The Sandbox

Class in session with one student in the foreground looking intently at the professor

Solve real-world challenges from partner organizations

The Sandbox is an innovative program that partners external organizations with multiple A&S courses, offering you the opportunity to participate in experiential learning while in the classroom setting.

 

As part of a Sandbox course, you will be tasked with creating multifaceted solutions to real-world challenges, while fostering multidisciplinary skills and connections. Students from several courses address the same problem, providing a unique opportunity for students from different subject areas to propose solutions from their distinct perspective. When the project ends, students have a chance to present their insights and solutions to the external organization.

Courses with a Sandbox component earn 0.5 or 1.0 credit and count towards degree and program requirements.

There is no additional cost to participate in a Sandbox course.

Benefits of Sandbox

By enrolling in courses with a Sandbox component, you can:

  • Collaborate with students in other disciplines
  • Develop relationships with external organizations
  • Work on real-world projects to add to your resume or portfolio

Who is Eligible to Participate?

Sandbox courses are open to students in any year. To be eligible, you should be:

  • A full-time undergraduate degree student in the Faculty of Arts & Science — St. George campus
  • In good academic standing
  • Enrolled in a course offering a Sandbox component (see course list below)

Sandbox Courses

You can enrol in the Sandbox courses during regular course enrolment periods.

Course Code & Name Offered In

CSC301H: Introduction to Software Engineering

Fall/Winter 2024-2025

CSC494Y: Computer Science Project

Fall/Winter 2024-2025

EDS355H: Social Justice in Education

Winter 2025

ENT200H: Introduction to Entrepreneurship

Fall 2024

GGR472H: Developing Web Maps

Winter 2025

HMB201H: Introduction to Fundamental Genetics and its Applications

Winter 2025

HMB301H: Biotechnology

Fall 2024

HMB490Y: Health in Community

Fall/Winter 2024-2025

HST306H: Health, Nutrition and Food Security

Winter 2025

INS460H: Indigenous Theory, Research and Methods

Winter 2025

NFS400H: Functional Foods and Nutraceuticals in Human Nutrition

Winter 2025

NFS486H: Obesity: Metabolic and Clinical Aspects

Winter 2025

PCJ362H: Experiential Learning in PCJ (peace, conflict, justice)

Winter 2025

PHL277H: Ethics and Data

Winter 2025

PSY332H: Organizational Behaviour

Winter 2025

TRN303H: Ethics and Society

Fall 2024

SOC327H: Sociology of Sports

Winter 2025

SOC494H: New Topics in Sociology

Winter 2025

STA130H: An Introduction to Statistical Reasoning and Data Science

Fall 2024
Winter 2025

Case Studies from Fall/Winter 2023-24

In Fall/Winter 2023-24, the Faculty of Arts & Science piloted The Sandbox in a handful of participating courses, as part of the Global Sandbox Alliance. Here are two examples of the challenges students had the opportunity to work on together:

Courses Chemistry 410, Geography 472, and Writing 314 all participated in the TDSB Sandbox project.

The Toronto District School Board’s Active Transportation unit needed to raise awareness of the benefits of walking and biking to school as a healthier and more eco-friendly alternative to vehicles and school buses.

  • Analytical environmental chemistry students collected air quality and road dust samples from school sites.
  • Geography web mapping students created live, GIS web maps of school neighbourhood walking routes.
  • Writing and rhetoric students used these outputs to create infographics and social media reels highlighting the benefits of active travel.

"I learned how to apply GIS analysis tools to help benefit society and the environment, which is something I want to do in my career."

— Geography student

Courses in statistics, peace conflict & justice, ethics and computer science participated in the UNICEF case study.

The Problem:

UNICEF developed a machine-learning model to predict conflict escalation across the globe. They enlisted The Sandbox at U of T to refine the model’s accuracy while also exploring its ethical and geopolitical impacts.

The Sandbox Solution:

To tackle this multi-faceted problem, The Sandbox enlisted the collective output of students in statistics and computer sciences courses for data and technology solutions, while students in political science and ethics courses examined societal and humanistic perspectives.

Sandbox in the News

Five students standing on a sidewalk waving.

Over a thousand students from 11 different courses came together to solve problems faced by the Toronto District School Board, UNICEF and Access Alliance. Using their multidisciplinary skills, they created a model for refugee resiliency, used machine learning to predict conflict escalation around the world, worked with one of UNICEF’s data management platforms and helped the TDSB analyze environmental data and develop a plan to encourage students to walk and cycle to school instead of using a car or bus.

Read more about their experience: Sandbox program pairs students with organizations outside U of T in solution-seeking collaboration

 

Get Started

For more information or to get started, please contact Christine Ovcaric, Program Manager, The Sandbox, at christine.ovcaric@utoronto.ca.

 

About the Global Sandbox Alliance

The University of Toronto is a member of the Global Sandbox Alliance, a network of institutions offering The Sandbox model. Originating in Australia at the University of New South Wales, this global network will foster productive, lasting partnerships, leveraging global expertise and resources to support the member universities’ research, education and social engagement activities.