tutoring11-12

High School Year 11-12 Syllabuses

Available as online, face-to-face, private, and group lessons.

STANDARD MATHS :
The course aims to develop students’ mathematical proficiency and problem-solving skills. The course covers a range of topics, including algebra, geometry, probability, and statistics. Students learn to apply mathematical concepts in real-world contexts and develop the ability to analyse and interpret data. Standard Mathematics syllabus prepares students for practical applications of mathematics in various fields and equips them with essential quantitative skills for everyday life and future studies or careers.

Topics Covered:

• Algebra: The Algebra topic introduces students to fundamental algebraic concepts, including linear and quadratic equations, inequalities, and simultaneous equations. Students learn to solve equations and manipulate algebraic expressions, providing a basis for more complex mathematical applications.

• Functions and Graphs: In this topic, students explore various types of functions, including linear, quadratic, and exponential functions. They learn to represent functions graphically and analyse their properties, understanding the relationship between variables and their graphical representations.

• Trigonometry: Trigonometry covers the study of angles and triangles, focusing on trigonometric ratios and identities. Students learn to solve trigonometric equations and apply trigonometry to solve problems involving angles and distances.

• Probability and Statistics: This topic introduces students to the principles of probability and statistical analysis. They learn to interpret data using measures of central tendency and dispersion, as well as conduct experiments and make predictions based on probability calculations.

ADVANCED MATHS:
Advanced Mathematics course is designed to challenge and extend students with a strong aptitude for mathematics. The course covers a range of advanced topics, including algebra, calculus, statistics, and geometry. Students develop a deep understanding of mathematical principles and problem-solving techniques, preparing them for higher-level studies in mathematics, science, engineering, or related fields. The Advanced Mathematics syllabus emphasises theoretical concepts, mathematical reasoning, and complex applications, equipping students with the skills to tackle advanced mathematical challenges and contribute to cutting-edge research and innovation.

Topics Covered:

• Advanced Algebra and Functions: The Advanced Algebra and Functions topic delves into advanced algebraic concepts, including polynomial and rational functions, exponential and logarithmic functions, and sequences and series. Students explore the properties and behaviour of these functions and learn to solve complex equations and inequalities.

• Calculus: Calculus covers the study of rates of change and the concept of limits. Students learn about differentiation and integration, enabling them to analyse and model the behaviour of functions in various contexts. Calculus forms the foundation for advanced studies in mathematics and sciences.

• Probability and Statistics: This topic introduces advanced probability concepts and statistical analysis. Students study probability distributions, hypothesis testing, and confidence intervals. They also explore how statistical methods are used to make predictions and draw conclusions from data.

• Geometry and Trigonometry: The Geometry and Trigonometry topic focuses on advanced geometric principles and trigonometric identities. Students explore properties of triangles, circles, and other geometric figures. They also deepen their understanding of trigonometric functions and their applications in solving complex problems.


EXTENSION 1 MATHS:
Extension 1 Mathematics curriculum is designed for students with a strong aptitude and passion for mathematics. The course focuses on extending students’ understanding of mathematical concepts and challenging them with more advanced topics. It covers a range of modules, including algebra, calculus, and geometry. Students engage in rigorous mathematical thinking, problem-solving, and proof-based exploration. The course prepares students for higher-level mathematics studies in Year 12 and beyond, providing them with a solid foundation for advanced mathematical and scientific endeavours.

Modules Covered:

Module 1: Algebra and Calculus:
Module 1 delves into advanced algebraic and calculus concepts. Students explore functions, sequences, series, and complex numbers. They learn about the properties and behavior of these functions and study advanced differentiation and integration techniques, laying the groundwork for more complex mathematical analyses.

Module 2: Geometry and Algebra:
In this module, students study the interaction between algebra and geometry. They explore concepts such as conic sections, parametric equations, and vectors. Students learn to manipulate algebraic equations and representations to solve geometric problems, fostering connections between different areas of mathematics.

Module 3: Graphs and Relations:
Module 3 focuses on graph theory and the study of relations and functions. Students examine properties of graphs, including planar graphs, trees, and networks. They explore the application of graph theory in solving problems related to networks, connectivity, and optimization.

