NZC Years 11-13 Subject Descriptors

Through engagement with a wide range of New Zealand and international texts, both historic and contemporary, students are taught to analyse how written, visual, and oral texts are crafted to convey meaning, reflect or challenge ideas, and influence audiences. Students will also be taught how to craft their own writing and communication skills. English at Year 11 builds essential skills in critical thinking, interpretation, and expression, enriching students’ understanding of themselves and others, and supporting progression into English, Media, Journalism & Communications and other subjects in Years 12 and 13.   

Through deep engagement with a wide range of historic and contemporary New Zealand and international literature, students are taught how to critically examine the way in which texts are constructed, create meaning and challenge, subvert or express literary traditions and ideas. Students understand how texts position, persuade, re-imagine, resist, or transform ideas. They are taught how to develop their own writing and oral language with clarity, stylistic control, and awareness of audience and purpose. English enriches students’ understanding of themselves and others, and provides skills and capabilities needed in pathways such as humanities, media, law, politics, public sector work, and business and communication roles. 

Through a critical analysis of diverse media forms, students are taught how journalism, media institutions, and digital platforms shape national and global discourse. Students are taught to examine how media report public issues, construct cultural narratives, and respond to social, political, and technological change, including the impact of artificial intelligence. Through rigorous production processes, students apply theory and technical conventions to create sophisticated media products across journalism, film, and digital platforms, supporting pathways into screen production, strategic communication, policy development, and digital media management.  Media, Journalism & Communications leads to further pathways in these subjects and related areas such as screen production, public relations, policy writing, marketing and advertising, and digital content creation.

Students are taught key mathematical knowledge and concepts in algebra, geometry, measurement, probability and statistics. They are taught how to apply mathematical reasoning and problem-solving strategies to real and theoretical contexts. Year 11 Mathematics and Statistics develops essential skills in logical thinking, numerical fluency, and data interpretation, and strengthens students’ foundational mathematical knowledge. This provides a strong base for success in a range of other Year 12 and 13 including the sciences, technologies, business, psychology, health and physical education as well as ensuring that students are well prepared for work and life. 

Students are taught the fundamental principles of mathematics and gradually introduced to more advanced concepts, including algebraic techniques, trigonometry, calculus, probability, and statistical theory. Teaching develops mathematical reasoning and problem-solving skills through structured exploration of elementary functions (linear, quadratic, exponential, logarithmic, and trigonometric), their graphs, and the algebraic and calculus methods used to analyse them. Students are also taught probability and statistical theory, including permutations and combinations. Mathematics leads to pathways in mathematics, statistics, engineering, computer science, biology, business, psychology, economics, and health sciences. 

Students are taught the aspects of mathematics and statistics related to data analysis. Students are taught how to use statistical reporting, probability theory, regression analysis, and evidence-based decision making across a range of contexts and statistical and computational methods for analysing and interpreting data. Statistics and Data Science leads to pathways in data science, statistics, probability, and related fields like computer science, accounting, geography, business, health sciences, psychology, other data-informed disciplines, and further academic research. 

Students are taught mathematical and statistical concepts for investigating and solving problems to enable future innovation. They are taught practical applications such as mathematical modelling, data analysis, and interpretation of results. They are also taught how to apply reasoning, solve problems, and critically evaluate models and solutions. Mathematical and Statistical Modelling strengthens knowledge and capabilities for industry pathways and leads to careers in in mathematics, finance, earth science, chemistry, physics, engineering, and technology. 

Students are taught the mathematical ideas that underpin concepts such as number theory, graph theory, and logic. Students are taught the processes behind mathematical thinking and abstract reasoning, enabling them to engage in authentic structured problem solving. Further Mathematics is designed to be studied in addition to another Year 13 mathematics course, Mathematics, Mathematical and Statistical Modelling, or Statistics and Data Science. Further Mathematics leads to pathways in mathematics and related areas, such as computer science, software engineering, advanced mathematics, physics, complex systems, algorithm design, and engineering. 

