When the school year comes to a close, the exciting educational experiences are just about to begin! Help keep your son or daughter motivated and excited with fun-filled summer camps in Pickering from Sylvan Learning.
Whether it's Writing or Reading — or a STEM-focused program like Coding, Engineering or Robotics & Sciences — we offer an assortment of camps that are great for kids of all ages. We also provide convenient scheduling options, making it easier for you to fit exciting educational experiences around your family's summertime adventures.
Don't Miss Our Academic Summer Camps For All Ages
- Early Reading (PreK-K): Get your young one elementary school-ready with our unique mix of interactive lessons and exciting games that focus on the basics of reading.
- Study Skills (Grades 4-12): As your child moves through the education system, responsibilities and challenges grow every year. That's why we teach time management and organization skills that make a big difference in school and beyond.
- Fit4Algebra (Grades 6-9): Algebra can be fun! By combining fun activities with tricky challenges, we help get your child ready to conquer those tough algebra concepts to come.
- Writing (Grades 4-9): The best way to master a skill is to practice it. That's why we teach a wide range of writing techniques and challenge kids to build their own portfolio of work, which can include anything from movie reviews to web copy.
Our STEM Summer Camps Include:
- Robotics & Sciences (Grades 1-6): What better way to hone problem solving and STEM skills than creating your very own LEGO® robot? Using LEGO® bricks and award-winning software, your child will build, program and animate amazing robots, unleashing his or her imagination and creativity along the way. It doesn't get any cooler than that!
- Engineering (Grades 1-8): How are machines, super structures and other cool constructions built? Your child will learn the answers through our innovative, hands-on projects that include designing, evaluating and reconstructing creations based on real-life structures.