Module 4: Trigonometry and Hyperbolic Functions:
This module extends students’ understanding of trigonometry and introduces hyperbolic functions. Students study advanced trigonometric identities, applications of trigonometry in real-world contexts, and hyperbolic functions and their properties.

STANDARD ENGLISH:
The Standard English course focuses on developing students’ literacy and communication skills in both oral and written forms. The course aims to enhance students’ ability to critically analyse texts, express themselves effectively, and understand the power of language in various contexts. Standard English covers a range of modules, including the study of literature, representation and text, and multimodal communication. The syllabus encourages students to engage with diverse texts, reflect on their own experiences, and appreciate the nuances of language to become effective communicators and informed global citizens.

Modules Covered:

• Module A: Contemporary Possibilities: In this module, students explore and analyse contemporary texts, such as novels, short stories, or films. They examine how these texts reflect and challenge societal norms and values, addressing issues relevant to modern life. Students develop critical thinking and communication skills while reflecting on the ways in which contemporary texts shape our perspectives.

• Module B: Critical Study of Literature: Module B focuses on the critical study of a set text, such as a novel, play, or poetry collection. Students engage in close analysis of the text, exploring its themes, literary techniques, and historical or cultural contexts. Through this module, students develop a deeper appreciation for the power of literature and its ability to convey complex ideas and emotions.

• Module C: The Craft of Writing: Module C emphasises the development of students’ writing skills. They study a range of text types, such as persuasive, informative, and imaginative writing. Students practice crafting well-structured and coherent pieces, honing their ability to express ideas effectively and persuasively.

• Module D: The Presentation of Ideas: This module focuses on multimodal communication, where students explore a variety of visual, digital, and oral texts. They analyse how ideas are presented through different modes of communication, including visual art, documentaries, speeches, and online media. Students learn to critically interpret and create multimodal texts, recognising the impact of various media on conveying meaning. 

ADVANCED ENGLISH:
The advanced English course is designed for students with a strong aptitude for literature and language analysis. The course focuses on developing students’ critical thinking, communication, and textual interpretation skills. Advanced English covers a range of modules, including the study of complex texts, representations of human experiences, and creative writing. The syllabus encourages students to engage deeply with literature, analyse the power of language, and express their ideas with clarity and sophistication, preparing them for higher education or careers that demand advanced communication and analytical abilities.

Modules Covered:

• Module A: Textual Conversations: Module A explores how different texts from different times and contexts interact and influence each other. Students analyse pairs of texts, such as classic and contemporary works, and explore the ways in which the themes, ideas, and literary techniques echo or diverge across time.

• Module B: Critical Study of Literature: In this module, students engage in an in-depth study of a set text, such as a play, novel, or poetry collection. They critically analyse the text’s themes, language, and literary devices, as well as its historical and cultural context. Through close textual analysis, students develop a nuanced understanding of the power and complexity of literature.

• Module C: The Craft of Writing: Module C focuses on developing students’ creative writing skills. They explore a range of text types, such as imaginative, persuasive, and discursive writing. Students practice crafting original pieces and experiment with various writing techniques to express their ideas with creativity and precision.

• Module D: The Independent Research Project: In this module, students conduct an independent research project on a topic of their choice related to the English course. They formulate a research question, conduct in-depth research, and present their findings in a structured and coherent manner. This module encourages students to develop research and analytical skills while exploring their interests in English studies.

PHYSICS:

Module 1: Kinematics and Dynamics. Module 1 introduces students to the fundamental concepts of mechanics. Students study kinematics, which involves understanding motion, displacement, velocity, and acceleration. They explore Newton’s laws of motion and analyse the behaviour of objects under the influence of forces. The module covers various types of forces, including gravitational and frictional forces, and examines how they affect the motion of objects.

Module 2: Waves and Sound. In this module, students learn about the properties and behaviour of waves. They study different types of waves, including transverse and longitudinal waves, and explore wave phenomena such as interference and diffraction. Students also investigate the nature of sound waves, including wave properties, sound intensity, and the Doppler effect.