Students are taught broad, foundational science knowledge, including core scientific concepts and methods across the disciplines of Chemistry, Biology, Earth and Space Science, Agricultural and Horticultural Science, and Physics. Students are taught how to use the principles of scientific investigation and apply scientific knowledge in everyday and disciplinary contexts. Science in Year 11 supports progression into further study in the sciences and science-related subjects at Years 12 and 13, including Biology, Chemistry, Physics, Agricultural and Horticultural Science, Earth and Space Science, and related industry-led subjects. 

Students are taught about living systems focusing on how organisms function, interact, and evolve within biological systems. Students are taught how to use practical investigations to test and apply knowledge in areas such as cellular biology, genetics, ecological systems, body systems, and biotechnology. Biology leads to pathways in biology and related disciplines including biomedical science, environmental science, biotechnology, and health sciences. 

Students are taught about biological, environmental, physical, and human systems, and how these interact and are managed to sustain agricultural and horticultural production. Students are taught how to examine topics such as plant, animal, and soil science, sustainability, business and management practices, and production technologies, and develop skills to apply this knowledge in practice. Agricultural and Horticultural Science leads to pathways in agricultural and horticultural science and related fields, such as sustainability, agriscience, or land-based industries. 

Students are taught about the properties, structure, and composition of matter, and the physical and chemical transformations it undergoes. Students are taught how to investigate chemical systems and processes through theoretical knowledge and practical applications. Chemistry leads to pathways in chemistry and related sciences such as biomedicine, food science, environmental science, health sciences, and engineering. 

Students are taught about Earth’s systems and the universe, with a focus on concepts from astronomy, geology, climate science, and environmental change. They are taught how to apply theoretical knowledge and scientific modelling to investigate key processes and their implications. Earth & Space Science leads to pathways in environmental sciences, Earth and space science, geological and geotechnical sciences, aerospace sciences, and astronomy. 

Students are taught about key areas of physics, including mechanics, waves, electromagnetism, and modern physics including quantum phenomena. Students are taught how to examine and use experimental techniques, mathematical modelling, and the fundamental concepts of physics to explain the natural world. Physics leads to pathways in physics and related fields such as engineering, technology, medicine, and other physical sciences. 

Students are taught about the complex factors that influence personal and community health and well-being. Students are taught how to examine health-related issues, such as nutrition, mental health, sexual and reproductive health, navigating the digital world, relationships, and global health challenges, considering how these intersect across diverse communities and contexts. They are taught how to apply critical thinking and ethical decision-making to analyse and evaluate health practices, policies, and systems, developing capabilities to respond to health needs at personal, community, and societal levels. 

Students are taught functional anatomy, exercise physiology, biomechanics, kinaesthetic awareness and skill learning as they relate to the moving body, critical physical literacy and performance. Physical Education includes how leadership frameworks, coaching and sport pedagogy and sport psychology shape inclusive, adaptive and performative movement experiences and events. Students are taught how to apply theoretical, scientific and practical knowledge across a range of movement types and environments to critically analyse the social and cultural influences on movement, including how movement contributes to overall well-being. Physical Education leads to pathways in movement and sport sciences, sport coaching and leadership, health and physical activity promotion, community health, fitness and sport performance. 

Students are taught the anatomical and biophysical science of movement, and how movement contributes to oranga across the lifespan. Physical education | Ngā Akoranga Koiri includes how leadership frameworks, coaching and sport pedagogy, and sports psychology shaped inclusive, adaptive, and performative movement experiences and events. Students are taught to critically analyse social and cultural influences on movement and to apply theoretical, scientific, and practical knowledge of leadership, coaching, and movement psychology to design intentional and meaningful movement experiences and events. Physical Education | Ngā Akoranga Koiri leads to pathways in movement and sport sciences, sport coaching and leadership, health and physical activity promotion, community health, fitness, and sport performance. 

Students are taught how financial and non-financial information is used to support decision-making in business, and organisational contexts. Students are taught how to interpret, apply, and communicate accounting information using relevant concepts and practices, such as analysing financial performance and position to inform planning and improvement. Accounting leads to pathways in accounting and related disciplines such as commerce, finance, and entrepreneurship. 

