Mr. Wolfietrich Meyer | 3D Printing | Industry Impact Award

Mr. Wolfietrich Meyerat University of Michigan, United States

Dr. Wolfdietrich Meyer is a distinguished German chemist known for his innovative work at the intersection of polymer chemistry, medical technology, and nanoscience. He earned his PhD from the University of Osnabrück in 2005, focusing on dendritic redox compounds for bioanalytical applications. Afterward, he completed postdoctoral research at Charité – Universitätsmedizin Berlin, advancing MRI contrast agent development. Currently, he serves as a leading researcher at the Fraunhofer Institute for Applied Polymer Research (IAP), where he pioneers biofunctional materials for medical applications. His work includes 3D printed biomimetic polymers for heart implants and mussel-inspired adhesives for prosthetic integration. Beyond medical uses, he has contributed to sustainable energy technologies through projects like Batt3D and Malion, which focus on battery innovation using 3D printing. With a deep commitment to sustainability and biomaterials, Dr. Meyer stands at the forefront of translational research, blending chemistry and medicine to develop real-world solutions. 🧪🌱🫀

professional profile

ORCID

Scopus Profile

Education

Dr. Meyer completed his PhD in 2005 at the University of Osnabrück, Germany 🎓🇩🇪. His doctoral thesis centered on the synthesis of dendritic redox compounds and their applications in bioanalytics. During his PhD, he specialized in the design of dendrimer structures with electroactive properties, enabling better analysis of electron transfer mechanisms in complex molecular systems ⚡🔬. His multidisciplinary academic path integrated organic chemistry, materials science, and molecular electronics, laying a solid foundation for his future research in biosensors and bioelectronics. His academic career emphasized both theoretical knowledge and practical laboratory expertise, particularly in synthetic and analytical chemistry. 📘🧫 Upon completion of his doctoral degree, he transitioned to postdoctoral research at Charité – Universitätsmedizin Berlin, one of Europe’s leading university hospitals. There, he explored contrast agent chemistry for medical imaging—further expanding his educational experience to include biomedical applications. 🧠📚

work Experience

Dr. Meyer’s career began with cutting-edge postdoctoral research at Charité – Universitätsmedizin Berlin 🏥, where he worked on the development and optimization of MRI contrast agents. This experience marked his entry into the medical applications of chemistry, focusing on safer and more efficient imaging technologies. He then joined the Fraunhofer Institute for Applied Polymer Research (IAP), where he now plays a central role in biofunctional materials research 🧬. His notable projects include PolyKARD, which involves 3D printing biomimetic polymers for pericardial implants ❤️‍🩹, and mussel-inspired adhesives that improve the integration of titanium prosthetics. 🐚🔩 Additionally, he has contributed significantly to battery research through initiatives like Batt3D, Kobibatt, and Malion, which investigate 3D-printed energy storage and sustainable battery materials 🔋. Dr. Meyer brings a rare blend of chemical synthesis, polymer science, nanotechnology, and biomedical engineering to every project he leads. 🔄👨‍🔬

Research Focus

Dr. Meyer’s research centers on biofunctionalised materials, particularly for medical applications 🧬🩺. At Fraunhofer IAP, he leads efforts in 3D printed biomimetic polymers, including artificial pericardial tissue for heart repair and mussel-inspired tissue adhesives that promote better prosthetic integration. His work explores photopolymer chemistry, biocompatibility, and molecular mimicry to engineer advanced materials that behave like human tissues 🌱🔍. Beyond medicine, Dr. Meyer is involved in sustainable battery innovation, contributing to projects like Batt3D and Kobibatt, where he investigates 3D printing technologies for energy storage applications 🔋📐. His multidisciplinary approach merges polymer science, nanotechnology, and biochemistry, bridging the gap between lab-scale innovation and real-world healthcare and energy challenges. Central to his work is the integration of green chemistry principles and material efficiency, making his research both impactful and environmentally conscious. 🌍⚛️

