• Classification and cladistics
• Evolution and speciation
• Conservation of biodiversity
• Carbohydrates and lipids
• Membranes and membrane transport
• Organelles and compartmentalization
• Adaptation to environment
• Integration of body systems
• Defence against disease
• Populations and communities
• Transfer of energy and matter
• Mutations and gene editing
• Cell and nuclear division
• Sustainability and change
• Collaborative sciences project
• Scientific investigation
• Evolution and speciation
• Conservation of biodiversity
• Carbohydrates and lipids
• Membranes and membrane transport
• Organelles and compartmentalization
• Adaptation to environment
• Integration of body systems
• Defence against disease
• Populations and communities
• Transfer of energy and matter
• Mutations and gene editing
• Cell and nuclear division
• Sustainability and change
• Collaborative sciences project
• Scientific investigation
| 8 |
Chemistry HL |
25 chapters
|
• Structure 1.1 Introduction to the particulate nature of matter
• Structure 1.2 The nuclear atom
• Structure 1.3 Electron configurations
• Structure 1.4 Counting particles by mass: The mole
• Structure 1.5 Ideal gases
• Structure 2.1 The ionic model
• Structure 2.2 The covalent model
• Structure 2.3 The metallic model
• Structure 2.4 From models to materials
• Structure 3.1 The periodic table: Classification of elements
• Structure 3.2 Functional groups: Classification of organic compounds
• Reactivity 1.1 Measuring enthalpy change
• Reactivity 1.2 Energy cycles in reactions
• Reactivity 1.3 Energy from fuels
• Reactivity 1.4 Entropy and spontaneity
• Reactivity 2.1 How much? The amount of chemical change
• Reactivity 2.2 How fast? The rate of chemical change
• Reactivity 2.3 How far? The extent of chemical change
• Reactivity 3.1 Proton transfer reactions
• Reactivity 3.2 Electron transfer reactions
• Reactivity 3.3 Electron sharing reactions
• Reactivity 3.4 Electron-pair sharing reactions
• Collaborative sciences project
• Scientific investigation
| 9 |
Chemistry SL |
24 chapters
|
• Structure 1.1 Introduction to the particulate nature of matter
• Structure 1.2 The nuclear atom
• Structure 1.3 Electron configurations
• Structure 1.4 Counting particles by mass: The mole
• Structure 1.5 Ideal gases
• Structure 2.1 The ionic model
• Structure 2.2 The covalent model
• Structure 2.3 The metallic model
• Structure 2.4 From models to materials
• Structure 3.1 The periodic table: Classification of elements
• Structure 3.2 Functional groups: Classification of organic compounds
• Reactivity 1.1 Measuring enthalpy change
• Reactivity 1.2 Energy cycles in reactions
• Reactivity 1.3 Energy from fuels
• Reactivity 2.1 How much? The amount of chemical change
• Reactivity 2.2 How fast? The rate of chemical change
• Reactivity 2.3 How far? The extent of chemical change
• Reactivity 3.1 Proton transfer reactions
• Reactivity 3.2 Electron transfer reactions
• Reactivity 3.3 Electron sharing reactions
• Reactivity 3.4 Electron-pair sharing reactions
• Collaborative sciences project
• Scientific investigation
| 12 |
Computer Science HL |
11 chapters
|
• A.1 Computer fundamentals
• B.1 Computational thinking
• B.3 Object oriented programming (OOP)
• B.4 Abstract data types
• The computational solution
• Collaborative sciences project
| 13 |
Computer Science SL |
10 chapters
|
• A.1 Computer fundamentals
• B.1 Computational thinking
• B.3 Object oriented programming (OOP)
• The computational solution
• Collaborative sciences project
| 18 |
Design Technology HL |
26 chapters
|
• A2.1 User-centred research methods
• A2.2 Prototyping techniques
• A3.1 Material classification and properties
• A3.2 Introduction to structural systems
• A3.3 Introduction to mechanical systems
• A3.4 Introduction to electronic systems
• A4.1 Manufacturing techniques
• B1.1 User-centred design
• B2.1 The IB DP Design process
• B2.2 Modelling and prototyping
• B3.1 Material selection
• B3.2 Structural systems application and selection
• B3.3 Mechanical systems application and selection
• B3.4 Electronic systems application and selection
• B4.1 Production systems
• C1.1 Responsibility of the designer
• C2.1 Design for sustainability
• C2.2 Design for a circular economy
• C3.1 Product analysis and evaluation
• C3.2 Life cycle analysis
• C4.1 Design for manufacture strategies
• Collaborative sciences project
| 19 |
Design Technology SL |
15 chapters
|
• A2.1 User-centred research methods
• A2.2 Prototyping techniques
• A3.1 Material classification and properties
• B1.1 User-centred design
• B2.1 The IB DP Design process
• B2.2 Modelling and prototyping
• B3.1 Material selection
• C1.1 Responsibility of the designer
• C2.1 Design for sustainability
• C2.2 Design for a circular economy
• C3.1 Product analysis and evaluation
• Collaborative sciences project
| 22 |
Economics HL |
32 chapters
|
• 1.2 How do economists approach the world?