Module 3: Electricity and Magnetism. Module 3 delves into electromagnetism, which covers the behaviour of electric and magnetic fields. Students learn about electric charge, electric fields, and electric potential. They explore magnetic fields, magnetic induction, and the principles of electromagnetic induction. The module also covers the relationship between electricity and magnetism, including the concepts of electric motors and generators.

Module 4: Nature of Light. This module focuses on the nature of light and its behaviour. Students study the properties of light waves, including reflection, refraction, and dispersion. They explore the formation of images by mirrors and lenses and investigate the interaction of light with different materials, including diffraction and polarisation.

CHEMISTRY:

Module 1: Properties and Structure of Matter. This module introduces students to the fundamentals of chemistry, including the classification of matter, atomic structure, and the periodic table. Students learn about elements, compounds, mixtures, and the properties of substances. They explore the concept of chemical bonding, including ionic and covalent bonds, and investigate the forces that hold atoms and molecules together.

Module 2: Introduction to Quantitative Chemistry. In this module, students delve into chemical calculations and quantitative analysis. They learn about the mole concept, stoichiometry, and chemical equations. Students also explore the relationship between mass, moles, and molar mass. This module lays the foundation for understanding the quantitative aspects of chemical reactions.

Module 3: Reactive Chemistry. Module 3 focuses on chemical reactions and their mechanisms. Students explore various types of chemical reactions, such as precipitation, acid-base, and redox reactions. They investigate reaction rates, factors affecting reaction rates, and the concept of chemical equilibrium. The module also covers applications of chemical reactions in industrial processes and environmental contexts.

Module 4: Drivers of Reactions. This module delves into the thermodynamics of chemical reactions. Students study the concept of energy changes in chemical reactions, including exothermic and endothermic processes. They also investigate the factors that affect reaction spontaneity and explore electrochemical cells and their applications.

BIOLOGY:

Module 1: Cells as the Basis of Life. Module 1 introduces students to the fundamental unit of life – the cell. They study cell structure and function, including the roles of organelles in cellular processes. Students learn about cell division, cellular transport, and the principles of cell differentiation and specialisation. The module also covers the organisation of cells into tissues and organs.

Module 2: Organisation of Living Things. In this module, students explore the hierarchical organization of living organisms. They learn about the structure and function of tissues, organs, and organ systems in plants and animals. Students study plant structures, such as roots, stems, and leaves, as well as animal systems, including the circulatory, respiratory, and digestive systems.

Module 3: Biological Diversity. Module 3 focuses on the diversity of life on Earth. Students investigate the classification of organisms based on their evolutionary relationships. They explore the characteristics of major plant and animal phyla, as well as microorganisms. The module also covers the concept of biodiversity and the importance of conserving and protecting it.

Module 4: Ecosystems and Interactions. In this module, students study the interactions between organisms and their environment. They learn about ecological concepts, including food chains, energy flow, and nutrient cycling in ecosystems. Students explore the factors that influence population dynamics, such as competition, predation, and disease. The module also covers human impacts on ecosystems and conservation strategies.

ECONOMICS:

  • Module 1: The Global Economy: Module 1 introduces students to the global economy, exploring the interconnectedness of nations through trade and financial flows. Students learn about economic growth, development, and global inequalities. They examine the roles of international organisations, such as the World Bank and the International Monetary Fund, in shaping global economic policies.
  • Module 2: Consumers and Business: In this module, students study the behaviour of consumers and businesses in various market structures. They explore demand and supply, market equilibrium, and the impact of price changes. Students also analyse factors influencing consumer choices and business decisions, as well as government interventions to promote market efficiency.
  • Module 3: Markets and Government: Module 3 delves into the role of government in the economy. Students learn about market failures, such as externalities and public goods, and explore how government policies can address these failures. They also study fiscal and monetary policies, including taxation, budgeting, and interest rates, and analyse their impact on the economy.
  • Module 4: Economic Policies and Management: This module focuses on economic policies and their effectiveness in achieving economic goals. Students examine macroeconomic policies, such as inflation targeting and unemployment management. They also explore the challenges of economic growth, sustainability, and income distribution, considering policy options for a stable and equitable economy.

