Sandra Enn Bahinting

1. Managed inquiries, reservations, and issue resolution for international guests through digital communication platforms. 2. Coordinated contractors, cleaning teams, and schedules to support efficient service delivery. 3. Supported customer follow-up, review monitoring, and administrative workflows.

Conducted interdisciplinary environmental research and statistical analysis of large datasets to assess ecosystem responses to climate stressors. Prepared technical reports, summaries, presentations, and stakeholder briefings. Trained 20+ government, academic, and community participants. Maintained structured documentation systems ensuring data accessibility, traceability, and reproducibility. Led evidence-based environmental assessments supporting stakeholder decision-making.

Conducted multi-site environmental research across 20+ reef locations, analyzing 10,000+ records to support ecosystem assessment and resource management. Synthesized findings into technical reports, policy briefs, and decision-making outputs. Coordinated fieldwork, multidisciplinary teams, documentation, and budgeting. Co-authored a policy brief translating scientific findings into actionable recommendations. Published in the Philippine Journal of Fisheries (2022).

1.Mentored 5th-year students in plant design projects, applying process engineering principles to chemical engineering challenges while maintaining technical precision 2. Delivered comprehensive instruction in core chemical and process engineering principles with practical applications in industrial settings

Developed and optimized electrochemical analytical methods for simultaneous Pb(II) and Cd(II) determination using Square-Wave Anodic Stripping Voltammetry. Applied Box–Behnken experimental design to optimize analytical method parameters, improving analytical performance and method robustness. Troubleshot, calibrated, and maintained instrumentation to ensure reliable laboratory performance. Generated reproducible analytical results supporting publication in a peer-reviewed scientific journal

1.Systematically processed and summarized quality control data in a chemical production environment, demonstrating methodical approach to process monitoring 2. Gained comprehensive knowledge of chemical production workflows and quality management systems, building foundation in process engineering

1.Executed structured testing protocols on material properties, employing measurement technologies to quantify performance characteristics 2. Analyzed production waste/rejects to identify process improvements, demonstrating problem-solving skills and commitment to operational excellence