Welcome! I'm a passionate Mathematics educator with over 25 years of international experience, specialising in KS3, IGCSE, and the IB Diploma Programme. I’ve taught both Analysis and Approaches and Applications and Interpretation at Standard and Higher Level. Here, you’ll find a wide range of carefully crafted resources designed to support students and teachers across all levels of secondary mathematics.
Welcome! I'm a passionate Mathematics educator with over 25 years of international experience, specialising in KS3, IGCSE, and the IB Diploma Programme. I’ve taught both Analysis and Approaches and Applications and Interpretation at Standard and Higher Level. Here, you’ll find a wide range of carefully crafted resources designed to support students and teachers across all levels of secondary mathematics.
This Maths PowerPoint presentation explores the Fundamental Theorem of Algebra, a cornerstone of polynomial theory in the IB Analysis and Approaches Higher Level syllabus. With 10 well-structured slides, it introduces students to the concept that every non-zero polynomial equation has exactly as many complex roots as its degree, including repeated roots.
The presentation builds understanding through clear definitions, visual representations, and worked examples involving real and complex solutions. Students apply the theorem to factor polynomials completely, use Horner’s algorithm, and examine the implications of complex conjugate pairs.
A detailed inquiry-based lesson plan fosters critical thinking, encouraging students to connect algebraic structure with polynomial behavior. The resource also includes a worksheet featuring exam-style questions and complete solutions, ideal for both guided practice and independent learning.
Perfect for classroom instruction or revision, this Maths resource deepens student understanding of polynomial roots and complex numbers in a clear, engaging format.
This Maths PowerPoint presentation is a rich, interactive lesson on The Factor Theorem, designed to support the IB Analysis and Approaches Higher Level syllabus. Spread across 16 comprehensive slides, it guides students through the theorem’s application to identify factors and fully factorise polynomials without long division.
The presentation includes clear definitions, worked examples, and multiple techniques, including synthetic division and Horner’s algorithm, to enhance understanding and build algebraic fluency. Learners are encouraged to explore patterns and test values systematically, promoting deeper mathematical reasoning.
Also included is a detailed inquiry-based lesson plan, which supports active student engagement and discussion, alongside a worksheet with challenging exam-style questions and fully worked answers for effective practice and assessment.
Whether used in the classroom or for independent study, this Maths resource provides a complete, student-friendly approach to mastering the Factor Theorem and its applications in polynomial algebra.
This Maths PowerPoint presentation is a focused and engaging resource for teaching The Remainder Theorem, aligned with the IB Analysis and Approaches Higher Level syllabus. Spanning 9 clear, concise slides, it introduces the theorem, explains its significance, and demonstrates how to apply it to factorise polynomials effectively.
The presentation features step-by-step examples that guide students through the logic and process of using the theorem, making it ideal for both instruction and revision. Designed with clarity and depth, it helps students build a strong conceptual foundation in polynomial algebra.
Included is a detailed, inquiry-based lesson plan that promotes exploration and critical thinking, supporting a student-centered learning environment. A worksheet with exam-style questions
This Maths PowerPoint presentation is a comprehensive teaching resource designed for the IB Analysis and Approaches Higher Level syllabus. It focuses on Operations with Polynomials – Division, covering two key methods: Long Division and Equating Coefficients. The 13-slide presentation breaks down each technique step-by-step, using clear examples to guide students through the process of dividing polynomials.
The resource promotes deep understanding through an inquiry-based lesson plan, encouraging students to explore and connect concepts. It is ideal for classroom teaching, revision, or self-study.
Included with the presentation is a worksheet featuring exam-style questions, designed to challenge students and reinforce learning. Full worked answers are provided for ease of assessment and discussion.
Whether you’re preparing students for assessments or aiming to deepen their conceptual grasp, this engaging and structured Maths resource is an excellent addition to your teaching toolkit.
This Maths PowerPoint presentation is a complete and engaging resource covering Operations with Polynomials, aligned with the IB Analysis and Approaches Higher Level syllabus. Spread across 13 clear and interactive slides, it introduces students to key operations: addition, subtraction, scalar multiplication, and polynomial multiplication using various methods, including the grid method and synthetic multiplication.
With an emphasis on real-world relevance, the lesson begins with an inquiry-based question to spark curiosity and encourage mathematical thinking. Students explore how polynomial operations impact functions and models, supported by clear definitions, examples, and structured problem-solving strategies.
The resource includes a detailed, inquiry-led lesson plan that promotes exploration and collaboration, along with a worksheet featuring exam-style questions and full solutions for effective practice and assessment.
Perfect for classroom teaching or independent revision, this Maths resource builds essential algebraic skills and helps students develop a deep understanding of polynomial behavior and manipulation.