BUSINESS STUDIES:

  • Module 1: Nature of Business: Module 1 introduces students to the nature and purpose of businesses. They explore the different types of businesses, including small businesses, franchises, and social enterprises. Students study the key elements of a business plan and understand the factors that contribute to a business’s success.
  • Module 2: Operations: In this module, students focus on business operations and the process of producing goods or services. They learn about production methods, supply chain management, and quality control. Students also explore how businesses use technology to enhance their operations.
  • Module 3: Marketing: Module 3 delves into marketing principles and strategies. Students study market research, target markets, and the marketing mix (product, price, place, and promotion). They also analyse the importance of branding and advertising in building a successful business.
  • Module 4: Finance: This module focuses on business finance and the management of financial resources. Students learn about budgeting, financial statements, and sources of finance. They also explore financial planning and decision-making to ensure the financial health of a business.

LEGAL STUDIES:

  • Module 1: The Legal System: Module 1 introduces students to the Australian legal system. They learn about the structure of the legal system, the separation of powers, and the role of key legal institutions, such as the judiciary, parliament, and executive. Students also examine the concepts of justice and fairness and explore how laws are made and interpreted.
  • Module 2: Human Rights: In this module, students study human rights and their protection in Australia and globally. They explore key human rights instruments, such as the Universal Declaration of Human Rights, and investigate how human rights are upheld and sometimes challenged. Students analyse case studies and engage with debates about human rights issues.
  • Module 3: Crime: Module 3 focuses on the concept of crime and its impact on individuals and society. Students study different types of crimes, the elements of criminal liability, and the criminal justice process. They also explore factors influencing criminal behaviour and examine various responses to crime, such as deterrence and rehabilitation.
  • Module 4: Family: This module delves into family law and its impact on individuals and families. Students study marriage, divorce, parental responsibility, and property settlements. They also explore the role of the legal system in resolving family disputes and protecting vulnerable family members, such as children and victims of domestic violence.

STANDARD MATHS :
The course aims to develop students’ mathematical proficiency and problem-solving skills. The course covers a range of topics, including algebra, geometry, probability, and statistics. Students learn to apply mathematical concepts in real-world contexts and develop the ability to analyse and interpret data. Standard Mathematics syllabus prepares students for practical applications of mathematics in various fields and equips them with essential quantitative skills for everyday life and future studies or careers.

Topics Covered:

• Algebra: The Algebra topic introduces students to fundamental algebraic concepts, including linear and quadratic equations, inequalities, and simultaneous equations. Students learn to solve equations and manipulate algebraic expressions, providing a basis for more complex mathematical applications.

• Functions and Graphs: In this topic, students explore various types of functions, including linear, quadratic, and exponential functions. They learn to represent functions graphically and analyse their properties, understanding the relationship between variables and their graphical representations.

• Trigonometry: Trigonometry covers the study of angles and triangles, focusing on trigonometric ratios and identities. Students learn to solve trigonometric equations and apply trigonometry to solve problems involving angles and distances.

• Probability and Statistics: This topic introduces students to the principles of probability and statistical analysis. They learn to interpret data using measures of central tendency and dispersion, as well as conduct experiments and make predictions based on probability calculations.

ADVANCED MATHS:
Advanced Mathematics course is designed to challenge and extend students with a strong aptitude for mathematics. The course covers a range of advanced topics, including algebra, calculus, statistics, and geometry. Students develop a deep understanding of mathematical principles and problem-solving techniques, preparing them for higher-level studies in mathematics, science, engineering, or related fields. The Advanced Mathematics syllabus emphasises theoretical concepts, mathematical reasoning, and complex applications, equipping students with the skills to tackle advanced mathematical challenges and contribute to cutting-edge research and innovation.

Topics Covered:

• Advanced Algebra and Functions: The Advanced Algebra and Functions topic delves into advanced algebraic concepts, including polynomial and rational functions, exponential and logarithmic functions, and sequences and series. Students explore the properties and behaviour of these functions and learn to solve complex equations and inequalities.

