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11 plus Maths Price £12 per Hour Duration 25 to 35 Hours Enroll < Back About the Course

The Astro Pi Challenge Prep Course inspires students to engage in real-world coding challenges by creating and running programs on Raspberry Pi computers aboard the International Space Station (ISS) Astro Pi Challenge Price £22 per hour Duration 15 - 40 Hours Enroll < Back About the Course COURSE DESCRIPTION The Astro Pi Challenge Prep Course inspires students to engage in real-world coding challenges by creating and running programs on Raspberry Pi computers aboard the International Space Station (ISS). The course prepares participants for both Mission Zero and Mission Space Lab , combining Python programming, scientific experimentation, and space-inspired problem-solving. With flexible one-on-one or group sessions spanning 15–40 hours, the course provides tailored support for entries into the Astro Pi Challenge. An achievement in this competition enhances personal statements and strengthens university applications, particularly for competitive Computer Science or Engineering courses at top institutions like Oxford and Cambridge. WHO CAN ENROL ON THIS COURSE? This course is ideal for UK and European students aged 7–19 who: Want to participate in the Astro Pi Challenge ( Mission Zero or Mission Space Lab ). Have a passion for coding, space science, and hands-on experimentation. Aspire to gain practical programming experience with real-world applications. PREREQUISITES FOR THIS COURSE Basic knowledge of computers and interest in coding. Familiarity with Python programming. LEARNING OUTCOMES OF THE COURSE Upon completion of this course, participants will be able to: Develop coding skills by creating functional Python programs. Design and analyze experiments for space-like environments. Deepen their understanding of STEM concepts and their real-world applications. Create projects for successful submission to Mission Zero and Mission Space Lab . Build teamwork, problem-solving, and communication skills. Experience the thrill of contributing to scientific missions aboard the ISS.

A hands-on experience in creating a fully functional web application utilizing Django's model-view-template architecture. Web Development - Python Price £12 per hour Duration 20 Hours Enroll < Back About the Course Web development using Django refers to the process of creating dynamic web applications using the Django framework. Django is a high level Python web framework that enables developers to build web applications quickly, efficiently, and securely. Throughout the course, students will learn the fundamentals of web development on Django's features and capabilities. Students will gain hands-on experience in creating a fully functional web application from scratch, utilizing Django's model-view-template (MVT) architecture. WHO CAN ENROL ON THIS COURSE? Anyone with an interest in web development and a basic understanding of programming concepts can enrol in a web development course using Django. Specifically, Python Programmers and Beginners in Web Development. PREREQUISITES FOR THIS COURSE To get the most out of a web development course using Django, it's helpful to have a basic understanding of certain programming concepts and technologies. Here are some common prerequisites: Basic knowledge of Python programming language Understanding of HTML, CSS, and JavaScript is recommended but not required OUTCOMES OF THE COURSE Understanding of Web Development Concepts Creating Dynamic Web Applications Database Management with Django ORM User Authentication and Authorization Version Control and Collaboration

STEP Price £32 per hour Duration 35 - 50 Hours Enroll < Back About the Course

CREST Mental Maths Olympiad Price £15 per hour Duration 5 - 15 Hours Enroll < Back About the Course

A prestigious competition designed to inspire and test young students' problem-solving abilities in computer science and computational thinking. Oxford University Computing Challenge Price £24 per hour Duration 15 Hours Enroll < Back About the Course This Course is designed to help students to participate in the Oxford University Computing Challenge (OUCC), a prestigious competition designed to inspire and test young students' problem-solving abilities in computer science and computational thinking. WHO CAN ENROL ON THIS COURSE? This course is ideal for: Students who are willing to participate in the OUCC challenge. Students who have an interest in solving puzzles, exploring logic, and developing their computational thinking abilities. Anyone who wants to develop their problem-solving and critical thinking skills regardless of their previous experience or background in computer science. PREREQUISITES FOR THIS COURSE Basic understanding of mathematics and logic Interest in problem-solving and puzzles Basic computer skills and familiarity with using the internet LEARNING OUTCOMES OF THE COURSE The OUCC Prep Course aims to equip students with the skills, knowledge, and confidence necessary to excel in the challenge. Upon completion of this course, participants will be able to: Well-prepared to participate in the OUCC challenge, as the course focuses on OUCC puzzles relevant to the UK curriculum. Develop a deeper understanding of computational thinking concepts, including abstraction, algorithms, logic, and pattern recognition. Enhance their ability to analyse problems, devise strategies, and find solutions. Gain proficiency in programming, including fundamental concepts like variables, data types, control structures. Confidence in tackling challenges in competitive environments.

