U Will Education, Your Pathway to a Brighter Future Starts Here

paring for private school applications or middle-school writing challenges build their academic writing step by step—from basic sentences to full, well-structured, logical essays—laying a strong foundation for future success. 

 A child’s ability to confidently stand on stage and clearly express oneself comes not only from a solid language foundation but also from sustained speaking practice. This program was created precisely for this purpose! 

 Move beyond letting children “read stories”— encourage them to analyze, express, and think. By exploring English classic literature in depth, students delve into themes and character development, boosting their comprehension, writing, and critical thinking skills. 

 Taught by a renwned author of children's literature, this course guides students from character creation and story plotting to language polishing and illustration design—ending with their own original book ready to publish or keep as a treasured work. 

 Develop number sense and early logical reasoning; apply math concepts to real-life contexts 

 Build collaborative problem-solving and presentation skills through group challenge tasks 

 Enhance computational flexibility, basic mathematical modeling, logical deduction 

 Prepare for CEMC Gauss Contest; develop math project presentation skills 

 Strengthen integrated problem-solving and reasoning; prepare for Pascal Contest and AMC 8 

 U Will Education’s Early STEM Program blends scientific principles, engineering design, and hands-on practice to spark creativity and problem-solving skills. In each session, students explore a real-life challenge, learn the science behind it, and design and build their own project. 

 U Will Education’s STEM Workshop offers short, focused sessions (1–2 hours) that introduce students to exciting topics across engineering, computer science, biology, chemistry, and physics. Each workshop blends scientific concepts with a hands-on activity, allowing students to explore how things work by building and experimenting themselves. 

 U Will Education’s Summer STEM Camp immerses students in a dynamic, project-based learning experience. Guided by real-world problems, students apply STEM knowledge to bring their ideas to life. Through completing a series of creative projects, they develop imagination, problem-solving skills, and a solid foundation of STEM concepts. 

 U Will Education’s Science Fair Program guides students to discover real-world problems from everyday life and design their own innovative solutions. With personalized mentorship from our instructors, students refine their ideas, develop their projects step by step, and gain the skills and confidence to present them at science fairs. Along the way, they cultivate imagination, creativity, and critical problem-solving abilities. 

 French is one of Canada’s official languages. The earlier children begin learning a second language, the more they thrive accademically, broaden their future oppurtunities, and develop cross-cultural communication skills. U Will Education’s carefully designed French program focuses on listening, speaking, reading, and writing, enabling children to naturally acquire French in an immersive language environment. 

 The class introduces young learners to the basics of French, guided by native French-speaking instructors. Focusing on listening, speaking, reading, and writing, students build a strong foundation in vocabulary, pronunciation, and simple communication, gaining confidence to express themselves naturally in everyday situations. 

 The class helps students strengthen their French skills under the guidance of native French teachers. Through interactive exercises, role-play, and creative projects, students improve sentence construction, conversational fluency, and comprehension, while experiencing authentic French pronunciation and cultural nuances. 

 This class challenges students to refine their language skills with native French-speaking instructors. Engaging in complex conversations, writing tasks, and cultural projects, students gain fluency, confidence, and an authentic accent, preparing for higher-level French studies and real-world communication. 

 U Will Education’s "More Than Money" course introduces students to the fundamentals of personal finance. Through interactive activities, students learn about earning, saving, and spending money wisely. The course builds financial awareness, helping children understand the value of money and develop smart money habits from an early age.

 U Will Education’s "Our Business World" course explores the basics of entrepreneurship and the economy. Students learn how businesses operate, the role of supply and demand, and key financial concepts, while engaging in hands-on activities to create simple business plans and understand real-world commerce. 

 U Will Education’s "Business of Our Own" program guides students to apply financial and entrepreneurial skills in designing and running their own small-scale projects. Students gain practical experience in budgeting, marketing, and decision-making, building problem-solving abilities and business acumen in a supportive, hands-on learning environment. 

