Secondary Combined Science Physics & Chemistry Tuition
Why Capable Students Still Lose Marks in Combined Science
Even high-achieving students often face specific challenges that prevent them from reaching their full potential in both Physics and Chemistry modules.
Common Challenges in Physics
01
Formula Rushing
Jumping to equations before analyzing the physical setup.
02
Diagram Precision
Drawing accurate force vectors, ray paths, and technical diagrams.
03
Incomplete Explanations
Stopping one step short in qualitative, step-by-step reasoning.
04
Data Interpretation
Misreading trends, coordinates, or data points
05
Execution Consistency
Managing SI units, prefix conversions, and calculator inputs accurately.
06
Concept Transfer
Adapting core laws and formulas to novel, unfamiliar scenarios.
Common Challenges in Chemistry
01
Sub-Microscopic Explanations
Stopping at macroscopic descriptions rather than explaining underlying particle behavior and interactions.
02
Formula Precision
Overlooking minor symbols, charges, or state symbols in chemical formulas and balanced equations.
03
Systematic Calculations
Structuring mole calculations and multi-step quantitative problems without clear, logical steps.
04
Observation vs. Deduction
Blurring the line between what is directly seen in practical work and the scientific conclusion derived from it.
05
Data Interpretation
Treating data-based analysis questions like pure memory recall instead of analyzing the provided evidence.
06
Terminology Accuracy
Using vague or interchangeable scientific terms instead of precise, subject-specific vocabulary.
Our goal is to transform students from passive equation-pluggers into structured, analytical problem solvers who can fluently translate real-world scenarios into precise physics models.
Our goal is to train students to speak the exact language of chemistry—linking what they observe at a macro level directly to sub-microscopic particle behavior with absolute precision.
Learn from Experienced Ex-MOE Science Specialists
Ms Mary Heng
Ex-MOE Senior Teacher with close to three decades of teaching and tutoring experience; uses analogies and storytelling to clarify the mole concept and chemical calculations.
Dr Gary Lee
Over 15 years’ experience;
Doctorate in Physics from NUS;
PGDE in Secondary Physics and Chemistry;
research-informed teaching, formative assessment and scaffolded explanations.
Ms Lim Mui Kiam
Ex-MOE, NIE-trained educator with over 20 years of experience; taught in secondary schools and ACS (International); structured diagnosis, clear explanation and targeted practice.
Our Approach to Mastering
Combined Science (Physics / Chemistry)
Each lesson combines clear concept development, worked examples, guided practice and focused feedback so students know what to improve and how to apply it independently.
01
Activate Foundations
Reactivate foundational knowledge to connect new concepts seamlessly to what students already know.
02
Clarify Core Concepts
Break down complex scientific principles using clear visual models and precise, easy-to-digest explanations.
03
Model Exam Strategy
Demonstrate step-by-step answering techniques and logical workflows required to tackle challenging exam questions.
04
Purposeful Application
Reinforce learning through targeted practice problems that vary in context, structure, and difficulty.
05
Correct & Consolidate
Pinpoint misconceptions immediately through targeted feedback, locking in mastery before advancing.
Curriculum Coverage
Combined Science (Physics)
-
Measurement
-
Kinematics
-
Force and Pressure
-
Dynamics
-
Turning Effect of Forces
-
Energy
-
Kinetic Particle Model
-
Thermal Processes
-
General Wave Properties
-
Electromagnetic Spectrum
-
Light
-
Electric Charges and Current
-
DC Circuits
-
Practical Electricity
-
Magnetism and Electromagnetism
-
Radioactivity
Combined Science (Chemistry)
-
Experimental Chemistry
-
Particulate Nature of Matter
-
Chemical Bonding and Structure
-
Chemical Calculations
-
Acid–Base Chemistry
-
Qualitative Analysis
-
Redox
-
Periodic Table
-
Chemical Energetics
-
Rate of Reactions
-
Organic Chemistry
-
Maintaining Air Quality
Combined Science (Physics/ Chemistry) Learning Materials &
Exam Preparation
We provide a curated ecosystem of resources designed to bridge the gap between classroom theory and exam-day performance for O-Level Combined Science.
Support That Continues Beyond the Lesson
01
Question and solution clarification
Students can seek help when they are unsure how to interpret a question, select the correct concept or formula, structure an explanation, or understand why an answer is incorrect.
02
Targeted practice for weaker topics
Additional questions may be provided for areas requiring more practice. These may include Physics calculations, graphs and circuit questions, as well as Chemistry equations, chemical calculations and qualitative analysis.