PowerPoint presentation, 13 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity for transcendental functions: logarithmic and trigonometric functions. It includes a worksheet with 10 questions as exercise for the lesson along with the corresponding answer sheet.
PowerPoint presentation, 13 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity for exponential functions. It includes a worksheet with 10 questions as exercise for the lesson along with the corresponding answer sheet.
PowerPoint presentation, 13 slides explaining how to calculate the limit as the function approaches either to positive or negative infinity of polynomial functions. It includes a worksheet with 10 questions as exercise for the lesson along with the corresponding answer sheet.
PowerPoint presentation, 9 slides explaining the concept of vertical asymptote and infinite limits. It includes a worksheet with 10 questions as exercise for the lesson along with the corresponding answer sheet.
PowerPoint presentation, 12 slides explaining the concept of limits and the steps to find the limit of a function. It includes a worksheet with 18 questions as exercise for the lesson along with the corresponding answer sheet.
Powerpoint presentation with 9 slides explaining how to calculate the volume of 3-D shapes where there is not a cross-section, like pyramids and cones.
Transform your classroom into a hub of interactive learning with this dynamic 18-slide PowerPoint presentation, designed specifically to help students master the calculation of surface areas for 3-D shapes with curved faces, including cylinders, cones, and spheres. This resource not only breaks down complex concepts into easy-to-understand steps but also engages students with clear visuals and real-world examples. Perfect for teachers looking to enhance their lesson plans with a structured, yet flexible tool that caters to diverse learning styles and keeps students motivated and confident in their math skills.
Elevate your geometry lessons with this comprehensive 15-slide PowerPoint presentation, designed to make the calculation of surface areas for 3-D shapes with polygonal flat faces—such as cubes, cuboids, prisms, and pyramids—engaging and accessible for all students. This resource offers step-by-step explanations, vibrant visuals, and practical examples to ensure that every learner grasps these essential concepts with confidence. Ideal for teachers who want to enrich their curriculum with a ready-to-use, interactive tool that simplifies complex topics while fostering a deeper understanding and enthusiasm for math.
Engage your students with this concise yet powerful 8-slide PowerPoint presentation that brings real-world math to life. Designed in alignment with the KS3 National Curriculum, this resource provides clear, example-driven explanations on how to use scales to draw real-life elements and calculate distances from maps using map ratios. Perfect for making abstract concepts tangible, this presentation equips students with the practical skills they need to interpret and create scaled drawings with confidence. Ideal for teachers seeking a focused, easy-to-deliver lesson that connects classroom learning with everyday applications, making math relevant and exciting for young learners.
Transform your students’ understanding of geometry with this engaging 13-slide PowerPoint presentation, expertly crafted to align with the KS3 National Curriculum. This resource breaks down the concept of enlarging shapes from a center of enlargement using an integer scale factor, making it easy for students to grasp and apply. With clear explanations, step-by-step examples, and vibrant visuals, this presentation is the perfect tool to demystify enlargement and build confidence in your students’ ability to tackle geometric transformations. Ideal for teachers who want to enrich their lessons with a ready-to-use resource that simplifies complex ideas while keeping students motivated and eager to learn.
Empower your students to master the calculation of areas with this comprehensive 16-slide PowerPoint presentation, tailored specifically to the IGCSE International Mathematics Extended curriculum. This resource delivers clear, step-by-step explanations on finding the area of a wide range of 2D shapes, including polygons, circles, sectors, and compound shapes. With detailed examples, vibrant visuals, and practical applications, this presentation simplifies complex concepts, making it easier for students to understand and retain key mathematical principles. Perfect for teachers looking to enhance their lessons with a high-quality, curriculum-aligned tool that builds student confidence and ensures success in exams.
Unlock your students’ potential in geometry with this meticulously crafted 14-slide PowerPoint presentation, designed in accordance with the IGCSE International Mathematics Syllabus. This resource provides clear, step-by-step instructions on calculating the perimeter of various 2D shapes, including polygons, circles, sectors, and compound shapes. With engaging visuals, real-world examples, and straightforward explanations, this presentation turns a challenging topic into an easily digestible lesson that students can readily understand and apply. Ideal for teachers seeking a curriculum-aligned resource that not only enhances classroom learning but also boosts student confidence in tackling perimeter calculations with precision and ease.
Ignite curiosity and deepen understanding in your geometry lessons with this engaging 9-slide PowerPoint presentation, perfectly aligned with the KS3 National Curriculum. Begin with an interactive activity that allows students to discover for themselves how the angles in a triangle always add up to 180 degrees. Follow up with clear examples and step-by-step calculations that demystify finding unknown angles in triangles. This resource is designed to not only teach the core concept but to also inspire critical thinking and active learning. Ideal for teachers who want to make geometry lessons more interactive, memorable, and enjoyable while ensuring students build a strong foundation in mathematical reasoning.
