The PhD program at the School of Science (SCIENCE) is designed to provide a comprehensive and rigorous education in scientific research across a wide range of fields. It emphasizes the development of both technical and transferable skills to ensure that graduates are prepared to excel in their academic or professional careers. Here’s an overview of the key components of the program:

1. Independent Research Project

PhD candidates undertake a self-directed research project, contributing to advancing knowledge in their chosen scientific area. This project forms the backbone of the PhD journey, allowing candidates to develop expertise in their field while fostering critical thinking and problem-solving skills.

2. International Research Experience

The program encourages PhD students to gain experience beyond their home institution. This could involve stays at other research institutions, both domestically and internationally, to broaden the student’s perspective, enhance collaboration, and expose them to different research methodologies and environments.

3. PhD-Level Courses

In addition to the research component, students complete PhD-level coursework, ensuring a solid theoretical foundation and mastery of advanced techniques relevant to their field of study. These courses complement the research experience and contribute to a broader understanding of scientific disciplines.

4. Teaching and Knowledge Dissemination

As part of their training, students are also expected to engage in teaching and other forms of knowledge dissemination. This not only helps to build communication and presentation skills but also contributes to the academic community. Teaching can include leading seminars, tutorials, or assisting in laboratory classes.

5. Thesis Writing and Defense

The culmination of the PhD program is the writing and defense of a PhD thesis, where candidates present the results of their research in a formal document. The defense involves presenting and justifying their findings to a panel of experts, demonstrating the significance and contribution of their work to the field.

Program Goals:

  • Advanced Research Skills: Equip students with the technical expertise to carry out independent and innovative research.
  • Complementary Competencies: Provide additional skills, including teaching, communication, and project management, to prepare students for diverse careers.
  • Global Perspective: Exposure to international research practices and collaborative opportunities to encourage global networking and learning.
  • Scientific Excellence: Ensure that graduates contribute to the highest level of scientific discovery and progress.

Application Deadline: 🗓 28 March 2025, 23:59 GMT +1

Developing energy solutions that can generate power from the body—whether through biofuel cells, thermoelectrics, piezoelectrics, or electromagnetic generators—could transform how we think about wearable devices, especially in terms of comfort and sustainability.

The focus on additive manufacturing for scalable production, material characterization, and circular economy approaches shows a comprehensive vision for not only advancing technology but also ensuring environmental sustainability. The idea of using reclaimed materials and optimizing end-of-life strategies makes this project stand out in terms of its forward-thinking approach.

The ideal candidate seems to need a mix of technical expertise, a passion for sustainable innovation, and a collaborative mindset. If you’re considering applying for this role, it looks like an amazing chance to dive into interdisciplinary work and contribute to both wearable technology and sustainable energy.

Supervisory team: Dr Sarah-Jane Potts and Dr Eifion Jewell
Deadline to apply: 24th February 2025
Start Date: 1st October 2025

DREAM+PLAN is an amazing initiative that not only fosters academic growth but also aligns with global efforts to tackle climate-related challenges. The fact that the program involves such a diverse consortium—ranging from universities to multinationals and NGOs—offers an incredible opportunity for interdisciplinary collaboration and real-world impact. The emphasis on sustainability, fairness, and inclusivity makes it especially relevant for those passionate about creating positive environmental and societal change.

It’s great that applicants can apply for multiple research positions within the program, giving them a chance to explore different projects and align their work with their passions and expertise. This could be an excellent opportunity for researchers looking to combine academic rigor with practical, transformative outcomes.

You can apply for up to 3 different positions. For each position, you must choose one of the 3 research projects proposed.

DEADLINE FOR APPLICATIONS: 13 March 2024

The Africa Scholarship Programme (ASP) at Wageningen University offers exceptional and motivated students from Africa a unique opportunity to pursue a Master’s degree in various fields related to agriculture, environment, and life sciences. This prestigious scholarship aims to not only provide top-tier academic training but also to contribute to capacity building across Africa, equipping graduates with the knowledge and skills necessary to address critical challenges on the continent.

The program is designed to attract talented individuals who are committed to using their education to make a positive impact on sustainable development, food security, environmental management, and other pressing issues in Africa.

By participating in the ASP, students will benefit from Wageningen University’s world-class research, facilities, and international network, while contributing to the university’s mission of fostering global development through education.

This is an excellent opportunity for African students seeking to advance their studies at one of the leading universities in the world in these fields, while also contributing to broader development goals across the continent.

Notice:

1 February 2025: Deadline for MSc applications
13 March 2025: Invitations sent for next steps
May 2025: Final selection results