Program Mission Statement

Advancing sustainable energy research through science, engineering, technology, policy, and systems innovation.

 

Program Overview

CSE’s Sustainable Energy PhD program provides students with advanced knowledge and guided research experience in energy science, technologies, and policies that support sustainable development. The program addresses sustainable energy systems and fuels, energy-economy interdependencies, industrial systems and urbanization, sustainability in the oil and gas sector, transportation, manufacturing, and the wider social, economic, environmental, and technological dimensions of energy transitions. Through core training, specialized electives, research seminars, qualifying and candidacy examinations, and a dissertation, students develop the scientific, engineering, analytical, computational, and policy-oriented capabilities needed to conduct original research. The program prepares graduates for leadership roles in academia, research institutions, industry, government, consulting, and technology-driven sectors focused on sustainable energy innovation and responsible energy-system transformation.

 

Program Objectives

The program aims to:

  • Provide doctoral students with advanced multidisciplinary knowledge of sustainable energy science, engineering, technologies, systems, and policy.
  • Develop researchers who can independently assess complex energy challenges arising from growth, urbanization, transportation, manufacturing, industrial activity, and energy-economy interdependencies.
  • Build strong scientific, engineering, analytical, computational, and methodological capabilities through core courses, technical electives, research seminars, and doctoral dissertation research.
  • Enable students to generate original research contributions that support sustainable energy development at local, regional, and global scales.
  • Prepare graduates for research-intensive and leadership careers in academia, industry, government, consulting, and technology-driven energy sectors.

Language

English

Program Duration

3.5 Years

Certification

Doctorate

Program Structure

The Sustainable Energy PhD program is structured as a 60-credit doctoral degree for students holding a master’s degree and is typically completed over 3.5 years. Students complete three core courses, including research methods and ethics, sustainability fundamentals, and one quantitative or computational core course such as statistics, advanced mathematics, computational data analytics, numerical methods, or systems optimization. They also complete three electives selected from a multidisciplinary portfolio covering energy resources and generation, oil and gas technology, solar photovoltaics, renewable energy systems, energy storage, smart grids, microgrids, sustainable design, life cycle assessment, resource efficiency, sustainable cities, the energy-water-food nexus, materials, corrosion, transport phenomena, and related environmental topics. The program also includes two graduate research seminar requirements, qualifying and candidacy examinations, dissertation research, and a final dissertation defense.

Curriculum Overview

The Doctor of Philosophy program in Sustainable Energy provides advanced knowledge and guided research in energy science, technologies, and policies that support sustainable development. The curriculum addresses sustainable energy systems and fuels, energy-economy interdependencies, industrial systems and urbanization, sustainability in the oil and gas sector, transportation, manufacturing, and energy policy. It adopts a multidimensional approach that considers the social, economic, environmental, and technological aspects of sustainability. PhD students complete 60 credits, including three core courses, three electives, two semesters of graduate research seminars, dissertation research, a qualifying examination, a candidacy examination, and a final dissertation defense.

Course Categories 

  • Core Courses 
    Research methods and ethics, sustainability fundamentals, and quantitative or computational methods.
  • Elective Courses 
    Specialized courses across energy resources, generation, solar photovoltaics, renewable energy systems, energy storage, smart grids, microgrids, oil and gas technology and economics, sustainable design, life cycle assessment, resource efficiency, sustainable cities, the energy-water-food nexus, materials, corrosion, transport phenomena, and relevant environmental topics.
  • Graduate Research Seminars 
    Two semesters of seminar-based exposure to current research, academic discussion, and emerging sustainable energy topics.
  • Dissertation Research 
    A minimum doctoral research component under the supervision of an adviser and PhD dissertation committee.
  • Non-Course Requirements 
    Doctoral qualifying examination, candidacy examination, and final dissertation defense.
Study Plan

Number of Career Pathways

1

Pathway Title

Sustainable Energy

Pathway Description

A doctoral research pathway that prepares students to conduct original research on sustainable energy systems, technologies, policies, and transitions across renewable energy, energy efficiency, storage, smart grids, oil and gas sustainability, transportation, manufacturing, and energy-economy challenges through advanced coursework, seminars, qualifying and candidacy examinations, dissertation research, and final defense.

Program Educational Objectives

  • Prepare doctoral graduates with advanced knowledge of sustainable energy principles, energy systems, technologies, policy, and sustainability assessment.
  • Develop graduates who can independently apply scientific, engineering, analytical, and computational methods to address complex sustainable energy research challenges.
  • Equip graduates to generate original research contributions that support sustainable energy development at local, regional, and global scales.
  • Prepare graduates for research-intensive and leadership careers in academia, industry, government, consulting, and technology-driven energy sectors.
  • Foster ethical, multidisciplinary, and systems-based thinking for decision-making in areas such as renewable energy, energy efficiency, storage, smart grids, sustainable fuels, and responsible energy-system planning.

Student Outcomes

Upon successful completion of the program, graduates will be able to:

  • Apply advanced knowledge of science, engineering, sustainability, and energy systems to identify, formulate, and solve complex sustainable energy research problems.
  • Analyze and interpret data using appropriate experimental, analytical, computational, and statistical methods to support evidence-based energy research and decision-making.
  • Design and evaluate sustainable energy solutions that consider technical performance, environmental protection, social responsibility, policy context, and economic feasibility.
  • Conduct independent doctoral research using appropriate methodologies, ethical practices, and critical analysis to generate original contributions to sustainable energy knowledge.
  • Communicate research findings effectively with technical and non-technical audiences through written, oral, visual, and scholarly formats.
  • Recognize professional and ethical responsibilities in energy research and practice, including sustainability, societal impact, safety, and responsible resource management.
  • Function effectively in multidisciplinary research settings, demonstrating collaboration, leadership, and the ability to integrate perspectives from science, engineering, policy, economics, and society.
  • Engage in lifelong learning by identifying emerging energy challenges, technologies, regulations, and research developments relevant to sustainable development.

Academic Requirements

Applicants to the Doctor of Philosophy in Sustainable Energy should have a strong academic record, with a minimum GPA of 3.0 out of 4.0 from a recognized university. Applicants must hold a master’s degree in a relevant field.

Preferred fields of study include engineering and science disciplines. Applicants from architecture, urban planning, business, economics, policy, and social sciences may also be considered, provided they demonstrate strong analytical skills. Prior research experience is preferred, especially for PhD applicants.

English Language Requirements

Applicants must demonstrate proficiency in English by submitting a valid IELTS score of 6.5 or a TOEFL score of 79. Further details on English language proficiency requirements, including possible exemption criteria, are available through CSE Admissions.

Standardized Tests

Applicants to the Doctor of Philosophy in Sustainable Energy are required to submit a GRE General test score at the time of application, where applicable under CSE admissions requirements.

Required Documents

  • Academic transcripts for all previous university studies, including final transcripts and graduation statements where applicable.
  • Official translation of transcripts, if the original documents are not in English or Arabic.
  • Standardized test results, where required, including GRE, GMAT, TOEFL, or IELTS scores.
  • Two letters of recommendation, including at least one from an academic referee.
  • Personal statement of interest, 300–500 words, explaining the applicant’s motivation, personal objectives, research interests, and achievements.
  • Current résumé or curriculum vitae, including academic qualifications, professional experience, publications, research projects, awards, and conference presentations.
  • Copy of passport; Qatar nationals and residents must also submit a valid Qatari ID.

Program Coordinator Name

Dr Yusuf Bicer

Coordinator Email

ybicer@hbku.edu.qa