PUBLIC HEALTH PROGRAM FOR HIGH SCHOOLERS GPSI

Resource at Risk

Protect and Expand Access to Clean Water

Protect and Expand Access to Clean Water

Water is essential for life, yet billions of people around the world still lack reliable access. Climate change, pollution, and population growth are making this challenge more complex.

In this college-level online program, you’ll explore environmental geochemistry, public health, engineering, and design solutions. So you can understand water systems and create real world impact.

Water Access Challenges and How You Can Make a Difference

Water Access Challenges and How You Can Help

Billions still lack safe water and sanitation, and pressure on resources is growing. Pollution, climate change, and population growth are worsening scarcity and threatening communities.

  • 3.5 billion people lack safe sanitation and drinking water
  • 4 billion people live in water-stressed countries
  • Climate change and pollution worsen water scarcity
  • Growth and consumption patterns strain water resources
One Global Challenge, Many Perspectives

One Global Challenge, Many Perspectives

Explore water scarcity through environmental science, public health, engineering, and design thinking, developing problem-solving skills and creating solutions to improve access to clean water.

  • Environmental Science: Study how pollution and ecosystems affect water quality and availability
  • Public Health: Understand water’s impact on health and communities
  • Engineering: Research technology and infrastructure for safe water
  • Design Thinking: Create and refine solutions for real needs
  • Systems Thinking: Identify hidden patterns within a complex system

Program Details

Portrait of a Pioneer alumna in a Princeton library
Nabaa, Pioneer Alumna
Princeton University
  • DATES

    Multiple terms: Spring, Summer, Fall

    Weekdays: Tuesday or Wednesday evenings (60 min, local time)

    Weekend: Saturday morning US Eastern Time (90 min)

  • DURATION

    Three-month program

  • FORMAT

    Online, globally accessible

How the Program Works

The biggest problems get solved like anything else: one step at a time. In GPSI, you’ll break down these massively complex global problems, design solutions, and present your work with guidance from university faculty.

  • STEP 1

    Explore Local Access Issues

    Start by looking closely at essential water access in your area or a place you care about. Identify gaps, contamination, or scarcity issues, and begin thinking critically about ways to solve them.

  • STEP 2

    Personal and Group Projects

    Look closely at water access challenges in your local area. Spot gaps, contamination, or scarcity, and begin thinking critically about creative ways to solve these challenges.

  • STEP 3

    Present Your Solutions

    Share your final project with faculty, peers, and potentially your school. You’ll highlight research, your thinking process, and the impact your solution can have in the real world.

What Your Week Will Look Like

Here, we flip the traditional classroom on its head. You’ll learn on your schedule, u003cbru003e meet deadlines, and engage with faculty in a whole new way.

  • Hours of Live Sessions
  • ~2.5 Hours of Live Sessions

    • Instructional Facilitator-led collaboration/project work, discussion, skills and methods practice, and coaching (2 sessions per week)
    • + the Ask-the-Expert sessions with content expert professors in each discipline
  • ~4.5 Hours of Asynchronous Work

Who You’ll Learn From

Aerial view of a water treatment plant in China

Turn Your Curiosity into Real-World Change

Want to understand why water access is such a global challenge? And how you can help change it? In this college-level research program, you’ll collect data, map systems, and design meaningful solutions with peers worldwide, with guidance from university faculty.