Eva Blasco

PhD opportunity at Heidelberg University in Germany, linked to the Blasco Group at the Institute for Molecular Systems Engineering and Advanced Materials (IMSEAM). The project is aimed at motivated candidates interested in biomaterials , polymer chemistry , and biomedical research . The group’s broader research sits at the interface of organic chemistry , materials science , and optics , with a strong emphasis on polymer-based functional materials for 3D/4D printing . Techniques mentioned on the group page include two-photon 3D laser printing and digital light processing . This is a PhD opening rather than a scholarship announcement. The post does not specify funding details, stipend amount, tuition coverage, or a deadline. It also does not list formal entry requirements such as degree class, language scores, or prior experience, beyond the stated interest areas. For more information or to apply, use the application link in the post. Questions can be directed to Samantha Catt or Eva Blasco .

Heidelberg University in Germany is advertising two open PhD positions in the Blasco Group at the Institute for Molecular Systems Engineering and Advanced Materials (IMSEAM). The research environment is highly interdisciplinary and sits at the interface of materials science, chemistry, optics, and polymer engineering . The group focuses on the design and synthesis of polymer-based functional materials for 3D/4D printing , including light-based printing methods such as two-photon laser printing and digital light processing. One position specifically mentions interest in materials science and 3D printing within the Collaborative Research Center on N-heteropolycycles as functional materials . Applicants should be motivated and prepared to submit an academic CV, motivation letter, and transcripts. The post does not list detailed GPA, degree, or language-test requirements, so candidates should check the linked project pages and application portal for full eligibility criteria. Application routes differ by position: one requires email submission to the listed supervisors, while the other uses an online portal. The deadline for both positions is 15 June 2026 . This opportunity is best suited to students interested in materials science, chemistry, polymer functional materials, 3D/4D printing, and advanced materials engineering .

Heidelberg University is advertising two PhD openings in the Blasco Group / Institute for Molecular Systems Engineering and Advanced Materials (IMSEAM). The positions are centered on materials science , chemistry , 3D printing , biomaterials , and related interdisciplinary research. PhD Position 1 is within the Collaborative Research Center on N-heteropolycycles as functional materials . The project focuses on functional materials for 3D microstructures , including two-photon laser printing , digital light processing , fluorescence, and photopolymerizable N-heteropolycyclic compounds. The research environment is strongly connected to polymer-based functional materials and advanced printing technologies. PhD Position 2 is in the new Cluster of Excellence SynthImmune and targets the design of innovative biomaterials at the interface of chemistry , materials science , and biomedical research . The post emphasizes a highly collaborative and interdisciplinary setting. Eligibility highlights: the group is seeking motivated, curious, and enthusiastic candidates with a strong interest in innovative materials research. The first project is especially suited to applicants interested in materials science and 3D printing; the second suits applicants interested in biomaterials and interdisciplinary chemistry/biomedical work. Application process: for Position 1, send a single PDF with CV, motivation letter, and transcripts by email to Eva Blasco and Christoph Spiegel. For Position 2, apply via the online portal. Deadline: 2026-06-15. The post is from Professor Eva Blasco at Heidelberg University, Germany, and the group page confirms research in organic chemistry, materials science, optics, and polymer-based functional materials for 3D/4D printing.