Students | mokopuna are taught how businesses, consumers, and governments interact within the economy, and how financial and economic reasoning and models can be used to explain decision-making in contexts. Students | mokopuna examine how internal operations and external influences affect business activity, and how economic theory connects to practical concepts such as marketing, people management, business planning, operations, and kaupapa Māori enterprises. This subject provides a foundation for further study in Business Studies | Te Mātai Pakihi, Economics | Te Mātai Ōhanga, and related pathways in Years 12 and 13. 

Students | mokopuna are taught how businesses operate, make decisions, and respond to change in a range of small business, corporate, national and global contexts.  Students | mokopuna are taught about business functions such as marketing, finance, operations and resources, and how to apply business concepts, models, and values. Students | mokopuna are also taught how business and sustainability intersect in sectors, such as in agri-businesses. Business Studies leads to pathways in business, economics, commerce and agri-business and related fields such as entrepreneurship, management, commercial innovation, agri-innovation, rural enterprise, and environmental leadership. 

Students | mokopuna are taught about how economic decisions and events shape societies. Students | mokopuna are taught key economic concepts such as the roles of consumers and businesses, and how scarcity and choice shape market forces and affect economic outcomes. Students are taught to apply economic concepts, models, and values to explain how consumers, businesses, governments, and communities interact and make informed decisions. Economics | Te Mātai Ōhanga leads to pathways in Economics and in related areas such as business, finance, public policy, and global development. 

Students are taught about Earth’s systems and the universe, with a focus on concepts from astronomy, geology, climate science, and environmental change. They are taught how to apply theoretical knowledge and scientific modelling to investigate key processes and their implications. Earth & Space Science leads to pathways in environmental sciences, Earth and space science, geological and geotechnical sciences, aerospace sciences, and astronomy. 

Students are taught multi-disciplinary methodologies about Classical Greece and Rome, including social and political structures such as hierarchy and roles, cultural ideals such as excellence and duty, and cultural achievements. Students are taught how to examine literature, mythology, religion, art, archaeology, history, social life and politics. They are also taught to recognise how these have been shaped and have shaped the foundations of Western civilisation, influencing art, literature, and society and culture. Classical Studies leads to pathways in Classical Studies and related disciplines, such as humanities, history, philosophy, archaeology, and law. 

Students are taught about religious and spiritual beliefs and practices, and how these shape individuals and societies. Students are taught how religious and spiritual traditions influence, and are influenced by, diverse worldviews, ethical decision-making, identity, global perspectives, and the course of history. Religious Studies leads to pathways in humanities, law, education, international relations. 

Students are taught about the structure of societies and how they change, including key concepts such as culture, socialisation, and social stratification. Students are taught how to critically examine theories of human behaviour in social groups, including analysis of social structures and institutions, group dynamics, and systems of organisation that influence societal behaviour and development. Sociology leads to pathways in sociology and related disciplines, such as social policy, education, criminology, and cultural studies.

Students are taught political systems, civic institutions, international relations, global citizenship and how public participation and decision-making shapes society in New Zealand and globally. Students are taught how to use reasoned argument to explore philosophical ideas about ethics, knowledge, the nature of the mind and political thought. They are taught how to critically examine concepts such as justice, authority, and power. Civics, Politics and Philosophy leads to pathways in these and related areas, such as public policy, governance, international relations, diplomacy, and law. 

Students are taught about the workings of the brain, human thought, emotion, and behaviour through a range of psychological approaches and theories, including those unique to New Zealand’s bicultural heritage. They explore concepts relating to development, personality, relationships, and mental health. Students are taught how to research, analyse, and apply ethical practices in psychology, and how to apply and critique research methodologies in practice. Psychology leads to pathways in psychology and related disciplines such as health sciences, law, education, and commerce. 

