Vanny Minanda

I hold a PhD with a strong research background in algorithm optimization, data analysis, and programming. Additionally, I have skills in data sourcing, database management, and parameter tuning for algorithmic processes.

Developed a system based on Metaheuristic Algorithm to dynamically schedule hospital waste collection routes in real-time. This optimized collection efficiency and reduced operational costs for medical waste management.

Developed an IoT-powered system to monitor hospital medical waste in real-time, significantly reducing hazardous exposure for medical staff. The system tracks waste bin levels across various hospitals in Taiwan and displays data on a web-based dashboard for efficient monitoring and timely disposal.

Developed Python software leveraging a mathematical algorithm to predict demand uncertainties for an apparel supplier. This addressed the impact of COVID-19 on supply chain fluctuations, improving forecasting accuracy.

Pursued advanced studies and research in Industrial Engineering and Management, focusing on complex problem-solving and optimization techniques. Completed a dissertation demonstrating significant contributions to the field.

Engaged in graduate-level coursework and projects within Industrial Engineering and Management. Developed expertise in areas such as operations research, supply chain management, and data analysis.

Completed undergraduate studies in Industrial Engineering, gaining foundational knowledge in process improvement, system design, and production management. Acquired skills in applying engineering principles to optimize industrial operations.