscaping Committee, Vice President of Games and Sports at OUTR, Lab In-charge for the Machine and Dynamics Lab and Faculty advisor of UG students.
Patent
1. A robotic system designed to assist in guiding remotely operated vehicles (ROVs) used for shrimp harvesting.
2. A specialized robotic arm developed for integration with ROVs, enhancing their functionality and control.
3. An underwater robotic vehicle specifically designed for capturing shrimp, improving efficiency in aquatic harvesting.
4. An innovative device combining the functions of a milk churner, mixer, and power generator, aimed at increasing utility and efficiency.
5. A suitcase designed with a built-in stair stepper mechanism, providing a unique solution for mobility and fitness during travel.
6. A robotic system featuring dual arms designed for enhanced automation and multitasking capabilities in various industrial applications.
Subject Teaching
Graduate Level: MOS (Mechanics of Solids), Tribology, Design of Machine Elements, Basics of Mechanical Engineering and Engineering Mechanics.
Post Graduate Level: Fatigue, Creep and Fracture of Engineering Components.
Sponsored Projects
Enhancing Shrimp Farming Efficiency through Modular ROV Solutions. Sponsored by IIT Guwahati