Research Interest and Capabilities

Research Interest at TMI

Research Interest at TMI include

Marine Engineering, Nautical Technology and Naval Architecture Mechanical Engineering Electrical & Electronics Engineering Applied Science
  1. Critical analysis of Ship operation to reduce emissions and enhance the efficiency of operation
  2. Investigation and improvement on the performance of ships/barges operating in shallow water
  3. Considering the future prospects for ships operating in inland waterways, analyze the use of Air Lubrication System in Shallow water operation.
  4. Based on the recommendation from IMO to enhance the energy efficiency of ships, investigate the use of Flettner rotors for the ships.
  5. Ship and Voyage optimization for reducing fuel consumption
  6. Predictive maintenance of shipboard equipment & machinery to reduce the breakdown.
  7. Analysis for improvement of Human Resources related to shipping industry.
  1. Applications of Heat Pipe in cooling the microprocessors, motherboards etc. and its applications in Shipping industry
  2. Investigation and reduction of Marine Machinery NVH (Noise, Vibration and Harshness)
  3. Multibody Modelling and Simulation of Marine Systems
  4. Investigation on Marine Renewable Energy
  5. Biofuel, Biodiesel engine combustion and emissions, Biodiesel additives, nano-particles.
  6. Application of Heat Pipes in Marine field.
  7. Use of Fuel Cell for the Propulsion Systems.
  1. Research on Transient Stability in multimachine power systems
  2. Investigation of Sensor Fusion
  3. Use of location awareness, control and management
  4. Application of Electrical Technology & Automation in Marine field
  5. Application of Virtual and augmented reality.
  1. To solve the generalized multi-port container stowage planning problem
  2. Artificial Intelligence
  3. Computer Vision in Medical Image Processing
  4. Big Data and Analytics
  5. Brain Computer Interaction and Human Computer interaction
  6. Machine Learning, Deep learning (CNN, RNN, GAN, computer vision, Adversarial attacks and prevention
  7. Network and cyber security.

 

Capabilities of TMI

The naval architecture and marine design services provided by TMI faculty members cover a wide range, including all aspects of ship design and detail engineering, to support various shipbuilding activities and techno-economic feasibility studies.

TMI’s capabilities include:

Marine Engineering, Nautical Technology and Naval Architecture Mechanical Engineering Electrical & Electronics Engineering
  1. Concept Design of Ship
  2. 3D Modelling, Hull form Development and Fairing
  3. Hydrostatic calculations & Cross-curve calculations
  4. Design Study Reports and Feasibility Studies
  5. Rule based Scantling calculations
  6. Loadline, Tonnage and freeboard calculations
  7. Resistance and propulsion calculations
  8. Intact & Damage stability calculations including Probabilistic damage stability analysis
  9. Calculations related to EEXI, CII and EEOI.
  10. Cargo Stowage and Securing Calculations using CSS 2021 Code.
  1. Structural Design and Advanced Analysis, including FEA
  2. Multi-phase fluid flow analysis using Star CCM+
  3. Machinery, Equipment and Structural borne Vibration Analysis
  4. Corrosion and Erosion Analysis.
  5. Vessel Conversion Studies and Engineering
  6. Load Calculation of Mooring equipment.
  7. Cargo Operation, Process optimization.
  1. Remote diagnostic services and technical support for ships.
  2. Electrical and electronic system problem analysis and trouble shooting.
  3. Remote diagnostic services for Reefer container.
  4. Design and development of Instrumentation and control system for various processes.
  5. Software development for PLC, SCADA, HMI.
  6. Feasibility study and design of VFD based control system.
  7. Design of bladeless ventilation system for the ship.
  8. Feasibility study of conversion of the existing high-power squirrel cage induction motor drives into BLDC motor drives.
  9. Conversion of relay-based control technology into PCB based technology / PLC ladder logic control technology.