This IB Science Online Coaching Program by Sonia is designed for students pursuing the International Baccalaureate (IB) curriculum, offering structured, concept-focused, and exam-oriented guidance in IB Biology, Chemistry, and Physics (SL & HL). The course supports students from MYP to DP, ensuring they develop strong scientific thinking, analytical skills, and confidence in tackling IB-style assessments, Internal Assessments (IA), and external examinations.

With experience teaching students from multiple curricula—including AQA Combined Science, A-Level Sciences, KS3 Science, and Grade 11 Science—Sonia brings a global academic perspective that helps learners understand IB concepts deeply and apply them effectively. Her teaching approach emphasizes inquiry-based learning, real-world examples, past-paper practice, and personalized support to help students achieve their academic goals.

📘 What Students Will Learn

✔ IB Biology (SL/HL)

• Cell biology, biomolecules & cell transport

• Molecular genetics, DNA replication, transcription & translation

• Metabolism, enzymes & cellular respiration

• Ecology, conservation & ecosystem processes

• Evolution, biodiversity & classification

• Human physiology (digestion, circulation, gas exchange, nerves & hormones)

• HL-specific topics: nucleic acids, metabolism, photosynthesis, plant biology

Learners receive:

• Topic summaries

• Data-based questions

• IA guidance (if required)

• Exam paper walkthroughs

✔ IB Chemistry (SL/HL)

• Stoichiometry, chemical bonding & structure

• Thermochemistry, kinetics & equilibrium

• Acids, bases, redox reactions

• Organic chemistry (reactions, mechanisms, spectroscopy)

• Measurement and data analysis

• HL topics: orbitals, reaction pathways, energy cycles, transition metals

Includes practice with:

• Paper 1 MCQs

• Paper 2 structured responses

• Paper 3 data-based questions

✔ IB Physics (SL/HL)

• Mechanics, motion & forces

• Thermal physics & energy transfer

• Waves, oscillations & sound

• Electricity & magnetism

• Fields & forces

• Atomic, nuclear & quantum physics

• HL topics: wave behavior, fields, EM induction

Students learn through conceptual breakdowns, formula charts, diagrams, and IB-exam problem solving.

🌍 Support for Other Curricula

Along with IB, Sonia also supports:

• KS3 Science (Year 7–9)

• Class 10 CBSE Science

• A-Level / AS Science subjects

• AQA Combined Science

• Grade 11 general science

This makes her teaching adaptable and welcoming for students transitioning between global boards.

🎯 Teaching Method

The course is delivered 100% online, using a structured, interactive approach:

• Live conceptual teaching with whiteboard & visual tools

• Breakdown of difficult theories into simple explanations

• Regular quizzes, worksheets & homework

• IB-style question practice

• Topic-wise and cumulative revision

• Past-paper solving and time-management strategies

• Doubt-clearing sessions after every lesson

Sessions are designed to build analytical skills, conceptual clarity, and exam confidence, which are essential for success in the IB Diploma Programme.

👩‍🏫 Why This Tutor – Sonia

Sonia brings a strong command of international curricula and a teaching style that emphasizes:

• Inquiry-based learning

• Real-life application of scientific concepts

• Constructive feedback

• Patience and personalized support

• Exam-oriented strategies for scoring high

Students appreciate her ability to make even complex IB topics understandable, logical, and engaging.

🎓 Who Should Enroll

• IB MYP students needing science foundations

• IB DP learners (SL/HL) in Biology, Chemistry, or Physics

• Students preparing for external assessments

• Learners needing IA concept clarity

• A-Level / KS3 / CBSE students wanting global-standard teaching

✨ Benefits / Outcomes

By the end of this program, students will:

• Master IB scientific concepts at SL/HL level

• Strengthen analytical and problem-solving skills

• Improve IA writing, data interpretation & exam-style answering

• Gain confidence in Papers 1, 2 & 3

• Develop strong cross-curricular thinking in science