• Calculus: Calculus covers the study of rates of change and the concept of limits. Students learn about differentiation and integration, enabling them to analyse and model the behaviour of functions in various contexts. Calculus forms the foundation for advanced studies in mathematics and sciences.

• Probability and Statistics: This topic introduces advanced probability concepts and statistical analysis. Students study probability distributions, hypothesis testing, and confidence intervals. They also explore how statistical methods are used to make predictions and draw conclusions from data.

• Geometry and Trigonometry: The Geometry and Trigonometry topic focuses on advanced geometric principles and trigonometric identities. Students explore properties of triangles, circles, and other geometric figures. They also deepen their understanding of trigonometric functions and their applications in solving complex problems.

EXTENSION 1 MATHS:
Extension 1 Mathematics curriculum builds upon the advanced concepts learned in Year 11 and further challenges students with complex mathematical topics. The course is designed for students with a deep interest and aptitude for mathematics. It covers a range of modules, including advanced calculus, algebra, and complex numbers. Students engage in rigorous mathematical thinking, problem-solving, and abstract reasoning. The course prepares students for advanced studies in mathematics, science, engineering, and other quantitative fields, equipping them with the skills to tackle intricate mathematical challenges and contribute to advanced research.

Modules Covered:

Module 1: Calculus:
Module 1 extends students’ understanding of calculus with a focus on advanced techniques. Students study further applications of differentiation and integration, including applications in physics and engineering. They also explore topics such as polar coordinates and parametric equations.

Module 2: Algebra and Calculus:
In this module, students explore the relationship between algebra and calculus in greater depth. They study complex numbers, numerical methods, and further algebraic techniques. Students also investigate how calculus can be used to solve complex problems in algebra.

Module 3: Geometry and Algebra:
Module 3 delves into advanced geometric concepts and their connections to algebra. Students explore vectors in three dimensions, vector equations of lines and planes, and further applications of vectors in geometry. They also study calculus techniques related to vector functions.

Module 4: Combinatorics and Graph Theory:
This module focuses on combinatorics and graph theory. Students study advanced counting techniques, generating functions, and graph theory concepts. They explore problems related to networks, optimisation, and graph colouring.

STANDARD ENGLISH:
The Standard English course focuses on developing students’ literacy and communication skills in both oral and written forms. The course aims to enhance students’ ability to critically analyse texts, express themselves effectively, and understand the power of language in various contexts. Standard English covers a range of modules, including the study of literature, representation and text, and multimodal communication. The syllabus encourages students to engage with diverse texts, reflect on their own experiences, and appreciate the nuances of language to become effective communicators and informed global citizens.

Modules Covered:

• Module A: Contemporary Possibilities: In this module, students explore and analyse contemporary texts, such as novels, short stories, or films. They examine how these texts reflect and challenge societal norms and values, addressing issues relevant to modern life. Students develop critical thinking and communication skills while reflecting on the ways in which contemporary texts shape our perspectives.

• Module B: Critical Study of Literature: Module B focuses on the critical study of a set text, such as a novel, play, or poetry collection. Students engage in close analysis of the text, exploring its themes, literary techniques, and historical or cultural contexts. Through this module, students develop a deeper appreciation for the power of literature and its ability to convey complex ideas and emotions.

• Module C: The Craft of Writing: Module C emphasises the development of students’ writing skills. They study a range of text types, such as persuasive, informative, and imaginative writing. Students practice crafting well-structured and coherent pieces, honing their ability to express ideas effectively and persuasively.

• Module D: The Presentation of Ideas: This module focuses on multimodal communication, where students explore a variety of visual, digital, and oral texts. They analyse how ideas are presented through different modes of communication, including visual art, documentaries, speeches, and online media. Students learn to critically interpret and create multimodal texts, recognising the impact of various media on conveying meaning. 

