Competency Development for Hydrogen powered PEM Fuel Cell Ships
Our collaborative project, "Competency Development for Hydrogen Powered PEM Fuel Cell Ships," has received funding from the International Association of Maritime Universities (IAMU)! With a budget of $60,000, this project will run from May 2025 to May 2026. Together with esteemed partners Dr. G. Reza Emad from the Australian Maritime College and Dr. R. Balaji from IITM Research Park, we’re committed to develop competencies in hydrogen fuel cell technology.
Synthesis, Characterization and Application of Doped Titanium Nano Metal Oxide additives in bio-based vegetable oil lubricants for marine applications
Dr Y V V Satya Narayana Murthy, Associate Professor, IMU received a project worth of Rs.55 lakhs on " Bio based vegetable gear oil lubricants for Marine Applications" from MoPSW
Developing an Autonomous Survey Craft for Inland Waterways Authority of India
IMU received a Project to develop and Autonomous Survey Craft for Inland Waterways Authority of India (IWAI), Noida as a part of the MoU between IMU and IWAI. Value of the project is Rs.21.94 lakhs.
Reconnaissance Survey in the sea off the coast of Sangam Age, Korkai Port
The Tamil Nadu State Department of Archaeology, in collaboration with Indian Maritime University (IMU) and the National Institute of Ocean Technology (NIOT), launched a Reconnaissance Survey off the coast of Korkai Port on 03.09.22 to assess its archaeological potential. The survey was inaugurated by TN State Minister Mr. Thangam Thennarasu, with Prof. Dr. K.M. Sivakholundu, Dean (NAOE & CTR) at IMU, is representing IMU in this project.
Numerical and Experimental Studies on Ship Turbulent Wakes for Stealth Signature
The project titled “Numerical and Experimental Studies on Ship Turbulent Wakes for Stealth Signature” is a three-year collaboration between Indian Maritime University (IMU) and Naval Research Board, DRDO. Led by Dr. Sheeja Janardhanan and Shri Avinash Godey from IMU Visakhapatnam, in partnership with the Naval Science and Technology Laboratory (NSTL), the project focuses on studying how ship turbulent wakes affect stealth capabilities. This research aims to enhance IMU's expertise in ship hydrodynamics and contribute to defense R&D.
