Realus Mathematics

Realus offers a unique O2O (Offline-to-Online) dual-track learning approach that helps students master core concepts efficiently, build systematic thinking, and develop lifelong independent learning skills.
Years 1–6 Solid Mathematical Foundation: Develop core skills in number sense, spatial reasoning, and real-life problem solving — enhancing learning interest and strengthening fundamental mathematical thinking.
Years 7–11 Academic Advancement: Consolidate in-class knowledge and prepare for VCE. Through structured pre-learning, students build independent learning habits and cultivate creative and logical thinking.
Year 12 VCE Excellence Program: Realus applies the unique Three-Cycle Review Method to deliver targeted VCE coverage, strengthen integrated application and exam strategy skills, and support students in achieving high ATAR results.


Maths
Computational literacyAlgebraic ThinkingGeometric IntuitionStatistical AnalysisProblem Solving

Realus Aims to Develop 4 Core Competencies in Students

Critical Thinking

Critical Thinking

Students are guided to question sources, explore viewpoints, and reflect through discussion and case analysis — building independent judgment and logical decision-making skills.

Logical Reasoning

Logical Reasoning

Through structured training in modelling, inquiry, and analysis, students learn to identify cause-and-effect relationships and develop systematic thinking and problem-solving skills.

Creative Thinking

Creative Thinking

By encouraging open-ended questions and collaboration across disciplines, students break fixed patterns and turn imagination into innovative outcomes.

Lifelong Learning

Lifelong Learning

Personalised learning pathways build curiosity, independent exploration, and a growth mindset — helping students expand their knowledge beyond the classroom.

Realus Mathematics Curriculum System

Years 1~6:

With an interest-driven learning ecosystem at its core, students explore original story-based modules that integrate maths into imaginative scenarios. This nurtures mathematical thinking while sparking curiosity and inquiry.A “Discover–Practice–Feedback” loop is built into the learning process: guiding students to actively explore foundational concepts, apply cross-disciplinary thinking to real-life problems, and deepen engagement through timely positive feedback — ultimately transforming them from passive learners to independent thinkers.

Years 7~11:

Academic development is supported through both solid subject knowledge and structured VCE readiness.Years 7–8 focus on logic, reasoning, and creative problem-solving. Aligned with the concept of "advanced pre-learning," Years 9–10 initiate the VCE Foundation Program, covering key topics progressively. This prepares students to complete the full VCE knowledge framework by Year 11 and strengthens multi-dimensional problem-solving capabilities through early mastery and extension modules.

Year 12:

The Three-Cycle Review Method is implemented as a focused strategy for VCE preparation: the first cycle builds a comprehensive VCE knowledge map to systematically identify and address gaps; the second cycle enhances high-level thinking and integrated application skills; the third cycle targets mock exam performance and refines exam strategies with precision. Combined with dynamic learning records and personalised strategies to overcome individual weaknesses, the program ensures every student performs at their best in the final exam and reaches their full potential.

Why choose Realus Course

Rigorous and Engaging Teaching Materials

Rigorous and Engaging Teaching Materials

The Realus teaching and research team has created scientific, rigorous, and engaging teaching materials. With spiral knowledge arrangements, comprehensive course layouts, and progressive exercises, the materials offer a complete and systematic learning experience for children.

Quality Classroom

Quality Classroom

Immersive, all-English interactive teaching, with teachers asking questions at appropriate times to strengthen teacher-student interaction. This approach leads students into an active learning state, cultivating their learning abilities, communication skills, and confidence.

Scientifically Effective Practice Model

Scientifically Effective Practice Model

In-class exercises, homework, and stage tests form a complete learning cycle, helping students consolidate knowledge and build a strong academic foundation. This approach ensures that understanding is reinforced at every stage of learning.

The AI Agent on the MarsLadder platform provides intelligent, around-the-clock learning guidance, matching question difficulty precisely to each student's real-time ability. With a vast question bank and a personalised error logbook, students are able to review, practise, and master concepts systematically, achieving steady and measurable academic progress.

Professional and Dedicated Teaching Service Team

Professional and Dedicated Teaching Service Team

  • Quality Classrooms: Interactive teaching led by experienced teachers, with in-depth English explanations to ensure thorough understanding.
  • Learning Supervision: Assignments are scheduled after class, with regular guidance and checks.
  • Online Support: Offering assistance for challenging problems through online Q&A services.
  • Learning Progress Tracking: Periodic feedback to track and update parents on their child's learning progress.
  • Consultation Services: Providing parents with professional education plans for their child.

Students can continue their learning journey anytime, anywhere each week, fully engaging in personalised adaptive learning to meet their evolving needs. MarsLadder ensures a weekly learning loop, maintaining consistency and effectiveness in learning.

Full Cycle of Learning Progress

Realus Student Testimonials

Proven by 10,000+ students — from the classroom to the exam room, every effort leaves a lasting result.