03
Correction and error analysis
Students receive feedback on mistakes from assignments and school assessments, such as incorrect formula use, missing units, incomplete scientific explanations, unbalanced chemical equations and errors in calculations.
04
Tailored revision guidance
Teachers guide students on which Physics and Chemistry topics to prioritise based on their school assessments, upcoming examinations and areas of weakness. This helps prevent a weaker component from limiting their overall Combined Science grade.
Students receive subject-specific support to strengthen both the Physics and Chemistry components of Combined Science. This helps them resolve doubts, address weaker topics and prepare more evenly across both sciences.
For centre-wide support that applies across all subjects, including lesson arrangements and broader learning support, see our Student Support System on the Home page.
How Our Students Have Grown
These are verified Secondary Physics and Chemistry experiences, reflecting the dedication and progress of our students across both tracked disciplines.
Shreshta,
Kuo Chuan Presbyterian Secondary
I absolutely am so grateful for this tuition. It has genuinely deepened my understanding in Mathematics and Physics. I’d like to mention in particular my patient and ever dedicated Physics and Chemistry teachers, Mr Wynn Khoo and Ms Loh Zhi Hui, who encouraged me and answered my questions promptly. With their help, I improved from D7 to B4 and still plan on improving further.
Elaine Wei,
CHIJ Toa Payoh
“Ms Lynn is a very good Chemistry teacher. She explains things in a way that makes the concepts easier to understand and less confusing… My Chemistry understanding is better thanks to Ms Lynn.”
Kyee Sym,
Nan Hua High School
They will provide us with many worked examples for both Physics and Chemistry...
Edited extracts from published SG Physics student testimonials.
O Level
Combined Science
(Physics / Chemistry)
Class Options
-
Lessons are 1.5 hours long.
-
The current fee is $60 per on-site lesson and $55 per online lesson. Prices are before GST.
-
Students may attend on-site or online, with learning-centre options at Bishan, Bukit Timah, Jurong East and Marine Parade.
-
Lesson recordings provide additional catch-up and revision support.
Frequently Asked Questions
About O Level Combined Science
Does the Combined Science programme cover both Physics and Chemistry?
The Combined Science (Physics or Chemistry) are two separate offerings for students taking the relevant O-Level Combined Science combination. Check the schedule for the current programme structure and timings.
Who is Combined Science tuition suitable for?
It is suitable for Upper Secondary students taking Combined Science (Physics/Chemistry) who need clearer concepts, structured revision and practice applying ideas to O-Level-style questions.
What should students focus on for Combined Chemistry?
Students should build accurate understanding of particles, bonding, reactions, acids and bases, calculations and experimental concepts according to the current Combined Chemistry syllabus.
Can students join if their school teaches topics in a different order?
Yes, subject to class availability. As school sequencing can differ, please inform which chapters the student has completed so that catch-up needs can be identified.
What happens if my child misses a lesson?
Students should inform the centre early. Depending on availability, they may attend another suitable class, join an online lesson or use a lesson recording to catch up.
Can a Combined Science student take H2 Science in JC?
It depends on the JC and the student's results. Some JCs publish pathways for strong Combined Science students, while prerequisites vary. Students should check the subject-combination rules of the JC they intend to enter.
Should Combined Science students use Pure Science revision materials?
Only selectively. Pure Science resources may contain content or depth outside the Combined Science syllabus. Students should prioritise materials matched to their own syllabus and use extra material only when it clearly supports an examinable concept.
How is Combined Science different from Pure Physics or Pure Chemistry?
Combined Science covers Physics or Chemistry at the Combined Science syllabus depth and assessment format.
What should students focus on for Combined Physics?
Students should understand the key physical principles in their syllabus, use formulas with correct units, interpret graphs and diagrams, and explain observations clearly.
Are learning materials provided?
The centre provides notes and worksheets for its classes, and learning materials are updated in accordance with the school curriculum.
Are online lessons available?
The centre offers online as well as on-site learning options. Check the current Combined Science schedule for available learning modes.
Is Combined Science easier than Pure Science?
Combined Science covers less depth than taking the two sciences separately, but students still need accurate concepts and examination skills. It should not be treated as a subject that can be passed through memorisation alone.
How should students divide revision time between Physics and Chemistry?
Use assessment evidence rather than automatically splitting time equally. Identify weaker chapters and question types in each component, while continuing enough practice in the stronger component to maintain accuracy.