Students are taught technical knowledge and skills to design and develop tangible materials outcomes that are fit for purpose, consider the end users and the intended environments for the outcomes, through creative problem solving, technological practice and innovation. Resistant materials which can be categorised as traditional, composite or emerging, will be considered for selection by the students for use in the tangible outcomes, informed by what they have been taught in terms of materials heritage, properties, ethical considerations, sustainable practices, testing and experimentation. The students will learn through teaching, research and trialling of techniques for joining, construction and finishing, which may include using traditional, modern and emerging processes tools and technologies. Resistant Materials Technology leads to pathways in industrial design, product design, engineering, manufacturing and other pathways and trades.  

Students are taught the technical knowledge and skills to design and build textile (wearable and non-wearable) products following accepted codes of practice. Students are taught about the performance properties of natural and man-made fibres and textiles, anthropometrics, ethical responsibility, and identifying sustainable practices for textiles. They are taught how to apply processes and techniques such as using creative problem-solving and textile design thinking, material development and innovation, pattern use and making, textile construction techniques, applied aesthetic and functional finishings, to produce fit-for-purpose products. Textiles Technology leads to careers in material engineering and textile development, fashion, commercial and residential interiors, and design and industry pathways.  

Students are taught the technological knowledge and skills to develop food products through the technology design framework. Students are taught about the performance properties of ingredients, societal, economic, ethical, cultural and environmental considerations to make informed decisions about ingredient selection, processing equipment, processes, and sustainable practices, to develop and create innovative food products addressing societal needs or emerging opportunities. They are taught how to apply processing methods and techniques such as codes of practice, preservation, and quality control, using creative problem-solving and technological thinking to produce fit-for-purpose outcomes. Food Processing Technology leads to pathways in food process engineering, food science, food technology, product design, hospitality, biotechnology, and health.  

Students are taught about electronic processes such as circuit design, managing signals and power, using both analogue and digital methods. They are also taught about mechatronic processes such as sensing, actuation, and system integration, and how these approaches enable the creation of intelligent, automated solutions. Students are taught how to investigate engineering concepts and apply systems thinking to contexts such as robotics, automation, smart devices, and sustainable technologies in New Zealand and globally. Electronics and Mechatronics leads to pathways in engineering, communication systems, robotics, electronics, industrial and product design, trades, or applied technologies. 

Students are taught the knowledge and skills to apply programming, design, and problem-solving skills to complex contexts, such as data transformation and visualisation, human-computer interaction, inclusive design, cybersecurity, and emerging technologies. Students are taught how to examine social, cultural, and ethical implications of digital technologies and their influence on society and the environment, to become discerning users and designers of digital tools. Digital Technologies leads to pathways in technology and technology-related subjects in Years 12 and 13. 

Students are taught about computational thinking and computer science principles. Students are taught how to apply this knowledge in theoretical and practical authentic contexts to solve problems and action computer science opportunities. Students will also be taught to consider the impact of human factors in areas such as programming, computer vision and graphics, networking, data and digital systems, human-computer interaction, cryptography, security, and artificial intelligence and intelligent/autonomous systems. Computer Science leads to pathways in computer science, and related disciplines such as software engineering, and data science. 

Students engage in technological practice, design thinking, and reflective development processes to create fit-for-purpose digital media outcomes. Students are taught project and file management, research and analysis skills, and build, test, and refine digital products, with an understanding of ethical and societal considerations. Digital media leads to pathways in screen industries, web and app development, creative technologies, interactive media, animation, and game development. 

Students are taught about digital and traditional visual communication, as well as technological practices for designing innovative, user-centred conceptual products and spatial environments. Students are taught how to apply design thinking and structured design processes to contexts, such as design heritage, visual communication, sustainability, and digital technologies. Spatial & Product Design leads to pathways in engineering, architecture, product and spatial design, trades, or creative technologies. 

Students are taught how to examine dramatic forms, conventions, and performance styles in relation to cultural and historical contexts, and how to apply this knowledge in the creation and presentation of dramatic work. They develop technical, collaborative, and interpretive skills, alongside critical reflection and informed appreciation of artistic works. Drama leads to pathways in drama and related disciplines, such as creative industries, law, communication, humanities, and education. 

