I work at the intersection of public administration, photonics, biosensors, food science and applied research. My portfolio reflects a path shaped by academic rigor, institutional experience, and an emerging focus on advanced sensing technologies for biomedical diagnostics.
My background combines academic training, international development experience, and interdisciplinary research interests. I have worked across administration, operations, policy support, and research, while steadily building a research identity in photonic sensing and biomedical diagnostics.
Strong operational and institutional experience in procurement, reporting, project coordination, logistics, and administrative support within international development settings.
Experience in literature review, data organization, survey support, and cross-disciplinary synthesis in public administration, resilience, and social research.
Developing a stronger technical profile in photonic crystal fiber biosensors, optical sensing, and early-stage healthcare diagnostic applications.
A path shaped by university research, international development administration, and field-based project support.
Conduct literature reviews, analyze peer-reviewed studies, support survey design, organize research data, and contribute to work on disaster response, public administration, and community resilience.
Coordinated procurement, logistics, reporting, financial documentation, workshops, travel arrangements, and administrative operations across development projects.
Supported data collection, report drafting, survey implementation, and coordination with field stakeholders on food security and nutrition-related work.
Conducted fieldwork, validated research data, and supported field logistics during survey operations.
My research profile reflects interdisciplinary work across public administration, disaster resilience, photonics, and biomedical sensing.
Accepted for presentation at the 2026 IEEE International Colloquium on Signal Processing & Its Applications. View publication
Accepted at the 2026 IEEE International Colloquium on Signal Processing & Its Applications. View publication
Developing an SPR-enhanced photonic crystal fiber biosensor for early detection of cancer biomarkers through numerical simulation and sensitivity optimization.
Designing photonic crystal fiber sensors to detect foodborne bacteria such as Escherichia coli and Salmonella for improved food safety monitoring.
Investigating PCF-based optical sensing methods to detect toxic contaminants in food and water for environmental monitoring and safety applications.
My work sits at the intersection of academic inquiry, institutional understanding, and practical coordination. I bring structured research habits, communication skills, and interdisciplinary curiosity to every project.
My training combines science, public administration, and interdisciplinary research development.
Expected July 2026 ·
2014 – 2019 ·
A few accomplishments that reflect consistency, growth, and applied experience across multiple fields.
For research collaboration, academic opportunities, professional communication, or portfolio inquiries, feel free to reach out.