13175 Weston Road, King City, Ontario L7B 1K4 · delivered with Boreal Farms

Benefits of Project-Based Learning Options for Students

On this page

Many years ago, classrooms were rigid, regimented places. A teacher stood up front, delivering monologs that described concepts and ideas. Students learned by rote, and repeated what they learned like trained parrots. Those who repeated things best were the most successful students, but they didn’t always understand the topics they were learning by rote. That’s probably why some of the greatest minds in the world (including Einstein) were considered slow while they were in school!

Thank goodness things have changed. As a result of educational advances like project-based learning, kids are developing insight and understanding rather than just memorizing words.

What Is Project-Based Learning?

As the name suggests, project-based learning (or PBL as it is sometimes called) is a method of teaching that involves doing rather than simply listening.

Teachers and educators devise age-appropriate, topic-specific projects that can be carried out in a classroom setting. Students are then given the opportunity to make, build, experiment or create something.

This type of hands-on learning has been proven to increase understanding and retention, and gives children the tools to really understand and have insight into complex topics. It’s not only better for keeping bright minds occupied, it’s also much more fun for everyone, and when you’re a kid, that’s the best way to learn!

What Can Kids Learn Through PBL?

Project-based learning is an adaptable system of teaching, which can be used to teach almost any topic. It is especially suited to STEM topics and other complex areas of study, however, it could be used in almost any classroom setting to enhance understanding and get kids excited about learning. Some ideas might include:

  • Having students write, cast and perform a play in a language study class.
  • Building popsicle bridges and finding out which designs hold the most weight in a science or math class.
  • Building an abacus and using it to calculate in math class.

Why PBL Works

Project-based learning works better than the old methods of teaching simply because kids enjoy it more. When children can touch, smell, experiment and get their hands dirty, they are more inclined to explore new ideas, and they tend to remember what they have learned in greater detail. There is proof that this type of learning improves information retention, but also helps children to understand complex topics and apply new skills to other problems.

Project Based Learning and STEM

Science, technology, engineering and math (STEM) include some of the more complex ideas and subjects for students to understand, at least initially. Project-based learning helps to make these often abstract ideas behind these topics more accessible to children. It also makes it more fun to explore these topics, and when something is fun like our 3D Game Design with Minecraft, children are more likely to devote their time and full attention to it.

Chances are, if you live in the developed world, your children are already using PBL training methods in their classroom, but the more you can make complex ideas real for children, the better. Never miss an opportunity to show your children how things work, because often, just telling them won’t get the ideas across the way you had hoped.

Keep reading

More from the STEM Minds blog

Crophelp.AI Case Study (2026)

Crophelp.AI Case Study (2026)

A Grade 10 ICD2O class at the York Region District School Board used STEM Minds' CropHelp AI to diagnose the basil and arugula they were growing in Farm-in-a-Box kits, then compared the AI's confidence on their own photos against stock images — turning "model confidence" into a hands-on lesson. STEM Minds added both crops to the model and covered all AI cloud credits during the Beta.
Farm in a Box Grow Kit with IOT Case Study

Farm in a Box Grow Kit with IOT Case Study

Students at a York Region District School Board secondary school built six Farm In A Box grow kits from laser-cut wood at $52 each, then coded Micro:bit sensors to monitor growing conditions inside them — and in ICS4U extended the project into a full LoRa WAN IoT pipeline reading data over a Raspberry Pi node. Computer Studies now feeds plant data and harvests to Family Studies cooking classes, and the teacher is reusing the kits in ICD2O.
STEM Minds Wins the Children/Youth Recreation & Education Award at the 2025 Aurora Chamber Business Excellence

STEM Minds Wins the Children/Youth Recreation & Education Award at the 2025 Aurora Chamber Business Excellence Celebration!

STEM Minds won the Children/Youth Recreation & Education Award at the Aurora Chamber of Commerce 2025 Business Excellence Celebration, which honours local organizations making an outstanding contribution to the community. The award recognises STEM Minds' hands-on coding, robotics, AI, agri-tech and digital design programs for children and youth.
Redefining High School Education with AgriTech and Real-World Learning

Redefining High School Education with AgriTech and Real-World Learning

STEM Minds and Boreal Farms run AgriTech 4.0 and robotics workshops, SHSM certifications and design-thinking training on a working farm, so high school students learn greenhouse automation, sensor-based plant monitoring and drone surveying in a real setting rather than a classroom. The programs target a projected 100,000 vacancies in Canada's agriculture industry by 2030.
Automating Crop Health Monitoring with Drones

Automating Crop Health Monitoring with Drones

The farm replaced manual field walks with a DJI Mavic 3 multispectral drone flying RTK-guided autonomous paths, then processes the imagery in Drone2map to produce NDVI crop-health maps in minutes rather than days. Next steps are LiDAR 3D modelling and sprayer drones that treat only the areas the maps flag.
Automating the Future of Farming with Robotics

Automating the Future of Farming with Robotics

STEM Minds and Boreal Farms run three robots side by side: OZ, a mini autonomous tractor that weeds, tills and seeds in straight preset rows; Farmbot, a CNC-style robot with a magnetic tool changer working a 3 × 1.5m bed; and a fleet of retrofitted Makeblock 10-in-1 robots used to teach the same ideas in workshops. Hard ground remains the main obstacle for OZ.

Get started

Keep exploring hands-on STEM learning