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CURRICULUM STATEMENT Year 2 - Firbank Grammar School

CURRICULUM STATEMENT Year 2 - Firbank Grammar School

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JUNIOR SCHOOL,<br />

BRIGHTON CAMPUS<br />

<strong>CURRICULUM</strong> <strong>STATEMENT</strong><br />

<strong>Year</strong> 2<br />

EST<br />

1909<br />

FIRBANK<br />

GRAMMAR<br />

<strong>Firbank</strong> Junior <strong>School</strong>, Brighton Campus, is an authorised International Baccalaureate World <strong>School</strong>. It offers the Primary <strong>Year</strong>s<br />

Programme from ELC 3 through to <strong>Year</strong> 6.<br />

IB mission statement<br />

The International Baccalaureate aims to develop inquiring, knowledgeable and caring young people who help to create a better and more<br />

peaceful world through intercultural understanding and respect. To this end the IB works with schools, governments and international<br />

organizations to develop challenging programmes of international education and rigorous assessment. These programmes encourage<br />

students across the world to become active, compassionate and lifelong learners who understand that other people, with their differences,<br />

can also be right.<br />

IB learner profile<br />

The aim of all IB programmes is to develop internationally minded people who, recognizing their common humanity and shared<br />

guardianship of the planet, help to create a better and more peaceful world.<br />

IB learners strive to be:<br />

Inquirers; Knowledgeable; Thinkers; Communicators; Principled; Open-minded; Caring; Risk-takers; Balanced; and Reflective.<br />

The PYP curriculum model


Programme of Inquiry (POI)<br />

As far as possible all subject areas relate to the programme of inquiry. Over the course of a year each grade level completes six units<br />

of inquiry, one from each transdisciplinary theme.<br />

The <strong>Year</strong> 2 units of inquiry (UOI) are:<br />

Term 1 Term 1 & 2<br />

Transdisciplinary Theme: Who we are Transdisciplinary Theme: Where we are in place and<br />

time<br />

Central Idea:<br />

Choices we make have an<br />

impact on our relationships.<br />

Central Idea:<br />

Our lives are similar and<br />

different to those of other<br />

generations.<br />

Lines of inquiry:<br />

• Our relationships<br />

• How positive choices can<br />

nurture relationships<br />

• Rights and responsibilities<br />

Lines of inquiry:<br />

• Generations<br />

• Why and how things change<br />

over time<br />

• How we know about the<br />

past, present and future<br />

Concepts: Causation, Responsibility Concepts: Reflection, Change<br />

Term 2 Term 3<br />

Transdisciplinary Theme: How the world works Transdisciplinary Theme: How we organise ourselves<br />

Central Idea:<br />

We use our senses<br />

to interact with our<br />

environment.<br />

Central Idea:<br />

People choose different<br />

systems to get from one place<br />

to another.<br />

Lines of inquiry:<br />

• Our senses and how we<br />

use them<br />

• Why our senses are<br />

important<br />

• What to do with limited or<br />

no sense<br />

• Technology designed to<br />

enhance the senses<br />

Lines of inquiry:<br />

• Types of transport<br />

• Different transport systems<br />

Concepts: Function, Causation, Concepts: Form, Function, Connection<br />

Term 3 and 4 Term 4<br />

Transdisciplinary Theme: Sharing the planet Transdisciplinary Theme: How we express ourselves<br />

Central Idea:<br />

An ecosystem is a<br />

constantly changing<br />

community of living things<br />

interacting with another.<br />

Central Idea:<br />

Cultural beliefs and values are<br />

reflected through traditions.<br />

Lines of inquiry:<br />

• The similarities and<br />

differences between living<br />

and non-living things<br />

• Characteristics of local<br />

ecosystems<br />

• Connections within<br />

ecosystems<br />

Lines of inquiry:<br />

• How artefacts symbolise<br />

beliefs and values<br />

• How traditions reflect beliefs<br />

Concepts: Change, Connection Concepts: Perspective, Reflection


Language<br />

Reading<br />

In <strong>Year</strong> 2, the students are encouraged to read independently and respond to imaginative and informative texts. Students are exposed<br />

