Courses

Standard Level · IB Chemistry

IB Chemistry Standard Level I

Start the Standard Level pathway with secure quantitative and conceptual chemistry.

12 weeks45 contact hours
Márió Széles, IB Chemistry tutor

MEET MÁRIÓ

The tutor who will teach the student

Márió combines six verified years teaching IB Chemistry with a UCL First-Class Honours degree and medicinal-chemistry doctoral research.

  • Taught directly in English
  • Identify the problem → explain → apply → give feedback
  • No claim of official IB affiliation

Delivery and current place requests

No confirmed cohort yet

Ask about the next available intake and its timetable.

Programme fit · IB Chemistry Standard Level I

Is this programme right for me?

Use these signals to check whether this is the right next step or whether another route would be more useful.

A good fit if

  • Standard Level students about to begin IB Chemistry or moving from another curriculum
  • Students who are unsure about mole calculations, equations, bonding or chemical explanations

No entry assessment is required. Students may enrol directly, and the course begins from the foundations of its published sequence.

Current programme rhythm · IB Chemistry Standard Level I

Weekly commitment at a glance

From current offering data
Programme length
12 weeks
Live lesson cadence
Confirmed per cohort
Session duration
Confirmed per cohort
Total contact hours
45 hours
Independent practice
Allow about 2–3 hours each week for guided practice and corrections.
Feedback turnaround
Submitted work is normally returned within three working days with the method error identified, a correction prompt and the next practice priority.
Parent-summary cadence
At agreed programme checkpoints
Time zone
Local time
Timetable status
Timetable being finalised

The current offering remains the authoritative source for dates, times and availability.

How the course begins

  • Mole and formula calculations feel uncertain
  • Chemical equations are followed mechanically rather than interpreted
  • Bonding models and observable properties feel disconnected
  • The student is entering Standard Level from another curriculum

Expected change

  • Use the basic language of chemistry accurately
  • Solve mole, concentration and introductory gas calculations systematically
  • Connect bonding and molecular structure to observable properties
  • Interpret chemical equations, graphs and experimental data
  • Enter the next stage of Standard Level study with a substantially stronger foundation
How the programme adapts

Identify. Understand. Apply. Track.

Each cycle uses new evidence to decide what the student should work on next.

  1. Identify

    Find the immediate gap or recurring error.

    Example in this programmeMole and formula calculations feel uncertain
  2. Understand

    Build the chemical explanation behind the topic.

    Example in this programmeFrom naming a force to explaining a property
  3. Apply

    Use the understanding in IB-style work.

    Example in this programmeUse the basic language of chemistry accurately
  4. Track

    Record progress and define the next priority.

    Example in this programmeSubmitted work is normally returned within three working days with the method error identified, a correction prompt and the next practice priority.
TEACHING EXAMPLE

From naming a force to explaining a property

Incomplete response
PH3 has weaker intermolecular forces, so it has a lower boiling point.

Developed response
NH3 forms hydrogen bonds because nitrogen is sufficiently electronegative and each molecule has N–H bonds and a lone pair. More energy is therefore needed to separate NH3 molecules than PH3 molecules.

Reasoning chain: structure → attraction → energy required → boiling point

Course plan

View the week-by-week plan
  1. Week 1 — Particle models, measurement and chemical language
  2. Week 2 — Amount of substance, formulae and equations
  3. Week 3 — Mole, mass and composition calculations
  4. Week 4 — Gases, solutions and concentration calculations
  5. Week 5 — Atomic models and electron configurations
  6. Week 6 — Ionic bonding and ionic lattices
  7. Week 7 — Covalent bonding and molecular geometry
  8. Week 8 — Intermolecular forces and material properties
  9. Week 9 — Metallic bonding and models of materials
  10. Week 10 — Periodicity and chemical trends
  11. Week 11 — Organic structure, functional groups and isomerism
  12. Week 12 — Integrating Structure 1–3 in unfamiliar problems

Practice, feedback and parent visibility

Submitted work is normally returned within three working days with the method error identified, a correction prompt and the next practice priority. Parents can receive an end-of-course readiness summary.

The student receives

  • Focused assignments between live lessons
  • Human feedback linked to the first broken reasoning step
  • A clear next practice priority in the learning space

A parent can see

  • Attendance and completion patterns
  • Recurring error areas and current priorities
  • A concise progress summary at agreed checkpoints

Workload and attendance

Allow about 2–3 hours each week for guided practice and corrections.

The programme is cumulative. When an enrolled student gives notice that they will miss a class, a private catch-up video is offered alongside the lesson materials and focused catch-up task. This is either the lesson recording where consent and format allow, or a tutor-recorded recap; a missed group lesson is not automatically replaced one-to-one.

Questions about this programme

Is Standard Level I only for students who are struggling?

No. It is also useful preparation for capable incoming SL students who want secure quantitative and explanatory habits before the pace increases.

Does Standard Level I require an entry assessment?

No. Students may enrol directly. The course starts with the quantitative and conceptual foundations in its published sequence.