ADVANCED ENGLISH:
The advanced English course is designed for students with a strong aptitude for literature and language analysis. The course focuses on developing students’ critical thinking, communication, and textual interpretation skills. Advanced English covers a range of modules, including the study of complex texts, representations of human experiences, and creative writing. The syllabus encourages students to engage deeply with literature, analyse the power of language, and express their ideas with clarity and sophistication, preparing them for higher education or careers that demand advanced communication and analytical abilities.

Modules Covered:

• Module A: Textual Conversations: Module A explores how different texts from different times and contexts interact and influence each other. Students analyse pairs of texts, such as classic and contemporary works, and explore the ways in which the themes, ideas, and literary techniques echo or diverge across time.

• Module B: Critical Study of Literature: In this module, students engage in an in-depth study of a set text, such as a play, novel, or poetry collection. They critically analyse the text’s themes, language, and literary devices, as well as its historical and cultural context. Through close textual analysis, students develop a nuanced understanding of the power and complexity of literature.

• Module C: The Craft of Writing: Module C focuses on developing students’ creative writing skills. They explore a range of text types, such as imaginative, persuasive, and discursive writing. Students practice crafting original pieces and experiment with various writing techniques to express their ideas with creativity and precision.

• Module D: The Independent Research Project: In this module, students conduct an independent research project on a topic of their choice related to the English course. They formulate a research question, conduct in-depth research, and present their findings in a structured and coherent manner. This module encourages students to develop research and analytical skills while exploring their interests in English studies.

PHYSICS:

Module 5: Advanced Mechanics. Module 5 delves into advanced mechanics, exploring more complex motion concepts and forces. Students study circular motion, projectiles, and planetary motion, gaining insights into the principles that govern these phenomena. They also investigate energy conservation, work, and the principles of linear momentum and collisions.

Module 6: Electromagnetism. In this module, students deepen their understanding of electromagnetism and electromagnetic induction. They explore Faraday’s law and Lenz’s law, as well as the generation and transmission of electrical energy. Students also examine the behaviour of charged particles in electric and magnetic fields.

Module 7: The Nature of Light and Matter. Module 7 focuses on the dual nature of light and matter, including wave-particle duality. Students learn about diffraction and interference patterns and investigate the principles of modern physics, such as the photoelectric effect and the Bohr model of the atom. The module also covers the behaviour of particles and matter waves.

Module 8: From the Universe to the Atom. This module explores the broader concepts in physics, ranging from cosmology and astrophysics to quantum physics. Students study the Big Bang theory, the structure of the universe, and the nature of dark matter and dark energy. They also delve into nuclear physics, learning about radioactivity, nuclear reactions, and nuclear energy.

CHEMISTRY:

Module 5: Equilibrium and Acid Reactions. This module explores chemical equilibrium and acid-base reactions. Students learn about the principles of chemical equilibrium, Le Chatelier’s principle, and factors affecting equilibrium position. They investigate acid-base theories, pH calculations, and indicators. The module also covers buffer solutions and their importance in maintaining pH stability.

Module 6: Acidic Environment. Module 6 focuses on environmental chemistry, particularly the impact of acidic substances on the environment. Students study atmospheric chemistry, including the formation and control of acid rain. They also explore the chemistry of acid mine drainage and its environmental consequences. This module highlights the significance of sustainable practices to minimise environmental harm.

Module 7: Organic Chemistry. In this module, students delve into the principles of organic chemistry, including the structure and properties of organic compounds. They learn about different types of organic reactions, functional groups, and isomerism. The module also covers spectroscopic techniques used in organic compound analysis.

Module 8: Applying Chemical Ideas. Module 8 integrates the concepts covered in the previous modules and explores their applications in various contexts. Students investigate chemical synthesis, both in the laboratory and industrial settings. They also explore the principles of green chemistry and sustainable practices. This module emphasises the significance of chemical research and development in technological advancements and pharmaceutical industries.

BIOLOGY:

Module 5: Heredity. Module 5 delves into the principles of genetic inheritance and molecular biology. Students study the structure and function of DNA, genes, and chromosomes. They explore the mechanisms of genetic variation and inheritance, including patterns of Mendelian and non-Mendelian inheritance. The module also covers genetic technologies, such as DNA sequencing and genetic engineering.