to unfamiliar vocabulary and will use strategies for working out the meaning of unfamiliar words in context. The students use text and<br />

diagrams to locate and interpret both literal and inferred meaning. Students begin to make more personal connections with the text and<br />

are encouraged to relate text with real life experiences. As students become independent readers, they self correct and use punctuation<br />

cues to gain a deeper understanding of the text.<br />

Writing<br />

Students in <strong>Year</strong> 2 are provided with authentic contexts in which to write for a range of purposes. Students select content, form and<br />

vocabulary depending on the purpose and audience for their writing. They use appropriate structures to organise the subject matter and<br />

the grammatical features of these structures are reinforced. They spell frequently used words accurately and make use of known spelling<br />

patterns to make attempts at spelling unfamiliar words.<br />

Speaking and Listening<br />

In <strong>Year</strong> 2 students are provided with authentic contexts in which to produce spoken texts. To add emphasis when communicating, students<br />

have the opportunity to demonstrate they are able to speak clearly by varying their volume and modifying their tone and pace. They make<br />

relevant comments and ask clarifying questions to facilitate communication. After listening to short live or recorded presentations, they<br />

recall some of the main ideas and information presented. They listen to others and respond appropriately to what has been said.<br />

Mathematics<br />

Number<br />

Students model place value of whole numbers from 0 to 1000. They order numbers and count to 1000 by 1s, 10s and 100s and skip count<br />

by 2s, 4s and 5s to 100, starting from any whole number. Students form patterns and sets of numbers based on simple criteria such as<br />

odd and even numbers. They order money amounts in dollars and cents and carry out simple money calculations. Students describe<br />

simple fractions such as one half, one third and one quarter in terms or equal sized parts of a whole object, such as a quarter of a whole<br />

object and subsets (e.g. half of a set of 20 items). Students add and subtract one and two-digit numbers. They also use strategies to<br />

assist in mentally solving addition and subtraction calculations. Students describe and calculate simple multiplication as repeated addition<br />

and division as sharing.<br />

Measurement, Chance and Data<br />

Students estimate, measure, compare and record length, area, volume, capacity and mass using some formal units. They recognise the<br />

need for formal units of length and use the metre and centimetre to measure length and distance. Students use a calendar to identify the<br />

date and name and order the months and the seasons of the year. They use informal and formal units to compare and order the duration<br />

of events and tell the time on the half-hour. They read and record time in hours and minutes in digital and analogue notation and make<br />

comparisons between time units. Students gather, organise, display and interpret data using column and picture graphs. Students order<br />

familiar events in terms of probability between impossible and certain, to predict chance.<br />

Space<br />

Students identify, describe, sort and model particular 3D objects and 2D shapes. Students recognise and describe symmetry, asymmetry<br />

and congruence in these shapes and objects. The students represent and describe the position of objects and recognise whether a single<br />

transformation produces a congruent or similar shape. Students specify location as a relative position, including left and right and interpret<br />

simple networks, diagrams and maps involving a small number of pints, objects or locations.<br />

Working Mathematically<br />

Students ask questions and use appropriate mental or written strategies, and technology, to solve problems. They use appropriate<br />

terminology to describe and link mathematical ideas, check statements for accuracy and explain reasoning.


Art<br />

In Art, <strong>Year</strong> 2 students learn skills, techniques and processes with two and three dimensional art media. The new skills are learnt and<br />

added, in a sequential way, to previous learning. Their understanding and use of the PYP learner profile and attitudes and the values<br />

contained in them, is applied in the art situation. Concepts which are a part of the classroom program of inquiry are linked where possible,<br />

to Art. In Term 1, the class unit of inquiry into homes, their design and building materials, will initiate art activities. Concepts of Form and<br />

Texture will be a particular focus. Reference will be made to the work of artists, past and present where relevant. Through the year in Art,<br />

there is an emphasis on enjoyment and confidence. The students learn skills and techniques which can be applied in diverse ways. In<br />