 U Will Education’s "Dollars With Sense" program focuses on advanced personal finance and critical thinking skills. Students explore topics such as investing, financial planning, and ethical business practices. Through real-world simulations and projects, they develop financial literacy, decision-making confidence, and the skills to manage money responsibly. 

 Focuses on analyzing literary texts, including poetry, prose, and drama. Students explore themes, style, and symbolism while developing critical thinking and advanced writing skills for college-level literature studies. 

 Develops advanced listening, speaking, reading, and writing skills in French. Students explore Francophone cultures, communicate effectively in authentic contexts, and prepare for college-level French study and AP examination success. 

 Prepares students for AP Calculus by developing advanced algebra, functions, trigonometry, and analytical reasoning skills. Students strengthen problem-solving, graphing, and mathematical thinking, laying a solid foundation for success in higher-level mathematics and STEM courses. 

 Covers limits, derivatives, integrals, and series to model real-world problems. Students strengthen problem-solving and analytical skills, preparing for university-level mathematics, science, or engineering courses. 

 Covers programming, algorithms, computational thinking, and problem-solving. Students learn coding, data analysis, software design, and real-world technology applications, building skills for college-level computer science and STEM-related studies. 

 Introduces data collection, analysis, probability, and inference. Students learn to interpret and communicate statistical findings, develop critical thinking, and apply quantitative reasoning to real-world scenarios. 

 Explores cellular processes, genetics, evolution, ecology, and physiology. Students conduct labs, analyze data, and understand core biological concepts for college-level science studies. 

 Covers atomic structure, chemical reactions, thermodynamics, kinetics, and equilibrium. Students perform experiments and apply theory to practical problems, preparing for higher-level chemistry courses. 

 Examines ecosystems, biodiversity, human impact, and sustainability. Students investigate environmental issues, analyze data, and develop solutions, fostering critical thinking and scientific literacy. 

 Covers mechanics, electricity, waves, and modern physics concepts. Students develop problem-solving skills, perform experiments, and apply physics principles to real-world situations. 

 Covers individual and national economic principles, including markets, supply and demand, fiscal and monetary policy, and economic decision-making. Students develop analytical skills to understand both micro-level and macro-level economic systems. 

 Introduces psychological theories, research methods, and applications. Students study behavior, cognition, development, and mental processes, building analytical and scientific reasoning skills. 

 Covers global events and trends from 1200 CE to present. Students analyze historical evidence, compare perspectives, and understand causes and consequences of world developments. 

 An international math contest for students to develop problem-solving, logical reasoning, and analytical skills. Participants tackle creative and challenging problems, enhancing mathematical thinking and fostering enthusiasm for STEM learning. 

 A Canadian math contest focusing on problem-solving, critical thinking, and reasoning skills. Students apply concepts from algebra, geometry, and combinatorics in timed, structured tests, building confidence for higher-level math studies. 

 The American Mathematics Competitions challenge students with multiple-choice and problem-solving questions in algebra, geometry, probability, and number theory, fostering analytical skills and preparing for advanced mathematics competitions. 

 Encourages young writers to express ideas on global issues. Participants develop research, critical thinking, and persuasive writing skills while exploring social, cultural, and environmental topics with an international perspective. 

 Promotes analytical and creative writing skills through essays on philosophy, politics, economics, and history. Students critically engage with ideas, develop arguments, and enhance reasoning for academic excellence. 

 A Canadian physics competition testing conceptual understanding, problem-solving, and application of physics principles. Students engage in creative thinking and analytical reasoning, preparing for higher-level physics studies.

 Challenges students in problem-solving, chemical reasoning, and laboratory concepts. Participants deepen understanding of chemistry principles and prepare for national and international chemistry competitions.

 Tests knowledge in biology, including cell biology, genetics, ecology, and physiology. Students develop analytical thinking, lab skills, and compete at national and international levels. 

 Assesses problem-solving, algorithms, and programming skills. Students practice computational thinking and coding challenges, building a foundation for competitive programming and computer science studies. 

 An algorithm and programming competition hosted by Simon Fraser University. Students strengthen coding, problem-solving, and computational thinking skills through timed coding challenges and team competitions.