A Level Chemistry is a rigorous and intellectually demanding subject that sits at the heart of the sciences. Success in the modern curriculum is defined by a student’s ability to master abstract atomic models and apply them to complex mathematical problems and multi-step organic syntheses. At Edify, we provide the specialist mentorship required to navigate the high-tier demands of AQA, OCR, and Edexcel, ensuring students develop the technical precision and logical clarity needed for Grade A* performance.
We recognise that Chemistry often presents the most significant academic hurdle for aspiring medics and engineers. Our personalised approach ensures that students do not just memorise reaction mechanisms but understand the fundamental electronic and energetic principles that drive them.
Modern A Level specifications place a heavy premium on Assessment Objective 2 (Application) and Assessment Objective 3 (Analysis). Our role is to:
Transition students from simple procedural learning to sophisticated, mechanism-based problem solving.
Master the mathematical requirements of Chemistry, from pH and $K_a$ calculations to enthalpy cycles and Arrhenius equations.
Build fluency in the “Required Practicals,” from volumetric analysis and calorimetry to the preparation of organic solids and liquids.
All lessons are delivered by career chemists and subject specialists. We conduct a detailed audit of the student’s current grasp of physical and organic chemistry, creating a roadmap that targets high-yield and mathematically challenging topics.
Our mentors possess an intimate understanding of the marking "discriminators" that separate a Grade B from a Grade A*. We teach students how to identify specific "command words" and use the precise terminology required to satisfy the most rigorous marking schemes.
Students receive university-standard feedback on their past paper responses and practical write-ups. Parents are provided with monthly strategic reports to ensure a shared understanding of the student’s progress toward their target grade.
We utilise advanced tools, including 3D molecular modelling and digital simulations of reaction kinetics. This ensures that abstract concepts like orbital hybridisation or transition state theory become tangible and clear.
Mastery of thermodynamics, including Born-Haber cycles and Gibbs free energy.
In-depth study of reaction kinetics, rate equations, and the properties of equilibria.
Developing the capacity to handle complex acid-base chemistry and buffer solution calculations.
Format
Individual 60-minute 1:1 sessions
Weekly problem-solving tasks with detailed marking
Regular topic-specific assessments to track progress
Forensic study of trends in properties across Period 3 and Group 2 and 7 elements.
Mastering the complexities of Transition Metal chemistry, including ligand substitution and catalysis.
Strategic support for the understanding of redox potentials and the construction of electrochemical cells.
Format
Individual 60-minute 1:1 sessions
Bespoke revision materials targeting high-mark questions
Structured support for the most challenging curriculum areas
Expertise in reaction mechanisms, including nucleophilic substitution and electrophilic addition.
Detailed exploration of aromatic chemistry, carbonyls, and the synthesis of polymers.
Mastering the principles of analytical techniques, including High-Resolution Mass Spectrometry and NMR spectroscopy.
Assessment and Feedback
Initial baseline assessment across relevant areas
Ongoing individual feedback after each session
Clear, supportive monthly reports for parents
34% Higher Quantitative Precision: Students under our mentorship show a 34% improvement in their ability to complete multi-step mole and gas volume calculations without procedural errors (Royal Society of Chemistry, 2024).
Command of Chemical Terminology: Targeted coaching in scientific communication helps students avoid vague phrasing. Our students demonstrate a 42% increase in the accurate use of precise terminology, such as “electrophile,” “chiral centre,” and “enantiomer.”
Accelerated Growth: Structured 1:1 intervention in Chemistry is proven to accelerate student understanding of abstract bonding and kinetic models by an average of five months over an academic year (EEF).
Schedule a 15-minute consultation to discuss your child’s academic goals.