Art, individuality of expression is valued and celebrated in each child.<br />

Music<br />

All classroom Music lessons are voice-based. In singing before they begin to read, students internalise music and can begin to work with<br />

it meaningfully very quickly. Students are led to recognise and name musical elements in a structured and sequential way, in accordance<br />

with known child developmental stages. Early lessons begin with the building of a repertoire of songs, usually accompanied by a game,<br />

meaning that students are willing to repeat them often! Once they are familiar with the repertoire, they are led to discover elements that<br />

occur in many of the songs, using “solfa” names (so, mi and la etc), hand signs and rhythm syllables to name these, before learning to<br />

read and to write them. They are then ready to begin to use the elements create their own simple compositions and improvisations, and<br />

to recognise these in listening samples. Students in <strong>Year</strong> 2 begin to consolidate their music reading skills through recorder-playing in<br />

Semester 2.<br />

Physical Education<br />

Demonstrating the PYP learner profile and attitudes, and the values gained from these, is an integral part of the Physical Education<br />

Programme. The emphasis is on participation, enjoyment and for each student to challenge herself and to aim for her personal best.<br />

Students learn about safety, healthy bodies, fair play, following rules, talking turns, sharing equipment, looking after equipment and<br />

wearing the correct sports uniform. Understanding the value of a healthy lifestyle and the ability to discuss how one’s body feels before,<br />

during and after exercise is part of the programme. Students regularly engage in vigorous physical activity through fun and fitness tracks,<br />

relays and shuttle races, to enhance personal fitness, strength, agility and mobility. Students participate in distance running culminating<br />

in a class House Cross Country challenge. They also participate in a modified House Athletics Competition where they sprint, hurdle,<br />

throw for distance, jump for distance and height and relays. Students play games such as Kanga Cricket, rounders, modified netball,<br />

basketball and soccer and have the opportunity to invent their own games. Specific skill development includes ball handling, working with<br />

small apparatus (e.g. hoops, ropes, bean bags), gymnastics, dance and swimming.<br />

Information and Communication Technologies (ICT)<br />

Students use computers in the classroom and the ICT Lab for a variety of purposes. They are introduced to basic robotics using Beebots.<br />

They learning how to create, test, modify and store instructions to control the movements of the Beebot. They also learn to program the<br />

Beebot by using single instructions, a sequence of instructions and repeated sequences. Students discover that information exists in a<br />

variety of forms, including text, still and moving pictures, charts and sounds and that different media are used for different purposes. They<br />

continue to express themselves using digital stories with “2 Create-a Story” and begin to also use “Photostory” to take action and share<br />

their learning experiences. “Super Duper Music Looper” is introduced for music creation and this is incorporated into the development of<br />

media. Students develop research skills using ICT and learn to confidently navigate software interfaces.<br />

Religious Education<br />

Religious Education, in the early years, aims to provide students with an introduction to the traditions and stories from the bible. Students<br />

are guided through their learning by reading key bible stories and learn about God’s character and purpose, through the experiences of<br />

many people who encountered God. Relating the positive personal qualities of Jesus to their own lives and His message of good news<br />

is elemental to R.E. lessons at this level, where it is all about their personal experience. Connections are made, where appropriate, to the<br />

PYP learner profile, attitudes and programme of inquiry.<br />

Mandarin<br />

<strong>Firbank</strong> is introducing Mandarin (Chinese) as an additional language form 2011. All learners benefit from having access to different<br />

languages and as a consequence, access to different cultures and perspectives. Communication skills in a language other than English<br />

foster intercultural knowledge and awareness of language as a system. Students will develop skills of listening, speaking, reading, viewing,<br />

writing, and the use of body language, visual cues and signs. The intercultural knowledge and language awareness dimension develops<br />

students’ knowledge of the connections between language and culture, and how culture is embedded throughout the communication<br />

system. The understandings are universal and are gained by comparing languages, including English.

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