University:
Delft University of Technology
Country:
Netherlands
Deadline:
2025-09-30
Fields:
biomechanical engineering, mechanical engineering, materials science, biomedical engineering, computational modelingAre you passionate about transforming the future of healthcare by developing innovative, sustainable medical technologies? Do you aspire to contribute to cutting-edge research that could revolutionize spinal care and improve patient outcomes worldwide? If so, the PhD position on the development of biodegradable, bioactive vertebral implants at Delft University of Technology (TU Delft) could be your ideal next step.Strongly interdisciplinary and highly collaborative, this project offers the unique opportunity to work at the intersection of biomechanics, materials science, and biomedical engineering—fields that are rapidly shaping the future of personalized medicine and regenerative therapies. Read on to discover how you can become part of this transformative research endeavor in the heart of Europe.
About The University Or Research Institute
Delft University of Technology, commonly known as TU Delft, stands as one of Europe’s most prestigious technical universities. Located in the historic city of Delft in the Netherlands, TU Delft is renowned for its pioneering contributions to engineering, science, and design. The university boasts a rich legacy, from the creation of the world-famous Dutch waterworks to cutting-edge advances in biotechnology and digital society.TU Delft’s Faculty of Mechanical Engineering is a dynamic and innovative hub, equipped with state-of-the-art laboratories and a vibrant international community. The faculty is dedicated to fostering responsible, socially engaged engineers and scientists through outstanding education and groundbreaking research. With a strong focus on sustainability, societal impact, and interdisciplinary collaboration, TU Delft provides an exceptional environment for doctoral candidates to thrive both academically and personally.The Netherlands itself offers a welcoming, multicultural setting with a high quality of life, excellent infrastructure, and a strong tradition of academic excellence. TU Delft supports international students and staff with comprehensive relocation services, networking opportunities, and dual career support for partners, making it an ideal destination for ambitious researchers from around the globe.
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Research Topic and Significance
This PhD project centers on the development of bioactive, 3D-printed vertebral implants for spinal fixation, in collaboration with Amber Implant. The research aims to integrate biodegradable metals, bioactive ceramics, and peptide-functionalized coatings using advanced multi-material 3D printing techniques.The significance of this research lies in its potential to address the limitations of current vertebral fracture treatments, which often rely on permanent implants that may cause long-term complications or require additional surgeries. By designing implants that degrade in harmony with bone healing, the project seeks to enable more natural, regenerative recovery processes and reduce the need for secondary interventions.The project’s interdisciplinary approach—combining materials science, biomechanics, computational modeling, and clinical expertise—reflects the urgent need for innovative solutions in the field of regenerative medicine. Success in this area could set new standards for spinal care and inspire further advances in personalized, bioactive medical devices.
Project Details
As a PhD Researcher, You Will
– Design and fabricate scaffolds using direct ink writing, incorporating both biodegradable and non-biodegradable materials.– Develop and apply bioactive peptide coatings to promote osteointegration.– Analyze material degradation and ion release profiles to ensure scaffold degradation aligns with bone healing.– Conduct mechanical and in vitro testing to validate implant performance.– Collaborate closely with multidisciplinary teams from TU Delft and Amber Implant, including biomechanical and biomedical scientists, engineers, and clinical experts.– Prepare scientific publications, present at conferences, and contribute to the preclinical validation package.The project is supervised by Dr. Mohammad J. Mirzaali and Prof. Amir A. Zadpoor, both recognized for their expertise in biomaterials and computational modeling.The Faculty of Mechanical Engineering at TU Delft provides a stimulating research environment, access to leading-edge facilities, and a supportive academic community. Doctoral candidates are enrolled in the TU Delft Graduate School, which offers comprehensive training in research and transferable skills.
Candidate Profile
The ideal candidate will possess the following qualifications and attributes:– Holds a second-level Master’s degree (120 ECTS + 180 ECTS from a bachelor degree), a single-cycle degree (minimum 300 ECTS), or an equivalent second-cycle qualification in biomechanical engineering, mechanical engineering, materials science, or a related field.– Has not yet obtained a doctoral degree at the time of recruitment.– Demonstrates proficiency in English (non-native speakers’ proficiency will be assessed during the interview).– Is available for full-time enrollment in the PhD program at TU Delft.– Exhibits a strong background in biomechanics, materials science, or bone biology.– Has experience in computational modeling, particularly with Finite Element Method (FEM) and familiarity with software such as ABAQUS.– Possesses high-level programming skills, especially in Python, for model development and process automation.– Demonstrates expertise in 3D printing technologies, particularly those related to bio-based materials, as well as characterization techniques such as imaging and mechanical testing.– Has knowledge or experience in material design and topological optimization.– Shows motivation, initiative, and the ability to work both independently and as part of a multidisciplinary team.
Application Process
TU Delft Is Committed To Fair And Inclusive Recruitment. Applications Must Be Submitted Online By 30 September 2025 Via The Official Application Portalhttps://careers.tudelft.nl/job/Delft-PhD-Position-Development-of-Biodegradable-Implants-2628-CD/827001902
Required Application Documents
– Curriculum Vitae (CV)– Motivational letter– Academic transcripts– Two reference contactsPlease address your application to Dr. Mohammad J. Mirzaali.
Note
– Applications sent by email or post will not be processed.– A pre-employment screening and a knowledge security check may be part of the selection procedure.– For English proficiency and other Graduate School admission requirements, please consult the TU Delft Graduate School’s official guidelines.– For more information about the vacancy, refer to the official advertisement link above.TU Delft offers a four-year employment contract, with an initial 1.5-year contract and a progress assessment at 15 months, followed by a 2.5-year extension upon satisfactory performance. Salary ranges from €3059 per month in the first year to €3881 in the fourth year, in accordance with the Collective Labour Agreement for Dutch Universities. Additional benefits include a customizable compensation package, health insurance discounts, monthly work costs contribution, and flexible work schedules. Comprehensive relocation support is available for international candidates.
Conclusion
If you are eager to advance your career in biomedical engineering, materials science, or biomechanics and are driven by the desire to make a tangible impact on global healthcare, this PhD opportunity at TU Delft is not to be missed. The university’s supportive environment, world-class facilities, and commitment to innovation make it an outstanding place to pursue your doctoral studies.Apply by 30 September 2025 and take the next step toward shaping the future of spinal care. For more opportunities like this, be sure to explore the related positions listed below this post.Want to calculate your PhD admission chances? Try it here:https://phdfinder.com/phd_admission_chance_calculator/
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