Biomedical Engineer and Data Analyst

Analyzed and consolidated technical and operational information to support strategic decision-making. Designed, monitored, and reported KPIs related to processes, regulatory compliance, and operational performance.

Managed institutional databases, ensuring data quality, integrity, and timely updates. Automated data collection, organization, and analysis processes; identified trends, risks, and improvement opportunities; and supported regulatory traceability, audits, and data-driven continuous improvement initiatives.

Supported the management and updating of technical documentation for biomedical equipment, improving the organization and traceability of institutional information.

Participated in preventive and corrective maintenance follow-up for medical technologies. Assisted with technical reports, management indicators, equipment inventory, control, and verification activities.

Participated in applied healthcare research projects through the collection, organization, and analysis of research data.

Prepared technical documentation and scientific reports, presented results, and ensured the consistency and traceability of information used across research projects. Collaborated with multidisciplinary teams using structured research methodologies.

Currently pursuing a Master's degree in Bioinformatics. Degree project focuses on analyzing clonal tumor evolution in breast cancer using public sequencing data and omics data processing, analysis, and validation techniques.

Biomedical Engineering degree with a 4.2 GPA. Degree project involved the design and development of an electromyography (EMG) signal emulator for analysis, validation, and simulation of biomedical signals in health research and training environments.