Use computational models to identify potential drug candidates for treating specific diseases. Simulate how different molecules interact with biological targets and predict which compounds are most likely to be effective.

Create a simulation to model the spread of infectious diseases within a population. Use your model to test different intervention strategies, such as vaccination or social distancing, and predict their effectiveness in controlling an outbreak.

Analyze genomic data to understand genetic disorders or explore the potential for personalized medicine. Use computational tools to identify genetic markers associated with specific diseases.

Design a simple app or tool that helps people track their daily habits related to health, such as exercise, diet, and sleep. Use data analysis to provide personalized recommendations for improving overall health.

Create a simulation that models how germs spread in different environments, such as a school or a home. Use this model to test the effectiveness of different hygiene practices, like hand washing or using hand sanitizer.

Develop a computational model that analyzes a person's health data, such as heart rate or step count, to provide personalized health insights. This project could involve creating a simple wearable device or app that tracks and analyzes health metrics.