Module 6: Genetic Change. In this module, students investigate genetic change and the mechanisms of evolution. They learn about genetic drift, gene flow, and natural selection as agents of evolutionary change. Students study evidence for evolution, including fossil records and comparative anatomy. The module also explores the impact of human activities on the evolution of species.

Module 7: Infectious Disease. Module 7 focuses on the study of infectious diseases and the immune system. Students learn about the structure and function of pathogens and how they cause diseases. They explore the body’s immune response to infections, including the roles of antibodies and immune cells. The module also covers vaccination and strategies for controlling the spread of infectious diseases.

Module 8: Non-Infectious Disease. This module delves into non-infectious diseases and their risk factors. Students study lifestyle-related diseases, such as cardiovascular diseases and diabetes, and investigate the impact of genetic and environmental factors on disease development. The module also covers cancer biology, exploring the mechanisms of tumor formation and potential treatments.

ECONOMICS:

  • Module 5: Economic Policies and Management. Module 5 extends students’ understanding of macroeconomic policies and management. They examine fiscal and monetary policies in greater depth, analysing their impact on economic growth, inflation, and unemployment. Students also explore international trade policies and the role of the Reserve Bank of Australia in managing the country’s monetary policy.
  • Module 6: Economic Issues. In this module, students study contemporary economic issues facing Australia and the global community. Topics may include inequality, sustainability, and economic development. Students critically evaluate these issues and explore possible policy responses to address economic challenges in the modern world.
  • Module 7: Global Economy. Module 7 focuses on the global economy, with an emphasis on international trade and globalisation. Students examine the benefits and challenges of international trade and analyse the role of global institutions, such as the World Trade Organisation. They also explore how economic integration and globalisation impact economies worldwide.
  • Module 8: Economic Impact Study. This module involves an in-depth study of an economic issue of significance to Australia. Students conduct research, analyse data, and present their findings and recommendations in a comprehensive report. The Economic Impact Study allows students to apply their economic knowledge and research skills to a real-world economic problem.

BUSINESS STUDIES:

  • Module 5: Business Planning. Module 5 explores the process of business planning, including setting objectives, formulating strategies, and considering risks. Students learn about the importance of business planning in achieving sustainable growth and success. They also study various tools and techniques used in strategic business decision-making.
  • Module 6: Operations Strategies. In this module, students study operations management and strategies for improving efficiency and productivity. They explore lean production, technology integration, and quality management. Students analyze case studies to understand how operations strategies contribute to a business’s competitiveness.
  • Module 7: Marketing Strategies. Module 7 delves into marketing strategies for businesses. Students examine branding, market segmentation, and product life cycle. They also explore global marketing and ethical considerations in marketing practices. Students develop skills in analyzing marketing opportunities and formulating effective marketing strategies.
  • Module 8: Human Resources Strategies. This module focuses on human resources management and strategies for building a skilled and motivated workforce. Students study recruitment, training, and performance management. They also explore the importance of workplace culture and its impact on employee satisfaction and business success.

LEGAL STUDIES:

  • Module 5: Global Environmental Protection. Module 5 examines the role of international law in addressing global environmental issues. Students study the impact of human activities on the environment, explore global efforts to protect natural resources, and analyse the effectiveness of international environmental treaties. They also examine the concept of sustainable development and its implementation worldwide.
  • Module 6: Consumer Law. In this module, students focus on consumer law and the rights and protections of consumers. They study the Australian Consumer Law and investigate consumer rights in various transactions, such as contracts and product safety. Students also explore mechanisms for dispute resolution and the role of consumer protection agencies.
  • Module 7: Employment Law. Module 7 delves into employment law and its impact on both employers and employees. Students study employment contracts, workplace rights, and the regulation of work conditions. They also examine workplace discrimination and the resolution of employment disputes through tribunals and courts.
  • Module 8: Family Law and its Effectiveness. This module extends students’ understanding of family law and its broader social impact. Students explore the complexities of family law in cases of family breakdown, child custody, and property settlements. They also analyse the effectiveness of family law in protecting the rights and well-being of family members and consider potential law reform.