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- 11 plus Vernal Reasoning | YoungThinks
11 plus Vernal Reasoning Price £12 per Hour Duration 15 to 20 Hours Enroll < Back About the Course
- 11 plus English Creative Writing | YoungThinks
11 plus English Creative Writing Price £15 per Hour Duration 20 to 25 Hours Enroll < Back About the Course
- A-Levels | YoungThinks
A-Levels Price £12 to £17 per hour Duration Enroll < Back About the Course
- Physics Olympiads Sign Up | YoungThinks
YoungThinks UK Sign Up form for 1:1 Physics Olympiads online tuition. Courses range from: JPC, IPC, SPC, BPhO Physics Olympiads Form First name* Last name* Phone* Email* Student's Year Group* Choose one Choose Your Courses* UK Junior Physics Challenge UK Intermediate Physics Challenge British Physics Olympiads British Astro Challenge British Astronomy and Astrophysics Olympiad Submit
- 11 plus English Reading Comprehension | YoungThinks
11 plus English Reading Comprehension Price £15 per Hour Duration 15 to 20 Hours Enroll < Back About the Course
- ISEB (Independent School Exams) | YoungThinks
ISEB (Independent School Exams) Price £17 per Hour Duration Customised Course Enroll < Back About the Course
- CSAT | YoungThinks
CSAT Price £27 per hour Duration 30 - 35 Hours Enroll < Back About the Course
- Landing Page | YoungThinks
Winter Robotics Course: Introduction to Robotics with Arduino UNO Ages: 11-15 | Format: 1-on-1, Personalized | Duration: 20 hours | No Experience Needed Our exclusive 1-on-1 winter robotics course is crafted to ignite curiosity and empower young minds with essential skills in robotics and engineering. Through personalized instruction tailored to each student’s learning pace and style, they will gain hands-on experience in building, programming, and bringing robots to life. This immersive experience provides a strong foundation for future success in both academics and careers in STEM. Save My Spot Course Outline Save My Spot Module 1: Introduction to Robotics & Arduino UNO Basics Discover the impact of robotics in today’s world and explore the powerful capabilities of the Arduino UNO with tailored, hands-on guidance. Gain foundational knowledge of key electronic components and circuit design. Module 2: Electronics & Circuitry Dive deep into the functions of resistors, LEDs, and motors, with personalized instruction and practical breadboarding techniques to reinforce learning. Module 3: Arduino Programming Fundamentals Set up the Arduino environment, create custom programs, and master essential coding concepts, all with one-on-one guidance to ensure thorough understanding. Module 4: Environmental Sensing Learn how to integrate sensors like ultrasonic and infrared, and understand how to process sensor data for smart robotic decision-making with expert support. Module 5: Motors & Actuators in Action Bring robotic creations to life by controlling motors and actuators, with personalized instruction on building dynamic robotic arms and other moving components. Module 6: Final Project – Build Your Autonomous Robot Design, construct, and program a fully functional robot that solves a real-world problem—perfect for competitions or science fairs, with tailored guidance throughout the entire process. Why Choose This Course? Personalized Learning Options Tailored lessons to suit each student’s pace and style for maximum growth, with immediate feedback, and targeted support on every project. Strong Foundation in Engineering Early exposure to robotics, electronics, design, and coding, prepares students for future academic success and instills creativity and critical thinking skills. Stand Out in Applications Build skills that enhance eligibility for top engineering programs, scholarships, and competitions, by demonstrating a strong foundation. Create a Portfolio for Success Develop a functional robot for science fairs, competitions, and college applications, and standout at science fairs with a unique project. Limited Slots - Register Now! First Name Last Name Email Child's Year Group Choose an option Code Phone Submit Thanks for submitting! Course Highlights 1-on-1 tailored instruction Hands-on projects and final robot creation Personalized certificate of completion Kit delivered to your home “Testimonials provide a sense of what it's like to work with you or use your products. Change the text and add your own." Alexa Young, CA
- 13 plus Entrance | YoungThinks
13 plus Entrance Price £17 per Hour Duration Customised Course Enroll < Back About the Course
- 9 plus Entrance | YoungThinks
9 plus Entrance Price £12 per Hour Duration Customised Course Enroll < Back About the Course
- National Cipher Challenge | YoungThinks
Covering cryptographic techniques such as Caesar ciphers, substitution methods, and advanced cryptanalysis, the course emphasizes logical reasoning, creativity, and systematic problem-solving. National Cipher Challenge Price £22 per hour Duration 14 - 25 Hours Enroll < Back About the Course COURSE DESCRIPTION The National Cipher Challenge Preparation Course equips students with the knowledge and skills to excel in the UK's premier codebreaking competition. Covering cryptographic techniques such as Caesar ciphers, substitution methods, and advanced cryptanalysis, the course emphasizes logical reasoning, creativity, and systematic problem-solving. Through interactive lessons and hands-on practice, participants gain confidence in tackling challenging ciphers and puzzles. Spanning 14–25 hours, this 1 to 1 customizable course is ideal for students looking to enhance their problem-solving abilities and strengthen their university applications, particularly for computer science degrees at top universities like Oxford and Cambridge. WHO CAN ENROL ON THIS COURSE? This course is ideal for students aged 11–18 who: Aim to excel in the National Cipher Challenge and perform well on the leader-boards. Enjoy solving puzzles and exploring cryptography and mathematics creatively. Aspire to develop critical thinking, logical reasoning, and teamwork skills. PREREQUISITES FOR THIS COURSE Basic understanding of mathematics. Interest in puzzles, logic, and problem-solving. Curiosity about codes, ciphers, and their real-world applications. LEARNING OUTCOMES OF THE COURSE Upon completion of this course, participants will be able to: Understand cryptographic principles and techniques. Approach the National Cipher Challenge with confidence and knowledge of its structure. Develop advanced problem-solving, critical thinking, and lateral reasoning skills. Build teamwork skills and individual confidence in handling complex challenges. Foster a passion for cryptography and mathematics while enhancing their personal statements for competitive university applications.
- Python Programming Turtle | YoungThinks
An introduction to computer programming using the Python programming language and the turtle graphics library Python Programming Turtle Price £10 per hour Duration 20 Hours Enroll < Back About the Course The "Turtle Python Programming" course is an introduction to computer programming using the Python programming language and the turtle graphics library. This course is designed for children and beginners who are new to programming and want to learn how to code by creating fun graphics and animations. The course covers the basics of programming, including variables, data types, loops, and conditionals, as well as the turtle library, which allows participants to create images and animations by giving commands to a virtual turtle. Participants will learn how to create simple graphics and animations, as well as more complex programs that incorporate user input and interactivity. WHO CAN ENROL ON THIS COURSE? This course is ideal for: Children and young adults who are interested in learning how to code. Beginners who are new to programming and want to learn in a fun and interactive way. Anyone who wants to develop their problem-solving and critical thinking skills PREREQUISITES FOR THIS COURSE There are no prerequisites for this course. However, some basic computer skills and familiarity with using the internet would be beneficial. OUTCOMES OF THE COURSE Upon completion of this course, participants will be able to: Understanding of basic programming concepts such as variables, data types, loops, and conditionals. Ability to write simple programs using the Python programming language and the turtle library. Ability to create basic graphics and animations using the turtle library. Knowledge of how to debug and troubleshoot their programs. Development of critical thinking and problem-solving skills. A foundation for further study in computer programming.

