Professor Ehsan Mesbahi
Dean (Singapore) Chief Executive (NUIS)

  • Email: ehsan.mesbahi@ncl.ac.uk
  • Telephone: +65 962 55036
  • Address: Faculty of Science Agriculture and Engineering (SAgE)
    Devonshire Building,
    Newcastle University,
    Newcastle upon Tyne
    NE1 7RU
    UK

Background

Engineer Officer (1984-1989)

Academic (1991 - present) 

Roles and Responsibilities

Faculty Dean (Singapore)

Chief Executive Officer, NUIS

Faculty’s Singapore Steering Committee 

Chair of Operations Committee for International Programmes (Singapore)

Management Board, Newcastle Institute for Research on Sustainability (NIRes) 

South East Asia International Sub-Committee

SAgE Faculty Executive Board (FEB)

Chair, Faculty’s Governance Committee for Internationalisation (Singapore)

Chief Executive Officer and Director, Newcastle University International Singapore Pte Ltd. (NUIS)

University International Executive Group (IEG)

Qualifications

PhD Newcastle 2000
MSc Newcastle 1991
BSc Zahedan/India 1989

Memberships

Fellow Member, Institute of Marine Engineering, Science and Technology(IMarEST)
Chartered Engineer (1996)

Honours and Awards

Stanley Grey Fellowship

CVCP ORS Award  

Languages

English

Persian

Research Interests


    Design, development and optimisation of Marine Engineering systems.
    Design, development and optimisation of Ballast Water Manegement systems.
    Assessment of Engine Performance using biofuel, fuel additives/chemicals and catalysts.
    Development and application of Self Organising Maps and Auto-associative networks for clustering genetic sequences.
    Advanced condition/performance monitoring systems for ships.
    Marine Engineering Design for Suatainability.
    Design and implementation of intelligent roll stabilisation system for multi-hull high speed craft and frigates.
    Virtual Reality and Ship Design.
    Application of Artificial Neural Networks in Modelling, Identification and Control of Marine Machinery Systems.
    Adaptive control and monitoring of high-speed diesel engine NOx emissions using ANN and humid air supply with alcohol additives.
    Marine Environmental Engineering, Ballast Water Treatment Techniques, High Temperature Thermal Treatment.
    Combined application of Thermal imaging and ANN technology in remote observation and level control of a Liquefied Gas tank.
    Combined application of vibration analysis methods and recurrent neural networks in condition monitoring and fault diagnosis of marine diesel engines
    Design and implementation of fully automated intelligent robots for underwater cleaning of environmentally friendly coatings

    Current Work

    Studentships:

    • SBRC-BBSRC: "Cryptic codes in non-coding DNA: Autoassociative Neural Network and multidimensional Self Organising Map (SOM) mediated prediction of positional significance of cis-elements in co-regulated expression systems."

    UK Government funded projects:



      UK and India Education and Research Initiative (UKIERI) funding for development of scientific assessment methodologies for ships’ ballast water management systems in collaboration with Dr. A C Anil in National Institute of Oceanography, Goa, India.
      For more info please see:
      UKIERI

      Industry funded research:



        Intelligent Roll stabilisation system design using Inverse Artificial Neural Networks.
        Advanced condition/performance monitoring systems for onboard applications.
        Ballast water treatment methodologies and efficiencies(Chemical Treatment).
        Balalst Water treatment (Mechanical Treatment).

        EU funded projects:



          MARSTRUCT, "Improving the comfort, effectiveness, safety, reliability and environmental behaviour of ship structures through the application of advanced structural and reliability assessment within design".
          FLOWMART, “Efficient Low-Wash Maritime Transportation”
          MARTOB, “On Board Treatment of Ballast Water (Technologies Development and Applications) and Application of Low-Sulphur Marine Fuel (martob.ncl.ac.uk/),
          VRSHIPS-ROPAX2000, "Virtual Ship Design, Modelling and Simulation"
          FASTPOD, “Fast Ship Applications of POD Drives”
          BaWaPla: "Sustainable Ballast Water Treatment Plant"
          CREATE3S: "innovative Concepts REalized by Advanced design&production to improve Transport Efficiency in Short Sea Shipping".

          Research Roles

          Principal investigator on 5 research projects
          Co-investigator on 6 research projects

          Postgraduate Supervision


            Development of Advanced condition and performance monitoring systems for onboard ship applications.
            Application of Self Organising Maps and Auto-associative ANNs for assessment and modeling of marine biodiversity.
            Development of Marine Environmental Impact Assessment Tool
            Modelling and simulation of Engine Room systems in Virtual Reality.
            High Temperature Ballast Water Treatment Systems.
            Modelling and Simulation of Onboard Power Management Systems.
            Application of ANNs in Modelling and Simulation of Propulsion Systems.
            The effects of Water Injection on Combustion Generated Harmful Emissions and Engine Performance.
            Study of artificial neural systems and expert systems in energy applications such as gas turbines and combined cycle power plants.
            Study of thermodynamic processes, such as gas turbines and combined cycles and application of new tools for analysis and optimisation.
            Onboard ballast water treatment systems, control, modelling, technology and regulations.

            Esteem Indicators

            Visiting Professor at University of Stavanger, Department of Mechanical and Structural Engineering and Material Science

            Technical consultant to UK Department for Transport (DfT) through AEA on "Low Carbon Commercial Shipping"

            Invited speaker at Marine Machinery Performance Analysis and Management Conference, Lloyd's List, February 2007, London.

            Invited speaker at Greenship Conference, Amsterdam, April 2005.

            External PhD/MPhil examiner at Delft University, Netherlands and Lund Technical University, Sweden.

            Invited speaker, US Coast Guard, Scientific Workshop on Ballast Water Treatment Standards, Arlington, USA.

            Invited speaker at “Nordic Ballast Water Summit” organised by DNV, 28th -29th January 2002, Oslo, Norway.

            Invited Lecture on “Artificial Neural Networks and their Applications in Gas Turbine Fault Diagnostics and Condition Monitoring”, June 2000, ABB Alstom, Sweden.

            Invited speaker at RECSO / IMO-GloBallast Joint Regional Seminar on Tanker Ballast Water Management & Technologies, 17th -18th December 2002, Dubai, UAE

            Invited Lecture on “Artificial neural Networks, Fundamentals and applications”,Trondheim University, MARINTEK, Norway.

            Invited lecture on “ Application of Artificial Neural Networks on Sensor Validation, Condition Monitoring and Fault Diagnosis of heat Engines”, Lund Technical University, Sweden.

            Invited paper in 1st International EuroConference on Computer Applications and Information Technology in the Maritime Industries, COMPIT2000, Berlin, Germany.

            Invited lecture for National Instruments Academic and Research Day, "Innovative application of LabView on simulation of ANN and intelligent system for research and teaching purposes", 2001, Manchester.

            Patents

            Development of a Ballast Water treatment process for oil tankers, Patent Pending, filed on 25th March 2007, Application No. 0704979.4

            Undergraduate Teaching

            Marine Engineering Practice I (MAR1001)(module Leader)
            Marine Engineering III (MAR3016)(module leader)
            Marine Engineering Design (MAR3001)(module leader)
            Marine Informatics I (MAR1004)(module leader)
            Marine Informatics II (MAR2004) (module leader)

            Postgraduate Teaching

            Marine Transmission Systems (MAR8003)(module leader)
            Marine Machinery Systems (MAR8026)
            Compter Aided Engineering(MAR402)
            Ship Propulsion (MAR8025)