• 2.3 Competitive market equilibrium
• 2.4 Critique of the maximizing behaviour of consumers and producers
• 2.5 Elasticity of demand
• 2.6 Elasticity of supply
• 2.7 Role of government in microeconomics
• 2.8 Market failure—externalities and common pool or common access resources
• 2.9 Market failure—public goods
• 2.10 Market failure—asymmetric information
• 2.11 Market failure—market power
• 2.12 The market’s inability to achieve equity
• 3.1 Measuring economic activity and illustrating its variations
• 3.2 Variations in economic activity—aggregate demand and aggregate supply
• 3.3 Macroeconomic objectives
• 3.4 Economics of inequality and poverty
• 3.5 Demand management (demand-side policies)—monetary policy
• 3.6 Demand management—fiscal policy
• 3.7 Supply-side policies
• 4.1 Benefits of international trade
• 4.2 Types of trade protection
• 4.3 Arguments for and against trade control/protection
• 4.4 Economic integration
• 4.6 Balance of payments
• 4.7 Sustainable development
• 4.8 Measuring development
• 4.9 Barriers to economic growth and/or economic development
• 4.10 Economic growth and/or economic development strategies
• Portfolio of three commentaries
| 23 |
Economics SL |
29 chapters
|
• 1.2 How do economists approach the world?
• 2.3 Competitive market equilibrium
• 2.4 Critique of the maximizing behaviour of consumers and producers
• 2.5 Elasticity of demand
• 2.6 Elasticity of supply
• 2.7 Role of government in microeconomics
• 2.8 Market failure—externalities and common pool or common access resources
• 2.9 Market failure—public goods
• 3.1 Measuring economic activity and illustrating its variations
• 3.2 Variations in economic activity—aggregate demand and aggregate supply
• 3.3 Macroeconomic objectives
• 3.4 Economics of inequality and poverty
• 3.5 Demand management (demand-side policies)—monetary policy
• 3.6 Demand management—fiscal policy
• 3.7 Supply-side policies
• 4.1 Benefits of international trade
• 4.2 Types of trade protection
• 4.3 Arguments for and against trade control/protection
• 4.4 Economic integration
• 4.6 Balance of payments
• 4.7 Sustainable development
• 4.8 Measuring development
• 4.9 Barriers to economic growth and/or economic development
• 4.10 Economic growth and/or economic development strategies
• Portfolio of three commentaries
| 33 |
Geography HL |
14 chapters
|
• Option Oceans and coastal margins
• Option Extreme environments
• Option Geophysical hazards
• Option Leisure, tourism and sport
• Option Urban environments
• Core Population distribution—changing population
• Core Global climate—vulnerability and resilience
• Core Global resource consumption and security
• HL Power, places and networks
• HL Human development and diversity
• HL Global risks and resilience
| 34 |
Geography SL |
11 chapters
|
• Option Oceans and coastal margins
• Option Extreme environments
• Option Geophysical hazards
• Option Leisure, tourism and sport
• Option Urban environments
• Core Population distribution—changing population
• Core Global climate—vulnerability and resilience
• Core Global resource consumption and security
| 62 |
Physics HL |
27 chapters
|
• A.2 Forces and momentum
• A.3 Work, energy and power
