About Course

Stop memorising. Start problem-solving.

Join our free Section 3 class and experience the exact problem-solving framework that has helped hundreds of students master the GAMSAT’s most intimidating section.

In this session, you’ll learn how to:

  • Break down complex problems through structured, repeatable reasoning rather than memorised facts.

  • Build skill clusters that lateralise across disciplines, particularly spatial geometry, data interpretation and cognitive loading: high-yield domains that drive Section 3 success.

  • Develop true problem-solving intuition that lets you see patterns and not panic when faced with unfamiliar content.

This class provides a window into our skills-based, analytical learning method, the same system refined over 5+ years of teaching and proven through results:

  • Median Section 3 score: 69 (vs 58 national median)

  • Average improvement: 13 marks

  • Medical school admission rate: 34% (vs 8% nationally)

Whether you’re aiming for your first 70 + or striving for 100th percentile reasoning, this masterclass will show you how to think like a top performer, and why mastering skills beats memorising facts every time.

Come see why our students don’t just study for Section 3- they master it.

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What Will You Learn?

  • Develop a repeatable, skills-based framework for GAMSAT Section 3 problem solving
  • Master high-yield reasoning domains: data interpretation and cognitive loading
  • Learn how to lateralise core science and logic concepts across unfamiliar questions
  • Build analytical intuition instead of memorising background facts
  • Understand and apply Bloom’s method for critical reasoning under time pressure
  • Practise with realistic worked examples and guided question breakdowns
  • Gain insight into the approach used by top-percentile candidates (Median S3 score 69 vs 58 national)

Course Content

Weekly Workbook

  • Bloom’s S3 Free Masterclass Workbook

Orientation to Bloom’s S3 Mastery Program

How ACER examines Spatial Geometry

How ACER examines Cognitive Loading and Data Interpretation

How ACER examines Systems Equilibrium: Mechanics and Vectors

Weekly Workbook Answers

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