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John Milton Academy Trust

These schools are part of the John Milton Academy Trust. Click on the school's logo to visit their website.

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Science

Biology

Powerful Knowledge

Knowledge is taught via sequenced units built on KS2. We plan our units to both cover the broad base of the national curriculum, develop safe practice in experimental (practical) learning and prepare students for the demand of GCSE. There is a focus on the 4 strands of our science curriculum - Knowledge, Scientific Literacy, Scientific Numeracy and Practical Knowledge and skills.

Our Biology units are designed to be taught in any sequence so that any split classes can be taught either sequentially or modularly, the exception of cells needing to be taught before other modules.

Cells, Tissues, Organs

Reproduction

Ecology

 

Respiration

Food & Lifestyle

Farming

Literacy

We teach new vocabulary using knowledge organisers and low stakes testing of these. Within lessons keywords are regularly provided and use of these directed in longer explanations. Within lessons where appropriate we read as a class to model new vocabulary and require students to write at length to develop the use of new scientific words and

Sequencing clear explanations using retained knowledge and applying understanding from established models to new and novel reactions.

Our teaching focuses on the explicit and accurate use of vocabulary so that meaning is unambiguous.

School Context

While Stowupland High school is classified by postcode as an urban school we have a strong rural element. Students need horizons widening and explicit links made with a multicultural Britain whilst linking learning to surrounding industry that uses Biology. In teaching certain units links are made to our locality…

  • WSH: reference to medical careers and medical issues.
  • Colchester Zoo: both outreach and preserving biodiversity.
  • Environment Agency: reference to biodiversity and energy transfer
  • UCS/UEA/Anglia Ruskin

Assessment

Each unit is assessed in 4 ways.

  • Low stakes testing based on knowledge organisers ( this is recorded and tracked over time).
  • Assessed homework tasks.
  • Teachers’ judgement and student self assessment within lessons based on work completed in exercise books.
  • End of unit tests. These are made using exam board example questions. They are tiered Higher and Foundation, using the published exam board percentages grade boundaries. The composition of the papers is as follows (33% previous learning on previous topics, 33% medium demand level 2 questions, 33% either level 1 low demand or level 3 high demand).

Careers

  • Health care practitioners eg. Healthcare assistant, Nurse, Doctor etc.
  • Veterinary eg. nurse or surgeon.
  • Environment Agency
  • Biomedical scientist
  • Biochemist
  • Geneticist
  • Agriculture

Chemistry

Powerful Knowledge

Knowledge is taught via sequenced units built on KS2. We plan our units to both cover the broad base of the national curriculum, develop safe practice in experimental (practical) learning and prepare students for the demand of GCSE. There is a focus on the 4 strands of our science curriculum - Knowledge, Scientific Literacy, Scientific Numeracy and Practical Knowledge and skills.

Note with the exception of unit 1.1 and 1.2 which provide the core understanding of particle and atomic theory our chemistry units are designed to be taught in any sequence so that any split classes can be taught either sequentially or modularly.

Atomic and Particle model

Mixtures and separating

Acids and Alkalis

Metals

 

Atoms 2

The Periodic Table

Chemical Reactions

Earth Chemistry

Literacy

We teach new vocabulary using knowledge organisers and low stakes testing of these. Within lessons keywords are regularly provided and use of these directed in longer explanations. Within lessons where appropriate we read as a class to model new vocabulary and require students to write at length to develop the use of new scientific words and

Sequencing clear explanations using retained knowledge and applying understanding from established models to new and novel reactions.

Our teaching focuses on the explicit and accurate use of vocabulary so that meaning is unambiguous.

School Context

While Stowupland High school is classified by postcode as an urban school we have a strong rural element. Students need horizons widening and explicit links made with a multicultural Britain whilst linking learning to surrounding industry that uses Chemistry. In teaching certain units links are made to our locality...

West Suffolk Hospital- Modern Spectroscopic techniques

Newmarket Studs - Separating mixtures (Chromatography)

ICI - Organic synthesis and polymers

Muntons- Organic reactions of alcohol including enzymes

Analytical techniques (including titration)

Treatt UK- Organic reactions

Surechem - Titration and ion tests

Gt. Blakenham incinerator - Catalytic chemistryGreene King- Organic reactions of alcohol including enzymes

 

Outreach opportunities

Big Bang

Medical careers conference

 

Our local context and links to industry also feature our knowledge organisers and lesson planning.

Assessment

Each unit is assessed in 4 ways.

  • Low stakes testing based on knowledge organisers ( this is recorded and tracked over time).
  • Assessed homework tasks.
  • Teachers’ judgement and student self assessment within lessons based on work completed in exercise books.
  • End of unit tests. These are made using exam board example questions. They are tiered Higher and Foundation, using the published exam board percentages grade boundaries. The composition of the papers is as follows (33% previous learning on previous topics, 33% medium demand level 2 questions, 33% either level 1 low demand or level 3 high demand).

Careers

National

Academic researcher

Analytical chemist

Biotechnologist

Chemical engineer

Clinical scientist, biochemistry

Forensic scientist

Nanotechnologist

Pharmacologist

Research scientist (physical sciences)

Scientific laboratory technician

Toxicologist

Local

West Suffolk Hospital

ICI

Muntons

Treatt UK

Physics

Powerful Knowledge

Knowledge is taught via sequenced units built on KS2. There is a focus on the 4 strands of our science curriculum - Knowledge, Scientific Literacy, Scientific Numeracy and Practical skills.

We plan our units to both cover the broad base of the National Curriculum, develop safe practice in experimental work and to prepare students for the demands of GCSE.

The units we teach have the following titles and are designed to be taught in any order so that split classes can be taught in sequence or by module.

Space and Magnetism

Forces

Light and Sound

 

Moving Forces

Electricity

Energy

Literacy

We teach new vocabulary using knowledge organisers and low stakes testing of these. Within lessons keywords are regularly provided and use of these directed in longer explanations. Within lessons where appropriate we read as a class to model new vocabulary and require students to write at length to develop the use of new scientific words and

Sequencing clear explanations using retained knowledge and applying understanding from established models to new and novel ideas.

Our teaching focuses on the explicit and accurate use of vocabulary so that meaning is unambiguous.

School Context

While Stowupland High school is classified by postcode as an urban school we have a strong rural element. Students need horizons widening and explicit links made with a multicultural Britain whilst linking learning to surrounding industry that uses Physics. In teaching certain units, links are made to our locality…

Bosch

BT - Martlesham

Great Blakenham power station

Sizewell nuclear power station.

Muntons

Breheny

PPG

West Suffolk NHS trust (Radiography / medical imaging)

Assessment

Each unit is assessed in 4 ways.

  • Low stakes testing based on knowledge organisers ( this is recorded and tracked over time).
  • Assessed homework tasks.
  • Teachers’ judgement and student self assessment within lessons based on work completed in exercise books.
  • End of unit tests. These are made using exam board example questions. They are tiered Higher and Foundation, using the published exam board percentages grade boundaries. The composition of the papers is as follows (33% previous learning on previous topics, 33% medium demand level 2 questions, 33% either level 1 low demand or level 3 high demand).

Careers

Electrician

Sound Engineer

Mechanical Engineer

Manufacturing Engineer

Civil Engineer

Physicist

Electrical Engineer

Electronic Engineer

Rocket Scientist!

Tunnel Engineer.

Mechanic

Stock Market Trader

CGI

Radiographer

 

See above for specifically local careers.