• A.4 Rigid body mechanics
• A.5 Galilean and special relativity
• B.1 Thermal energy transfers
• B.5 Current and circuits
• C.1 Simple harmonic motion
• C.4 Standing waves and resonance
• D.1 Gravitational fields
• D.2 Electric and magnetic fields
• D.3 Motion in electromagnetic fields
• E.1 Structure of the atom
• Collaborative sciences project
• Scientific investigation
| 63 |
Physics SL |
22 chapters
|
• A.2 Forces and momentum
• A.3 Work, energy and power
• B.1 Thermal energy transfers
• B.5 Current and circuits
• C.1 Simple harmonic motion
• C.4 Standing waves and resonance
• D.1 Gravitational fields
• D.2 Electric and magnetic fields
• D.3 Motion in electromagnetic fields
• E.1 Structure of the atom
• Collaborative sciences project
• Scientific investigation
| 66 |
Psychology HL |
5 chapters
|
• Integrating concepts and content in the understanding of contexts
• The role of culture, motivation and technology in shaping human behaviour
• Data analysis and interpretation
• Psychology research proposal
| 71 |
Social and Cultural Anthropology HL |
13 chapters
|
• The language of anthropology
• The practice of anthropology
• Anthropological thinking
• Health, illness and healing
• Communication, expression and technology
• Movement, time and space
• Production, exchange and consumption
• Engaging in anthropological practice
| 72 |
Social and Cultural Anthropology SL |
13 chapters
|
• The language of anthropology
• The practice of anthropology
• Anthropological thinking
• Health, illness and healing
• Communication, expression and technology
• Movement, time and space
• Production, exchange and consumption
• Engaging in anthropological practice
| 76 |
Sports Exercise and Health Science HL |
14 chapters
|
• A.2 Hydration and nutrition
• B.1 Generating movement in the body
• B.2 Forces, motion and movement
• C.1 Individual differences
• C.5 Psychological skills
• Collaborative sciences project
• Scientific investigation
| 77 |
Sports Exercise and Health Science SL |
14 chapters
|
• A.2 Hydration and nutrition
• B.1 Generating movement in the body
• B.2 Forces, motion and movement
• C.1 Individual differences
• C.5 Psychological skills
• Collaborative sciences project
• Scientific investigation
| 87 |
Environmental Systems and Societies HL |
16 chapters
|
• Topic 3 Biodiversity and conservation
• Topic 6 Atmosphere and climate change
• Topic 7 Natural resources
• Topic 8 Human populations and urban systems
• HL.b Environmental and ecological economics
• HL.c Environmental ethics
• Collaborative sciences project
• Scientific investigation
| 88 |
Environmental Systems and Societies SL |
13 chapters
|
• Topic 3 Biodiversity and conservation
• Topic 6 Atmosphere and climate change
• Topic 7 Natural resources
• Topic 8 Human populations and urban systems
• Collaborative sciences project
• Scientific investigation
| 89 |
History SL |
10 chapters
|
• Independence and identity
• Political and economic transitions
• Conflict and displacement
• Innovation and transformation (from 750 CE)
• Authoritarian rule (from 1750 CE)
• Popular movements (from 1750 CE)
• Historical investigation
| 267 |
Business Management HL |
39 chapters
|
• 1.1 What is a business?