🛠️ Skills

Dr. Meyer is highly skilled in polymer synthesis, biofunctional materials, and electrochemical analytics 🔬⚗️. His expertise spans 3D printing of medical-grade polymers, dendrimer chemistry, MRI contrast agent design, and biomimetic material fabrication. He is proficient in nanotechnology, particularly in applying nanoscale materials for biosensing and biomedical use 🧪. With a deep understanding of molecular interactions, he effectively designs compounds that enhance biological compatibility and medical function. His skills extend to project coordination in large-scale, multi-institutional research endeavors, such as PolyKARD and Batt3D 🔋🧠. Dr. Meyer is also experienced in material sustainability, working on green alternatives for batteries and implants. His hands-on lab skills are complemented by strong competencies in scientific writing, grant acquisition, and interdisciplinary collaboration, making him both a scientific innovator and a strategic research leader. 👨‍🔧📊

Conclusion

Dr. Wolfdietrich Meyer demonstrates a robust track record of transforming research into technologies with real-world medical and energy applications. His work exemplifies the core mission of the Research for Industry Impact Award—bridging the gap between scientific discovery and industrial innovation. With minor enhancements in global outreach and commercialization metrics, his candidacy is not only strong but exemplary.

Publications to Noted

📄 Photocurable Crosslinker from Bio-Based Non-Isocyanate Poly(hydroxyurethane) for Biocompatible Hydrogels

Authors: Kathleen Hennig, Gabriele Vacun, Sibylle Thude, Wolfdietrich Meyer

Year: 2025

Journal: Polymers

🖨️ Dual‐Material Aerosol Jet Printing of Magneto‐Responsive Polymers with In‐Process Tailorable Composition for Small‐Scale Soft Robotics

Authors: Silvia Taccola, Hadi Bakhshi, Midori Sanchez Sifuentes, Peter Lloyd, Luke J. Tinsley, James Macdonald, Alistair Bacchetti, Oscar Cespedes, James H. Chandler, Pietro Valdastri, Wolfdietrich Meyer, Russell A. Harris

Year: 2024

Journal: Advanced Materials Technologies

🌿 Green Chemistry for Biomimetic Materials: Synthesis and Electrospinning of High-Molecular-Weight Polycarbonate-Based Nonisocyanate Polyurethanes

Authors: Not specified in the provided information

Year: 2022

Journal: ACS Omega

🧪 Photo-Curing Kinetics of 3D-Printing Photo-Inks Based on Urethane-Acrylates

Authors: Hadi Bakhshi, Guoqiang Kuang, Florian Wieland, Wolfdietrich Meyer

Year: 2022

Journal: Polymers

🧲 Synthesis and Characterization of Catechol-Containing Polyacrylamides with Adhesive Properties

Authors: Kathleen Hennig, Wolfdietrich Meyer

Year: 2022

Journal: Molecules

♻️ Bio-based Thermosetting Epoxy Foam: Tannic Acid Valorization Toward Dye-Decontaminating and Thermo-Protecting Applications

Authors: Not specified in the provided information

Year: 2018

Journal: Journal of Hazardous Materials

🧬 Optimized Vascular Network by Stereolithography for Tissue Engineered Skin

Authors: Han X., Courseaus J., Khamassi J., Nottrodt N., Engelhardt S., Jacobsen F., Bierwisch C., Meyer W., Walter T., Weisser J., Jaeger R., Bibb R., Harris R.

Year: 2018

Journal: International Journal of Bioprinting

🧵 Tannic Acid Derived Non-Isocyanate Polyurethane Networks: Synthesis, Curing Kinetics, Antioxidizing Activity and Cell Viability

Authors: Naser Esmaeili, M.J. Zohuriaan-Mehr, Ali Salimi, Mehdy Vafayan, Wolfdietrich Meyer

Year: 2018

Journal: Thermochimica Acta

Wolfietrich Meyer | 3D Printing | Industry Impact Award

Mr. Wolfietrich Meyer | 3D Printing | Industry Impact Award

professional profile

Education

work Experience

Research Focus

🛠️ Skills

Conclusion

Publications to Noted

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