Gabriel Goetten

Write, review, and submit R&D proposals to funding agencies and manage a 120+ project portfolio. Designed and built the firm's funding-call engine, management cockpit, and researcher-matching tool.

Developing hybrid BFO-cellulose aerogels for environmental water treatment, engineering nanostructures using freeze-drying, cold plasma, and carbonization. Characterizing structural properties via SEM, XRD, Raman, and BET.

Teach AP Physics 1, 2 and C live online to international K-12 students using Canvas and ClassIn. Develop practical, hands-on curricula and provide individualized student feedback.

Guide students in research project design and execution for academic admissions, providing tailored strategies and individualized feedback. Ensure publication-ready quality and adherence to submission timelines.

Established international partnerships and MOUs with universities, published over 50 peer-reviewed articles, and established the Polymer Nano Biotechnology group. Mentored GOI-funded students for research stays.

Developed computational models using ANSYS Fluent to simulate paraffin wax gelation in oil pipelines, leading research on void formation and pipe wall roughness effects. Conducted rheological experiments and designed experimental flow loop setups.

Supervised undergraduate and postgraduate students, and used 3D printing with bacterial cellulose and polymers to enhance mechanical properties. Collaborated with Yller and PUC-PR with CAPES funding.

Performed calibration and validation processes to ensure compliance with industry standards.

Activities and societies: Synthesis and characterisation of synthetic polymers, research supervision, company research interaction, project innovation development, advanced academic writing, MOUs with Brazilian universities (3), in-vivo studies with UFCG.

Doctoral thesis on the development of novel biomedical PVA hydrogel composites using electrospinning technology. Funded by CAPES for a four-year PhD, supervised by Michael J. D. Nugent.

Activities and societies: Introduction to academic writing, laboratory analysis, characterisation of metals and thin films, project development.

Master's thesis on structural-mechanical characterization of titanium oxide films obtained by anodic oxidation via electrolyte containing Ca and P. Supervised by Neide Kazue Kuromoto.

Activities and societies: Experimental Physics I and II Student Assistant.

Bachelor of Science in Physics with a senior thesis on improvement of titanium biocompatibility via anodic oxidation. Served as a student assistant for Experimental Physics I and II.