How much project-based learning should an engineering program include?
There is no single ideal number or proportion. An engineering program should leave enough time for mathematics, basic sciences, and specialist knowledge through lectures and exercises, while also offering several progressively challenging project experiences—from small first-year tasks to advanced design, experiments, or graduation research and comparable work. The right amount is enough to apply knowledge, practise collaboration and verification, and learn from results without creating an excessive workload. Check the program’s curriculum for the actual balance.
Key points
- A balance between foundational study and project-based learning is important.
- Projects can progress from small tasks to more complex design and experimental work.
- Teamwork, trial and error, and reflection are part of the learning, not only the final product.
- Consider duration, workload, and the available instructional support, not just the number of project courses.
Things to check
- The amount and format vary by university, faculty or department, and academic year. Check the official curriculum and syllabi for specific details.