• 1.2 Types of business entities
• 1.3 Business objectives
• 1.5 Growth and evolution
• 1.6 Multinational companies (MNCs)
• 2.1 Introduction to human resource management
• 2.2 Organizational structure
• 2.3 Leadership and management
• 2.4 Motivation and demotivation
• 2.5 Organizational (corporate) culture
• 2.7 Industrial/employee relations
• 3.1 Introduction to finance
• 3.5 Profitability and liquidity ratio analysis
• 3.6 Debt/equity ratio analysis
• 3.8 Investment appraisal
• 4.1 Introduction to marketing
• 4.5 The seven Ps of the marketing mix
• 4.6 International marketing
• 5.1 Introduction to operations management
• 5.3 Lean production and quality management
• 5.5 Break-even analysis
• 5.6 Production planning
• 5.7 Crisis management and contingency planning
• 5.8 Research and development
• 5.9 Management information systems
• Business management toolkit
| 268 |
Business Management SL |
28 chapters
|
• 1.1 What is a business?
• 1.2 Types of business entities
• 1.3 Business objectives
• 1.5 Growth and evolution
• 1.6 Multinational companies (MNCs)
• 2.1 Introduction to human resource management
• 2.2 Organizational structure
• 2.3 Leadership and management
• 2.4 Motivation and demotivation
• 3.1 Introduction to finance
• 3.5 Profitability and liquidity ratio analysis
• 3.8 Investment appraisal
• 4.1 Introduction to marketing
• 4.5 The seven Ps of the marketing mix
• 5.1 Introduction to operations management
• 5.5 Break-even analysis
• Business management toolkit
| 269 |
History Americas HL |
11 chapters
|
• Independence and identity
• Political and economic transitions
• Conflict and displacement
• Innovation and transformation (from 750 CE)
• Authoritarian rule (from 1750 CE)
• Popular movements (from 1750 CE)
• Historical investigation
| 270 |
History Europe HL |
11 chapters
|
• Independence and identity
• Political and economic transitions
• Conflict and displacement
• Innovation and transformation (from 750 CE)
• Authoritarian rule (from 1750 CE)
• Popular movements (from 1750 CE)
• Historical investigation
| 271 |
History Africa and Middle East HL |
11 chapters
|
• Independence and identity
• Political and economic transitions
• Conflict and displacement
• Innovation and transformation (from 750 CE)
• Authoritarian rule (from 1750 CE)
• Popular movements (from 1750 CE)
• Africa and the Middle East
• Historical investigation
| 272 |
History Asia and Oceania HL |
11 chapters
|
• Independence and identity
• Political and economic transitions
• Conflict and displacement
• Innovation and transformation (from 750 CE)
• Authoritarian rule (from 1750 CE)
• Popular movements (from 1750 CE)
• Historical investigation
| 278 |
Mathematics: Analysis and Approaches HL |
6 chapters
|
• Topic 1 Number and algebra
• Topic 3 Geometry and trigonometry
• Topic 4 Statistics and probability
• Development of investigational, problem-solving and modelling skills and the exploration of an area of mathematics
| 279 |
Mathematics: Analysis and Approaches SL |
6 chapters
|
• Topic 1 Number and algebra
• Topic 3 Geometry and trigonometry
• Topic 4 Statistics and probability
• Development of investigational, problem-solving and modelling skills and the exploration of an area of mathematics
| 280 |
Mathematics: Applications and Interpretation HL |
6 chapters
|
• Topic 1 Number and algebra
• Topic 3 Geometry and trigonometry
• Topic 4 Statistics and probability
• Development of investigational, problem-solving and modelling skills and the exploration of an area of mathematics
| 281 |
Mathematics: Applications and Interpretation SL |
6 chapters
|
• Topic 1 Number and algebra
• Topic 3 Geometry and trigonometry
• Topic 4 Statistics and probability
• Development of investigational, problem-solving and modelling skills and the exploration of an area of mathematics
| 292 |
Digital Society HL |
26 chapters
|
• 1.1 What is digital society?
• 3.4 Networks and the internet
• 3.6 Artificial intelligence
• 3.7 Robots and autonomous technologies
• 5.2 Governance and human rights
• 5.3 Sustainable development