Independent preparation programme
UKChO preparation courses
Our 60-hour small-group programmes combine advanced chemistry review, Olympiad problem solving, official past-paper analysis and timed assessment. Course participation is independent of UKChO registration and does not guarantee an award.
Programme information checked against IMA notes on 13 July 2026 · Confirm availability before enrolment.
- Format
- 3–8 student small group
- Duration
- 60 teaching hours
- Options
- Bilingual / English-language programme
- Relationship
- Independent preparation; not an RSC course
Current internal schedule
Recorded 2026 programme options
IMA’s 13 July course note lists two 60-hour UKChO cohorts for 3–8 students. Dates and places remain subject to confirmation.
Curriculum design
What the 60-hour programme covers
- General and structural chemistry
- Atomic and electronic structure, periodicity, bonding, molecular geometry, intermolecular forces, gases, solutions, crystal structures and coordination concepts.
- Physical chemistry
- Stoichiometry, kinetics, equilibria, acids and bases, energetics, entropy, Gibbs free energy, electrochemistry and multi-stage quantitative reasoning.
- Organic chemistry
- Functional groups, nomenclature, stereochemistry, mechanisms, aromatic chemistry, spectroscopy and synthesis pathways, with emphasis on explaining rather than memorising.
- Olympiad method
- Reading long prompts, extracting supplied information, representing structures, planning multi-step solutions and writing answers that match marking logic.
- Past-paper assessment
- Timed papers, official mark-scheme review, error categorisation and targeted repair. The course structure can be adjusted after a diagnostic assessment.
Learning sequence
Four phases from diagnosis to exam readiness
Diagnostic
Assess chemistry coverage, mathematical fluency, English prompt reading and prior Olympiad experience.
Foundation
Repair missing concepts and establish reliable notation, structures, units and calculation habits.
Integration
Work through unfamiliar contexts that combine organic, physical and inorganic reasoning.
Performance
Complete timed papers, analyse errors and stabilise question selection and checking routines.
The exact teaching order should respond to the student’s diagnostic profile rather than follow a fixed topic list mechanically.
Teaching evidence
Chemistry mentor background recorded in IMA
One chemistry mentor profile records advanced training across pharmaceutical chemistry, nanoscience and organic chemistry, plus bilingual teaching and research experience.
Multidisciplinary chemistry
Pharmaceutical chemistry bachelor’s and master’s training, a nanoscience engineering master’s degree and a doctorate in organic chemistry.
Published work
The internal profile records nine SCI papers, including six as first author, and research connected to a commercialised patent.
Course and competition range
Experience with AP, A-Level and IB chemistry as well as CCC, CCO and UKChO preparation.
Programme records
Selected UKChO award outcomes
They are counts recorded in the IMA “赛事荣誉汇总” note, not a course success rate. Cohort size, student selection, prior attainment and which services each student used are not specified here; no causal claim or guarantee is made.
Fit and expectations
Who may benefit from a structured programme?
Strong interest, uneven coverage
A student has studied advanced chemistry but needs a coherent route through missing topics and notation.
Knowledge without conversion
A student knows the syllabus but loses marks when contexts, calculations and mechanisms are combined.
Skill without exam control
A student can solve difficult questions untimed but needs pacing, question selection and error reduction.
A course may be unnecessary for a self-directed student who can diagnose and repair weaknesses using official resources. The decision should follow an honest baseline paper, not fear created by headline difficulty.
Assessment and reporting
What useful progress evidence looks like
A preparation programme should report more than attendance or completed hours. The student needs a baseline paper, a record of recurring error causes, topic-level repair tasks and later unseen-paper evidence.
Progress should be discussed in the context of paper difficulty. A higher raw mark is encouraging, but cleaner mechanisms, fewer unit errors, improved question selection and more completed accessible parts are stronger transferable signals.
- Baseline
- Timed paper, current chemistry coverage and the student’s own account of difficult areas.
- Teaching record
- Topics taught, selected problems, marked work and the reason the next task was chosen.
- Retest
- An unseen paper or comparable question set completed under controlled conditions.
- Next recommendation
- Specific independent study and exam-method actions rather than a generic request to take more hours.
Independence statement
Preparation and competition administration are separate
The Royal Society of Chemistry organises UKChO. ASEEDER administers a regional route. Our courses are an independent educational service and do not confer entry, awards or official status.