Students are taught analytical, compositional, and performance-based knowledge and practices, alongside the use of contemporary music technologies. Through the teaching of a diverse range of musical traditions, styles and genres, students broaden their knowledge of music as both an art form and a means of cultural expression. Students are taught how to refine their musical expression and develop frameworks for interpreting and responding to the world through music, informed by both theory and practice. Music leads to pathways in music and related areas, such as performance, composition, music therapy, and musicology. 

Students are taught about composition, performance, and production through digital and analogue technologies. Students are taught to examine how technologies have shaped contemporary composition and performance practices over time, and how it enhances and expand compositional techniques and live performance practice. They are taught how to integrate recording, sound design, and music technology tools, and how to use live sound systems and digital processing to record and produce their music across artistic, cultural, and technical contexts. Music Technology leads to pathways in music technology and related areas such as composition, performance, music production, live sound, and media. 

Students are taught how to make and create artworks through exploring technical knowledge and creative processes. At Year 11, students are taught visual art concepts and practices and how to develop artistic ideas in response to personal intention and selected contexts. Through creative investigation students develop knowledge of the visual arts to advance their artistic ideas and build a visual language relevant to the materials and methods used. This subject leads to further study in visual arts subjects and related subjects in Years 12 and 13. 

Students are taught about design as a mode of visual communication and cultural expression, with a focus on design principles and processes, creative problem-solving, and design for communication purposes. Informed by design history and contemporary practice, students are taught how to respond to a design proposition, apply conceptual and technical skills to produce design works that respond to authentic, cultural, commercial, and social contexts. Outcomes may include print-based works, motion graphics, brand kits, character and concept design, illustration, and concept design for digital platforms. 

Students are taught about Photography with a focus on visual communication, technical skills, and creative expression. Students are taught how to operate cameras and photographic technologies, apply editing techniques, and use conventions, and visual language to convey meaning. Students are taught how visual media is shaped by artistic, cultural, and social contexts informed by knowledge of art and design histories’ appropriate to Photography. This subject leads to pathways in the fine arts, commercial photography, and related disciplines such as design, media, or creative industries. 

Students are taught painting techniques and visual language, with a focus on creative expression and critical appreciation of artforms. Students are taught how to use painting methods and materials, develop composition, and study related movements and ideas from contemporary and historical practice.  Students are taught how to apply this knowledge to communicate meaning in artistic, cultural, and personal contexts. Painting leads to pathways in painting and related disciplines such as fine arts, illustration, or creative industries. 

Students are taught about Printmaking and Sculpture practices. They are introduced to concepts and visual language, alongside historical, contemporary, and customary approaches relevant to the materials and methods they use. Students are taught how to explore, communicate, and sustain personal, social, or culturally centred practices, through hands-on making and critical reflection. Students develop technical capabilities and conceptual understanding within the selected approach. Drawing is used as ongoing decision-making process that enables a continuum to be established and maintained. Printmaking and Sculpture leads to pathways in visual arts and related disciplines, such as creative industries, fine arts, screen arts, architecture, design and cultural heritage. 

Students are taught about the whakapapa of different disciplines of te ao haka, the key features of performance techniques, iwi variations, creative development processes and the historical and contemporary contexts of items. Students are taught how to analyse and apply elements such as tempo, rhythm, dynamics, melody, phrasing, harmony, shape, characterisation, tone, and composition structure, and apply these insights to enhance their own performance. They make connections with other creative forms such as musical composition, theatre, choreography, and other indigenous performance traditions, fostering transferable skills that strengthen artistic expression across multiple disciplines. Te Ao Haka leads to pathways in toi Māori, the arts, teaching, tourism, cultural leadership, and global and national performance platforms such as Te Matatini, contributing to and strengthening Aotearoa’s economic, cultural, and creative economy. 

Students are taught linguistic, cultural, and sociocultural knowledge of te reo Māori to begin or deepen their capability in te reo Māori. They learn grammatical structures to communicate across spoken, written, and digital contexts, alongside oratory styles that reflect Māori traditions. Students practice the use of te reo Māori in everyday, community, cultural, and social contexts and strengthen their connections to te ao Māori. Te Reo Māori leads to pathways across many sectors, from education, tourism, health, law, media, and business to community development.