Dr. PAMELA KARINA DOS SANTOS BOMFIM

Led 3D-scanning workflows and reverse-engineering projects, improving dimensional accuracy of metallic parts by 5% through data-driven complaint analysis and corrective actions. Performed design simulations and SLA prototypes for cellular automotive components, and standardized technical documentation to strengthen cross-team communication. Applied a strong process-optimization mindset to solve manufacturing challenges.

Developed a 2XXX aluminum alloy for L-PBF achieving <2% hot cracking (Qualis A publication). Managed powder production and full materials characterization (OM, SEM, TEM, XRD, mechanical testing), and established EBSD workflows in collaboration with Graz University. Optimized laboratory resources by reducing argon consumption and operational costs, while mentoring junior researchers and delivering technical reports to stakeholders

Conducted thermodynamic simulations (Thermo-Calc), resulting in a national conference presentation. Collaborated with industrial R&D to develop a low-defect 7XXX aluminum alloy, enhancing reliability. Identified phase-transformation thresholds and their correlation with alloy composition, guiding defect-reduction strategies for 7XXX systems

Performed high-pressure die-casting experiments and mold-characterization workflows, validating simulations with thermocouple data to improve model reliability and reduce physical testing needs. Enhanced thermal-fatigue model accuracy by integrating comparative thermal-diffusivity analyses of H13 and Nb-carbide-reinforced steel. Supported industrial decision-making through technical documentation aligned with national development-bank requirements.

Coordinated end-to-end characterization of titanium powders and sintered parts to support stable, compliant dental-implant processes. Performed mechanical, microstructural and electrochemical evaluations to ensure material quality and reliability, and collaborated with interdisciplinary teams to validate the biocompatibility of the sintered components