Personalised tutoring sessions
Recognizing the importance of practical application, Find A Tutor offers one-on-one, in-person robotics and coding tutoring that emphasizes hands-on learning. Working directly with an expert tutor, students receive undivided attention and instruction customized to their exact needs, learning style, and pace.
Why Choose One-on-One Sessions?
✔️ Personalized Learning – Lessons are customized based on the student’s level, interests, and goals.
✔️ Hands-On Practice – Interactive sessions with real coding exercises.
✔️ Focused Attention – Direct interaction with the tutor for instant feedback and support.
✔️Increased Motivation and Engagement: Working directly with a dedicated tutor can boost your confidence and motivation.
✔️Tailored Pace: Learn at your own pace, focusing on areas where you need extra support and moving quickly through concepts you grasp easily.
✔️ Convenient Scheduling – Meet your tutor at a time and location that works best for
you, whether it’s at home, a library, or at one of our training offices.
What's Included?
✅ Customized Curriculum – Covering coding languages, robotics programming, and problem-solving skills.
✅ Project-Based Learning – Work on real-world robotics and coding projects to enhance understanding.
✅ Progress Tracking & Feedback – Regular assessments and updates on student progress.
✅ Immediate Feedback and Correction: Your tutor will be there to provide instant feedback and correct any errors, accelerating your learning process.
✅ Post-Session Support – Get continued learning support via WhatsApp for questions and troubleshooting.
📍 Location: Sessions take place at a convenient location agreed upon by the tutor and student.
Get Started today!
Ready to take your robotics and coding skills to the next level? 📌 Fill out the form below to get in touch with us to book first face-to-face session. Let's build, code, and create together! 🚀
Connect with Find A Tutor today to begin your personalized coding and robotics journey with expert face-to-face guidance. 🚀