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Overview

International PhD Program in Sustainable Energy (IPSE)

Sustainable energy (SE) is a renewable energy supply that meets current needs without compromising the attributes that will allow people to meet their needs of the future. SE is currently the focus of development in countries around the world. The goal of the IPSE is to educate high-level professionals who will play a leading role and contribute to the development of SE technologies.

Our IPSE is a fully English-taught program that targets master’s degree holders in engineering or science, with a full professional curriculum designed to enable them to develop a professional career in the energy field in the future. The curriculum covers Biofuels and Biomass energy, Biorefinery, Bioelectricity, Carbon Asset and Risk Management, Electrochemical Systems, Supercapacitor, Battery and Energy Storage Materials, etc. The IPSE combines the University’s outstanding faculty in SE with an international teaching environment to help students develop a complete expertise in energy technology, thereby building a solid green energy technology profession.

Graduates of IPSE are capable of leading the development of the energy field with their professional skills and have the expertise and knowledge to tackle renewable energy and SE technologies. The PhD in SE also offers a wide range of career opportunities, including faculty positions in relevant international energy engineering academic institutions or supervisor positions in research institutes, as well as senior managers and consultants in practical energy plants.

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Course List  

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Renewable and Sustainable Technology
 
  · Introduction to Sustainable Development
    · Renewable Energy and Fuel
    · Energy Conversion and Green Technology
    · Hydrogen Energy

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Biomass Energy
    · Biomass Energy and Bioproducts
    · Biorefinery Technology
    · Food Waste and Energy

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Energy Storage and Battery
    · Electrochemial Energy Storage Systems
    · Materials and Techniques for Batteries
    · Electrode Materials Fabrication and Development

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Fuel Cell Technology
    · Microbial Fuel Cells
    · Fuel Cells

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Energy Analysis Techniques/Method
    · Analytical Techniques for Materials Chemistry

    · Bioelectrochemistry

Faculty

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