Coding today. Computer science tomorrow. One tutor, matched to exactly where your child is right now. From a first Scratch project to a Grade 12 programming course, TutorBoost pairs Ontario students with a tutor who teaches the actual curriculum, not a generic camp lesson plan.
Start With a Free Trial SessionWe tutor coding from early elementary logic through high school computer science, following what your child is actually being taught, not a separate camp-style curriculum.
Build real coding confidence, not just screen time. Hands-on logic, real projects, and the data skills that show up earlier in the curriculum than most parents expect.
Get ahead of the course, not caught behind it. From core programming to robotics and engineering, sessions build straight toward the Grade 12 course universities actually look at.
Heading into ICS3U or ICS4U? Get matched with a tutor who already knows the course, no ramp-up time wasted. See all subjects and tutoring plans.
Coding is an important part of computer science, but the two are not exactly the same. Coding introduces students to programming logic and writing instructions, while computer science builds on these foundations through problem-solving, algorithms, program design, and more complex software development. As students progress through school, tutoring can help them build the skills needed for increasingly demanding coursework.
The jump still catches students off guard. Familiar ideas, unfamiliar expectations, structure, documentation, working independently. A tutor closes that gap before it becomes a mark problem.
Match Me With a TutorMost students don't choose, ICS3U (Grade 11) is the required prerequisite for ICS4U (Grade 12). The real question isn't which course. It's whether your child is ready for the jump between them. ICS3U assumes zero prior experience. ICS4U assumes ICS3U is already automatic and adds full, self-managed software projects on top. If ICS3U was a stretch, close that gap now — not mid-way through Grade 12.
Book a Free Trial SessionThe struggles look different at each stage, so here they are split by where a student actually is: learning to code, or working through the high school computer science course sequence.
Drag-and-drop logic is real learning, but typing actual code, with no blocks to lean on, is a genuine jump. Students who rush it decide they "aren't good at coding." They usually just needed the transition taught properly.
Writing code and fixing code are different skills. Most students freeze when something breaks, not because they can't solve it, but because nobody's taught them how to isolate a bug instead of starting over.
ICS4U assumes ICS3U fundamentals are already automatic. Students who passed ICS3U on effort alone, not full understanding are the ones blindsided by how much harder ICS4U feels.
Explaining how something should work and actually shipping it are two different skills. Robotics and engineering projects reward students who can plan and finish a build, not just describe it.
Sessions are built around the student's own coursework, not a separate curriculum they have to learn alongside school.
Share the grade, the course if there is one, and what's been difficult lately, a specific bug, a stuck project, or a concept that hasn't clicked. The more specific the starting point, the faster the first session becomes useful.
Our matching process pairs students with a tutor suited to their grade and current level. You can also browse tutor profiles and choose directly.
Homework, an in-progress project, or a course assignment, sessions follow what the student is actually working on. When a foundational gap is the real cause, the tutor goes back and fixes that first.
Sessions run live over Google Meet or Zoom in a monitored, professional environment. Availability, scheduling and rescheduling are all handled through the student portal.
Three tutor levels so you can match the support to the stakes. A first Scratch project and a Grade 12 software project are not the same problem.
A knowledgeable educator with strong subject expertise and foundational teaching experience in their field.
Advanced subject expertise and significant teaching experience, with proven student success and outcomes.
A highly experienced educator with exceptional qualifications and a track record of outstanding student outcomes.
Monthly fixed plans include up to 6 sessions per week, a same-tutor guarantee and sibling sharing. Hourly booking stays flexible on course, tutor and timing.
Not a camp. Not enrichment. Curriculum-matched tutoring that shows up on a report card. Tutors work from what your child is actually building or being taught in class. Students should confirm course prerequisites with the Ontario Board of Education before registering.
Because sessions are fully online, students across Ontario can access the same tutors regardless of where they live.
Get Started TodayVery little. Coding is the everyday term elementary programs use first. Computer science is the same skill, formalized into a high school course.
Yes. ICS3U and ICS4U — Ontario's Grade 11 and Grade 12 computer science courses are both covered.
No fixed age. Elementary sessions introduce coding logic well before it ever becomes a formal course.
Yes. Robotics is included in our high school Computer Science & Tech tutoring, alongside programming and engineering.
Yes, free, no obligation. Meet your tutor first, decide after.
By grade and current level — or browse tutor profiles and pick one yourself.
Tell us the grade and the level, and we'll match your child with a tutor who fits, whether that's early coding logic or a high school computer science course. No commitment until you've seen a session.
Book a Free Trial SessionExpert 1-on-1 coding and computer science coaching for students from Grades 1 to 12, built around the Ontario curriculum.
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