All scholarships
PhDFully Funded

Geotechnical Engineering Scholarship & Research Studentship at Oxford University

Last verified 21 May 2026 by the Scholarships for Africans editorial team

The University of Oxford is offering a fully funded 3.5-year D.Phil. in Geotechnical Engineering focusing on nature-based and biomimetic foundation systems. This scholarship covers full tuition and provides a substantial annual stipend, aiming to attract top doctoral candidates g

Provider
University of Oxford
Host country
United Kingdom
Deadline
To be confirmed for the 2027 intake
Region
Europe

Applying from your country? See your edition: Kenya · Nigeria · Ghana · Ethiopia · Uganda · Tanzania · Rwanda · Angola · Mozambique · São Tomé & Príncipe · Senegal · Cameroon · Ivory Coast · Benin · Togo · DR Congo

Eligibility & requirements at a glance

Review the recorded eligibility, funding and deadline information below. Confirm the current award conditions on the provider's official source.

Who can apply
Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.
Funding
Fully Funded
Study level
PhD
Deadline
To be confirmed for the 2027 intake

Key eligibility criteria

  • Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.

Recorded funding information

  • Fully Funded

About the Geotechnical Engineering Scholarship & Research Studentship at Oxford University (2026)

## Overview The University of Oxford is offering a prestigious Geotechnical Engineering Scholarship and Research Studentship for doctoral candidates in 2026. This fully funded 3.5-year D.Phil. program is specifically designed for innovative research into nature-based and biomimetic foundation systems. The initiative seeks to merge advanced engineering principles with sustainability, drawing inspiration from natural structures like tree roots to develop low-carbon geotechnical solutions. This research aims to revolutionize foundation building for critical infrastructure, including renewable energy installations, railways, offshore structures, and low-rise buildings in remote areas. ## Benefits Successful candidates will receive comprehensive financial support and unparalleled academic opportunities: * **Full course fee coverage:** This includes both home and overseas tuition rates, ensuring that financial barriers do not hinder deserving candidates. * **Generous Stipend:** A tax-free annual stipend of approximately £20,780 is provided for the entire 3.5-year duration of the D.Phil. program, allowing students to focus entirely on their research without financial strain. * **Expert Supervision:** The scholarship offers the unique opportunity to be supervised by distinguished academics, Professor Jonathan Knappett and Professor Chris Martin, leaders in the field of geotechnical engineering. * **Pioneering Research:** Scholars will contribute to cutting-edge research in biomimetic geotechnical engineering, working on solutions with significant environmental and engineering impact. * **Integration into Oxford’s Research Ecosystem:** Beneficiaries will be integrated into the University of Oxford's world-class research environment, gaining access to state-of-the-art facilities, extensive resources, and a vibrant academic community. ## Eligibility To be considered for this scholarship, applicants must meet the following criteria: * Hold a first-class or strong upper second-class honours degree (or its international equivalent) in Engineering, Applied Mathematics, or Physics. * Demonstrate excellent written and spoken English communication skills, essential for doctoral-level study and research dissemination. * The scholarship is open to both domestic (home) and international students, reflecting Oxford’s commitment to global academic excellence. * While not mandatory, a background in Geotechnical or Structural Engineering, programming proficiency in MATLAB or Python, and experience with Finite Element Analysis are highly desirable qualities that will enhance an applicant's profile. ## Required documents Applicants should prepare and submit the following as part of their graduate application: * Academic transcripts and certificates from all previous institutions. * A compelling personal statement or research proposal aligning with the project goals. * Letters of recommendation from academic referees who can attest to the applicant's academic abilities and research potential. * Proof of English language proficiency (if applicable, according to Oxford University's graduate admissions requirements). * A comprehensive CV detailing academic achievements, research experience, and relevant skills. ## Application steps Prospective candidates should follow these steps to apply for the Geotechnical Engineering Scholarship: 1. **Complete the Graduate Application Form:** This must be submitted through the University of Oxford’s official admissions portal. 2. **Quote Reference Number:** Ensure to quote the reference number **25ENGCI_JK** in all correspondence and on the application form to ensure proper allocation. 3. **Meet Oxford’s Admissions Criteria:** Applicants must satisfy all general graduate admissions criteria set forth by the University of Oxford. 4. **Informal Enquiries:** For any project-specific questions, informal enquiries can be directed to Professor Jonathan Knappett via email at jonathan.knappett@eng.ox.ac.uk. 5. **Submit by Deadline:** All applications must be submitted by the specified deadline. 6. **Expected Start Date:** The successful candidate is expected to commence their D.Phil. program in October 2026. ## Key dates * **Application Deadline:** Noon, 3 March 2026 (aligned with Oxford’s graduate admissions timeline). * **Program Start Date:** October 2026. ## Selection criteria Applicants will be rigorously assessed based on several key criteria to ensure the selection of a highly capable and motivated individual: * **Academic Excellence:** Demonstrated outstanding academic performance in relevant previous studies. * **Communication Skills:** Evidence of excellent written and spoken English communication abilities. * **Alignment with Project Goals:** A clear understanding of and genuine interest in the specific research area of nature-based and biomimetic foundation systems. * **Relevant Technical Skills:** Possession of desirable technical skills such as a background in geotechnical or structural engineering, proficiency in programming (MATLAB or Python), and experience with Finite Element Analysis. ## Tips * **Tailor Your Application:** Customize your personal statement or research proposal to specifically address your interest in biomimetic foundation systems and how your background aligns with the project's objectives. * **Highlight Relevant Experience:** Emphasize any past research, coursework, or projects related to geotechnical engineering, sustainable solutions, or computational modeling. * **Refine Communication Skills:** Ensure your application materials are impeccably written and articulate. Prepare to demonstrate strong verbal communication during any potential interviews. * **Contact Professor Knappett:** Utilize the option for informal enquiries to Professor Jonathan Knappett to gain deeper insights into the project and express your specific interests, which can also help in tailoring your application. * **Start Early:** Oxford's application process can be detailed. Begin preparing your documents well in advance of the March 3, 2026 deadline to ensure a thorough and complete submission. ## Official source For the most accurate and detailed information regarding this scholarship and the application process, please visit the official University of Oxford webpage: [Oxford University – Research Studentship in Geotechnical Engineering](https://eng.ox.ac.uk/study/research-studentships/research-studentship-in-geotechnical-engineering)

