Master advanced chemistry concepts and excel in the most challenging IB Chemistry course with comprehensive, research-oriented learning
Course Level
IB Higher Level
Programme Duration
Full Academic Year
Format
Online 1-on-1
Prerequisites
Strong Math & Chemistry
Course Overview
Our IB Chemistry HL course is designed for ambitious students seeking an in-depth understanding of advanced chemistry principles. This comprehensive year-long course covers all core topics plus additional Higher Level extensions, emphasizing mathematical rigor, theoretical depth, and sophisticated problem-solving skills essential for success in chemistry, medicine, engineering, and related scientific fields.
IB Chemistry HL is equivalent to a rigorous first-year university chemistry course, covering atomic structure, chemical bonding, thermodynamics, kinetics, equilibrium, acids and bases, redox processes, organic chemistry, plus advanced topics in analytical chemistry and medicinal chemistry. The course develops both analytical thinking and advanced mathematical skills while fostering deep scientific understanding.
Higher Level Advantages
Chemistry HL provides deeper mathematical treatment, additional topics, extended laboratory work, and preparation for advanced university-level chemistry and medical programs. HL students are highly sought after by top universities worldwide.
Flexible Scheduling Options
Choose the pace that works best for your learning style and schedule:
Standard Track: 2 Hours/Week
Total: 80 hours over 40 weeks
Perfect for students who prefer steady, manageable coverage throughout the academic year
Intensive Track: 3 Hours/Week
Total: 96 hours over 32 weeks
Ideal for students seeking accelerated learning with extensive practice and deeper exploration
IB Assessment Information
External Assessment (80%): Paper 1 (Multiple Choice - 60 min) + Paper 2 (Structured Questions - 135 min) + Paper 3 (Data Analysis & Option - 75 min)
Internal Assessment (20%): Individual Investigation (10 hours) - Design, conduct, and analyze your own advanced chemistry experiment
HL assessments require deeper mathematical analysis, complex problem-solving, and comprehensive understanding of advanced chemistry concepts.
Internal Assessment (IA) Support
Comprehensive guidance for your Individual Investigation including advanced topic selection, sophisticated experimental design, complex data analysis, uncertainty propagation, and professional presentation. We'll help you excel in this crucial component while developing research skills for university.
What Makes Our Course Special
📹
Recorded Sessions
Access to all live session recordings for review and reinforcement at your own pace
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WhatsApp Support
24/7 support for complex questions and clarifications outside of scheduled sessions
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Advanced IA Mentorship
Expert support for sophisticated experimental investigations and research projects
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HL Mock Examinations
Rigorous IB HL-style assessments to track progress and build exam confidence
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Advanced Problem Solving
Development of sophisticated analytical and mathematical chemistry skills
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University Preparation
Rigorous preparation for advanced chemistry and medical programs
What You'll Learn
Master all core and Higher Level chemistry topics with advanced mathematical treatment
Develop sophisticated problem-solving skills using complex calculations
Design and conduct complex scientific investigations with advanced data analysis
Apply advanced chemistry principles to novel and challenging situations
Communicate complex chemistry concepts with precision and clarity
Understand cutting-edge chemistry including spectroscopy and advanced organic mechanisms
Develop research skills essential for university-level chemistry and medicine
Master advanced exam techniques for all three IB HL assessment papers
Build strong foundation for advanced university chemistry and related fields
Detailed Course Curriculum
Topic 1: Stoichiometric Relationships 13.5 hours
Advanced measurement concepts and complex stoichiometric calculations.
Advanced mole concept applications
Complex stoichiometric calculations
Limiting reactants and percentage yield
Solution preparation and dilution
Advanced gas law calculations
Topic 2: Atomic Structure 6 hours
Advanced atomic theory and electronic structure.
Quantum mechanical model of the atom
Advanced electron configurations
Atomic spectra and energy transitions
Ionization energies and periodic trends
Advanced spectroscopic analysis
Topic 3: Periodicity 6 hours
Advanced periodic trends and their explanations.
Advanced periodic trends analysis
Transition metal properties
Lanthanides and actinides
Complex ion formation
Advanced oxidation states
Topic 4: Chemical Bonding and Structure 13.5 hours
Advanced bonding theories and molecular structures.
Advanced Lewis structures and formal charge
Valence bond theory and hybridization
Molecular orbital theory
Advanced VSEPR applications
Delocalized electrons and resonance
Topic 5: Energetics/Thermochemistry 9 hours
Advanced thermodynamics and energy calculations.
Advanced enthalpy calculations
Born-Haber cycles
Lattice enthalpy and solution energetics
Entropy and Gibbs free energy
Advanced thermodynamic calculations
Topic 6: Chemical Kinetics 7 hours
Advanced reaction kinetics and mechanisms.
Advanced rate equations and order determination
Integrated rate laws
Complex reaction mechanisms
Arrhenius equation applications
Advanced catalysis concepts
Topic 7: Equilibrium 4.5 hours
Advanced equilibrium concepts and calculations.
Advanced equilibrium calculations
Multiple equilibria systems
Complex ion equilibria
Solubility product applications
Industrial equilibrium processes
Topic 8: Acids and Bases 6.5 hours
Advanced acid-base theory and calculations.
Lewis acid-base theory
Advanced pH calculations
Buffer systems and Henderson-Hasselbalch
Polyprotic acid systems
Advanced titration curves
Topic 9: Redox Processes 8 hours
Advanced electrochemistry and redox reactions.
Advanced redox balancing techniques
Electrochemical cells and EMF
Nernst equation applications
Electrolysis calculations
Corrosion and protection methods
Topic 10: Organic Chemistry 11 hours
Advanced organic chemistry and reaction mechanisms.
Both tracks include: All sessions, recorded materials, advanced IA mentorship, HL mock exams, WhatsApp support, and comprehensive university preparation resources
Ready to Master IB Chemistry HL?
Join the elite group of students who have achieved exceptional results in IB Chemistry HL with our comprehensive tutoring program. This course is designed for ambitious students targeting top universities in chemistry, medicine, engineering, and related scientific fields. With our rigorous approach and expert guidance, you'll develop the advanced analytical skills and deep understanding needed for success in the most challenging chemistry environments.
IB Chemistry HL is more than just a course - it's preparation for a career in cutting-edge science, medicine, and technology. Our program ensures you not only achieve outstanding IB results but also develop the sophisticated thinking skills that will distinguish you in university admissions and beyond.