A Level Physical Sciences

H2 Physics Tuition Singapore

Master H2 Physics with Future Academy’s teaching team (led by Ms Chen and Mr Jason Lau). Build strong concepts, practise systematic problem-solving, and improve practical skills. Maximum teacher-to-student ratio of 1:6.

Concept-first H2 Physics

Master H2 Physics with clear concepts and structured practice

H2 Physics is challenging because it is fast-paced and application-heavy. Students need to understand concepts well enough to apply them in unfamiliar contexts, explain their reasoning clearly, and handle practical and data-based questions under time pressure. It is a key subject for many students aiming for Engineering and other STEM courses.

At Future Academy, our H2 Physics programme is delivered by our teaching team, led by Ms Chen and Mr Jason Lau. Ms Chen is a former Raffles Girls’ School (RGS) teacher, and she has 15+ years of teaching experience. Our lessons focus on deep concepts, practical skills, and exam-ready scientific reasoning.

Many students find that memorising formulas is not enough for H2 Physics. We teach the “why” behind the formulas, train systematic problem-solving, and practise applying concepts to unfamiliar questions so students can perform more consistently in tests and exams.

The Challenge

What Makes H2 Physics Uniquely Challenging

H2 Physics differs fundamentally from O Level Physics or IP secondary sciences. The depth of understanding required, mathematical sophistication demanded, and conceptual integration expected represent significant steps up from earlier science education.

  • Conceptual Understanding: Explaining why phenomena occur, not just describing what happens
  • Mathematical Rigour: Sophisticated quantitative reasoning and calculus applications
  • Experimental Skills: Practical examinations requiring scientific methodology
  • Integration: Questions combining multiple topics in single scenarios
Complete Coverage

The Complete H2 Physics Syllabus

H2 Physics spans classical and modern physics with extensive content from measurement and mechanics through to quantum physics. Our systematic curriculum covers all topics comprehensively, building deep understanding and problem-solving capability.

  • Measurement & Kinematics
  • Dynamics, Forces & Work-Energy-Power
  • Circular Motion & Gravitational Field
  • Thermal Physics & Quantum Physics
  • Oscillations & Wave Motion
  • Superposition & Electromagnetic Spectrum
  • Electric Fields, Current & DC Circuits
  • Electromagnetism & Nuclear Physics
Our Methodology

How we teach H2 Physics

As a former Raffles Girls’ School (RGS) teacher, Ms Chen has 15+ years of teaching experience. She focuses on deep conceptual understanding over memorisation. Students learn to connect abstract physics to real-world phenomena, build systematic problem-solving habits, and develop practical skills with clear guidance.

  • Principles before formulas—understanding why physics laws work
  • Connecting theory to real-world phenomena and applications
  • Systematic problem-solving and strategic method selection
  • Practical skills training aligned to JC lab expectations
1:6 Format

The 1:6 Small Group Advantage for H2 Physics

Science learning requires active thinking, experimental discussion, and conceptual development—all enhanced by small-group format. With a maximum teacher-to-student ratio of 1:6, everyone participates in discussing physical concepts, explaining phenomena, and analysing experimental scenarios. This verbalisation deepens understanding far beyond passive listening.

  • Active scientific discourse and concept explanation
  • Immediate misconception correction
  • Collaborative problem-solving with peers
  • Personalized physics development
Questions & Answers

Frequently Asked Questions About H2 Physics Tuition

Our H2 Physics programme is led by Ms Chen and Mr Jason Lau. Your child’s assigned educator depends on class schedule, but the curriculum, lesson structure and teaching standards are consistent across the programme.

Yes. Many students who learned IP Physics with our teaching team continue to H2 Physics with continuity in teaching style and expectations. This helps students adapt faster because the educator understands their foundations and common gaps.

We train practical skills through discussion of experimental scenarios, demonstration of techniques, and practice with experimental analysis questions. Students learn how to present observations, handle uncertainties, and explain conclusions clearly.

Physics and mathematics are interconnected. We address mathematical gaps as part of physics teaching, ensuring students develop the quantitative skills physics requires. Some students benefit from concurrent H2 Math tuition for strongest foundation.

Ideally at JC1 start. Beginning early allows systematic foundation building. However, students starting mid-JC1 or even JC2 can still benefit significantly from focused preparation and strategic teaching.

Yes. Our ClassIn platform enables demonstrations, diagram drawing, problem-solving, and discussion similar to in-person classes. Many students find online learning effective while appreciating eliminated travel time.

Yes. While Ms Chen specializes in H2 Physics, we accommodate H1 Physics students. H1 covers lighter content with less demanding examinations, but the teaching approach remains understanding-focused.

Typically 1.5-2 hours per week depending on topics and student needs. Physics requires consistent practice for concept application and problem-solving skill development.

Build confidence for H2 Physics

Maximum teacher-to-student ratio of 1:6 | Concepts, problem-solving and practical skills

✓ Led by former RGS teacher   ✓ Maximum teacher-to-student ratio of 1:6   ✓ Practical skills training