Funding information

The funding information below is recorded in this listing; it does not establish additional covered components. Check amounts, caps, exclusions and conditions on the official source.

  • Fully Funded

Geotechnical Engineering Scholarship & Research Studentship at Oxford University eligibility

Always cross-check eligibility against the sponsor's official site before applying — sponsor rules can change between intakes.

  • Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.

Geotechnical Engineering Scholarship & Research Studentship at Oxford University document information

No explicit document checklist is recorded here. If an application is required, prepare only the materials the provider requests.

    How to apply for the Geotechnical Engineering Scholarship & Research Studentship at Oxford University 2026

    Follow the provider's stated process. The checks below are guidance, not additional application requirements. Any original editorial instructions remain in the description above.

    1. 1
      Check the provider's process

      Consult https://eng.ox.ac.uk/study/research-studentships/research-studentship-in-geotechnical-engineering to confirm whether consideration is automatic or requires an application, and follow only the process stated there.

    2. 2
      Check eligibility and any requested materials

      Listed eligibility: Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.. Confirm the current criteria and, if submission is required, use the provider's own checklist.

    3. 3
      Check dates and next steps

      Listed deadline information: To be confirmed for the 2027 intake. Confirm any cutoff, time zone and follow-up process with the provider.

    Geotechnical Engineering Scholarship & Research Studentship at Oxford University deadline & application timeline

    Provider deadline information: To be confirmed for the 2027 intake. This text cannot be safely converted to a countdown; check the official source for its meaning. The earlier milestones are optional planning suggestions only.

    1. Planning suggestion: 12 months out

      Check the current call and decide whether this opportunity fits your plans.

    2. Planning suggestion: 6 months out

      If the provider requires tests or documents that take time, plan for them using its published instructions.

    3. Planning suggestion: 3 months out

      If an application is required, review the provider's process and prepare only the materials it requests.

    4. Planning suggestion: 1 month out

      If submission is required, allow time to check your materials and any stated cutoff.

    5. Provider deadline
      To be confirmed for the 2027 intake

      Provider deadline information: To be confirmed for the 2027 intake. Confirm the current instructions and any cutoff or time zone on the official source; no additional time is assumed here.

    Ready to apply?

    Cross-check the latest eligibility rules and deadline on the sponsor's official portal before you start your application.

    Visit official site

    Share this scholarship

    Send the application link to a friend or post it to your network.

    Tell us you're applying

    Share your details and we'll send deadline reminders plus similar awards you qualify for. Takes under a minute.

    We only use this to support your application. We never sell your details.

    Editorial verification note

    Imported from afterschoolafrica.com editorial listing.
    Last checked 5/21/2026

    Frequently asked questions

    Who can apply for the Geotechnical Engineering Scholarship & Research Studentship at Oxford University?+

    Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.

    What funding does the Geotechnical Engineering Scholarship & Research Studentship at Oxford University offer?+

    Listed funding: Fully Funded. Confirm amounts, exclusions and conditions on the official source. This label does not establish any additional benefit components.

    When is the application deadline?+

    Provider deadline information: To be confirmed for the 2027 intake. Confirm the current cutoff and any time zone on the official source; no additional cutoff or late-submission policy is assumed here.

    What documents do I need to apply?+

    No explicit document checklist is recorded here. If an application is required, prepare only the documents requested by the provider; requirements may differ from admission requirements.

    How do I check the application process?+

    Consult https://eng.ox.ac.uk/study/research-studentships/research-studentship-in-geotechnical-engineering to confirm whether consideration is automatic or requires an application, and follow only the process stated there. Listed eligibility: Applicants need a first-class or strong upper second-class honours degree (or equivalent) in Engineering, Applied Mathematics, or Physics, with excellent written and spoken English. Both home and international students are eligible.. Confirm the current criteria and, if submission is required, use the provider's own checklist. Listed deadline information: To be confirmed for the 2027 intake. Confirm any cutoff, time zone and follow-up process with the provider.

    UK student guides

    Free, country-specific guides to plan the rest of your UK study journey — from visa to first paycheck.

    Guides for this scholarship

    Next steps & guides

    Pick the guide that matches where you are right now.

    Explore related programmes

    Long-form sponsor guides, country pages and category pages connected to this scholarship.

    Related hubs

    Open the broader hub pages for every country, destination and field this scholarship touches.

    By destination