Intermediate Maths Challenge Price £19 per Hour Duration 18 Hours Enroll < Back About the Course COURSE DESCRIPTION The Intermediate Maths Challenge Prep Course is designed to help students excel in the UKMT Intermediate Mathematical Challenge (IMC) by fostering mathematical reasoning, precision, and creativity. The course emphasizes lateral thinking, logical reasoning, and problem-solving skills, using a structured, topic-based approach to clarify fundamental concepts and teach their application in novel contexts. Students will benefit from theory sessions, practical problem-solving, and past paper analysis, equipping them with the confidence and techniques to excel. Success in the IMC boosts opportunities for qualifying for the prestigious Intermediate Maths Olympiad (IMO) and is highly valued by top universities like Oxford and Cambridge. WHO CAN ENROL ON THIS COURSE? This course is ideal for: Students aged 12–15 (Years 9–11 or equivalent) preparing for the UKMT Intermediate Maths Challenge . Learners interested in exploring mathematical problems beyond the standard curriculum. Students aiming to achieve Gold, Silver, or Bronze certificates in the IMC . Those aspiring to qualify for second-round exams like the Intermediate Maths Olympiad (IMO) or Intermediate Maths Kangaroo (IMK) . Mathematics enthusiasts keen on puzzles, logic, and developing critical thinking skills. PREREQUISITES FOR THIS COURSE Basic understanding of KS3 and pre-GCSE mathematics concepts. An interest in puzzles and creative problem-solving. LEARNING OUTCOMES OF THE COURSE Upon completion of this course, participants will be able to: Confidently solve UKMT Intermediate Maths Challenge (IMC) -style problems aligned with the UK curriculum. Apply mathematical concepts to real-life problems using universally applicable problem-solving tools. Analyze complex mathematical and logic-based problems, devise strategies, and implement solutions. Develop critical thinking, logical reasoning, and independent problem-solving skills. Achieve high performance in the IMC, increasing the likelihood of qualifying for the prestigious IMO and IMK . Employ time-management techniques and strategies for intelligent guessing in multiple-choice settings. This course not only prepares students for competition success but also nurtures lifelong mathematical skills and reasoning abilities.

A course designed to equip participants with the skills and knowledge required to excel in the Perse Coding Challenge Competition in the UK PERSE Coding Challenge - Junior Price £20 per hour Duration 20 Hours Enroll < Back About the Course The Perse Coding Challenge Preparation course is designed to equip participants with the skills and knowledge required to excel in the Perse Coding Challenge Competition in the UK. The competition, aims to encourage students' interest in computer science and programming by presenting them with exciting challenges that test their problem-solving abilities and coding skills. Join us and embark on a journey to sharpen your coding skills and prepare for the exciting challenges of the Perse Coding Challenge Competition! WHO CAN ENROL ON THIS COURSE? This course is suitable for students with basic programming knowledge who are interested in participating in the Perse Coding Challenge Competition. PREREQUISITES FOR THIS COURSE Participants should have prior experience with programming fundamentals such as variables, loops, and functions. Familiarity with at least one programming language (e.g., Python, Java) is recommended. OUTCOMES OF THE COURSE Upon completion of the Perse Coding Challenge Preparation course, participants will: Demonstrate proficiency in applying various problem-solving techniques to solve coding challenges efficiently. Analyse problems, break them down into smaller components, and devise effective strategies for solving them. Write clean, well-structured, and optimized code.  Debug code effectively and identify and fix errors. Overall, the course will equip participants with the skills, knowledge, and confidence needed to excel in the Perse Coding Challenge Competition and beyond, fostering a lifelong passion for computer science and programming.

ISEB (Independent School Exams) Price £17 per Hour Duration Customised Course Enroll < Back About the Course

UCAT Price £27 per hour Duration 20 - 25 Hours Enroll < Back About the Course

The Junior Physics Challenge (JPC) Prep Course prepares students aged 13–15 for the British Physics Olympiad’s Junior Physics Challenge. UK Junior Physics Challenge Price £17 per hour Duration ~ 20 Hours Enroll < Back About the Course COURSE DESCRIPTION The Junior Physics Challenge (JPC) Prep Course prepares students aged 13–15 for the British Physics Olympiad’s Junior Physics Challenge . It combines engaging lessons, problem-solving exercises, and past competition questions to build a strong foundation in physics and develop logical reasoning. The course aligns with the GCSE Physics syllabus, dedicating 75% of the class to curriculum topics and 25% to JPC-specific preparation. Ideal for aspiring engineers, this course enhances personal statements for university applications to top institutions like Oxford and Cambridge. WHO CAN ENROL ON THIS COURSE? This course is ideal for: Students aged 13 to 15 (UK Years 9 and 10) preparing for the Junior Physics Challenge . Learners passionate about physics and problem-solving. Students aiming for top achievements in physics competitions or applications to prestigious universities. PREREQUISITES FOR THIS COURSE Basic understanding of physics concepts from Key Stage 3 (Years 7–9). Curiosity to explore real-world physics applications. LEARNING OUTCOMES OF THE COURSE Upon completion of this course, participants will be able to: Confidently tackle Junior Physics Challenge questions and excel in the competition. Strengthen understanding of core physics concepts through practical applications. Develop critical thinking and problem-solving skills essential for advanced physics challenges and future success.

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.