Profile
At the intersection of materials and biomedical engineering, I study how designing materials microarchitecture and chemistry affect cellular growth. My journey started from engineering polymers for craniomaxillofacial implants (BEng), to integrating melt electrowriting and extrusion bioprinting for hard-soft tissue interfaces (MSc). Today, I’m a PhD candidate in biofabrication focusing on multimaterial and multicellular skin tissue engineering, integrating melt electrowriting to direct cellular organization with volumetric bioprinting to engineer dynamic microenvironments. My work spans a broad array of 3D (bio)printing techniques, and I explore the streamlining process of design conception, 3D modelling, and actual fabrication. Hauling from Indonesia, my academic journey has taken me across seven countries, and I am happy to bring an international perspective into my research. Outside of the lab, you can find me in a random city somewhere.
Participation
Upcoming
Poster presentation
Hybrid Melt Electrowriting and Volumetric Printing for Structurally Guided Skin Tissue Engineering
Poster presentation
Melt Electrowriting and Volumetric Printing to Fabricate Multilayered Skin Model: A Cutting-edge Biofabrication Approach
Research community
