Growing Through Research: An International Perspective on Doing a PhD in Germany (1/3)
Intan A. Syaridatul M. comes from Indonesia and is currently working as a doctoral researcher in the PET Physics Group at the Institute of Neuroscience and Medicine - Medical Imaging Physics (INM-4) at Forschungszentrum Jülich. She came to Germany through the DAAD Research Grants – Doctoral Programmes, which support international researchers in pursuing advanced academic training.
Her research focuses on neuro-oncology, with a particular emphasis on multiparametric brain tumour characterization using PET time-activity-curve (TAC) shape analysis. She develops quantitative methods for dynamic PET imaging that can be validated with MRI and ultimately applied in clinical settings. An important aspect of her work is ensuring that these methods remain accessible and useful even in developing countries such as Indonesia, where advanced systems such as PET/MR are still limited.
In this interview she talks about her personal experiences with the scholarship and doing a PhD at Forschungszentrum Jülich.
What I enjoy most about my field is the opportunity to combine physics, medical imaging, and data analysis in a meaningful way. It is incredibly motivating to know that my work can contribute to improving clinical outcomes and support better diagnosis and treatment for brain tumour patients.
How did you first hear about the DAAD scholarships? What motivated you to apply?
I first learned about the DAAD Research Grants in Germany during my master’s studies in Indonesia. I came across the programme through DAAD Indonesia webinars, media channels, and through lecturers and colleagues who had previously studied in Germany.
My motivation to apply was driven by Germany’s reputation for world-class research infrastructure and its strong culture of collaboration between universities, research institutes, clinical hospitals, and industry. This creates an ideal environment for translational research. At the same time, I have a long-term goal of becoming a leader in nuclear medicine physics in Indonesia, where the number of experts is still limited.
I hope to use the knowledge and experience gained during my doctoral studies in Germany to contribute to education, research, and capacity building once I return to Indonesia. In addition, I aim to build and strengthen collaborations between Indonesia, Germany, and the wider scientific community through international partnerships and DAAD alumni networks.
How did you experience the application process?
The application process was well-structured and transparent, but it required careful preparation and close attention to detail. One of the main challenges was developing a strong research proposal and coordinating effectively with supervisors. Preparing all the required documents also demanded good time management and persistence. At the same time, I was positively surprised by the clear guidance provided throughout the process, which helped me understand expectations at each stage.
Overall, the application journey was demanding, but it was also highly valuable in strengthening my research planning and communication skills.
Why did you choose to pursue your PhD at Forschungszentrum Jülich?
I chose Forschungszentrum Jülich because it is one of the leading research institutions within the Helmholtz Association, known for its innovative research and advanced technologies. The availability of state-of-the-art imaging systems, including PET/MRI, made it an ideal place to carry out my research.
Another important factor was the strong collaboration between Forschungszentrum Jülich and university and clinical partners, such as Uniklinikum RWTH Aachen. I was also particularly motivated by the opportunity to work with experienced researchers in clinical nuclear medicine and medical imaging physics.
Access to high-quality data, combined with interdisciplinary expertise, allows me to develop research that is not only scientifically meaningful but also clinically relevant.
How would you describe your experience as a doctoral researcher at Forschungszentrum Jülich so far?
My experience has been both enriching and intellectually stimulating. Since my project is an individual research project, it requires a high level of self-management, independence, and the ability to plan research milestones effectively.
At the same time, the academic environment strongly encourages collaboration, critical thinking, and exchange with international colleagues. This has significantly broadened my scientific perspective and strengthened my communication skills.
In my day-to-day work, I analyze medical imaging data, develop computational models, and regularly discuss my findings with supervisors and team members. I also benefit from structured support systems such as JuDocs (Jülich Center for Doctoral Researchers and Supervisors), which provide training, networking opportunities, and guidance that support both my professional development and my daily research activities.
What was your experience of relocating to and settling in Jülich?
Moving to Germany with my family was a major transition, as we adapted to a new culture, language, and climate. This was especially true for my children, who were three years and eight months old at the time. The strong support we received early on made a significant difference. One of the main challenges was finding suitable family housing in Jülich, as such accommodation is limited and requires early planning. During the first months, we also had to navigate administrative procedures and establish new routines, but the International Office at Forschungszentrum Jülich provided valuable support. In addition, RWTH Aachen University, my partner university for pursuing a PhD at Forschungszentrum Jülich, helped secure daycare placements even before our arrival, allowing me to balance family life and research from the very beginning.
Overall, Jülich has proven to be a calm and family-friendly town, which has helped us settle in and feel at home over time.
