Science at Oakbank

All students learn essential disciplinary knowledge about the physical world around them through the three main subjects of Physics, Chemistry and Biology.

Students build up cumulative knowledge so that they can increasingly describe, explain, and predict in a scientific way. Through the application of the most objective human method of knowing, students are encouraged to be scientifically literate and curious beyond belief about the world in which they live.

Science is a remarkable subject to develop analytical thinking skills, read and interpret information, develop their scientific vocabulary and specialist terminology and appreciate the development in science and the interconnectedness with technology.

Enrichment

Students have access to a wide range of enrichment activities. These include:

  • National Science Week competitions
  • Lego robotics club
  • STEM Year 7 Science Club
  • Gardening club
  • Access to the library
  • Cross curricular reading clubs: Royal Society book club

Assessment

Summative and formative assessment will be used throughout KS3 to monitor pupil progress and further inform teaching and learning.

KS4 Specification

Careers

We make links to Careers in science: when we have visiting lecturers or during practical activities by reference to the soft skills being developed such as teamwork, working to deadlines, communicating and working safely. When pupils are practicing oracy tasks
in science lessons, we remind pupils of the need to speak coherently and clearly and why it is important in many jobs.

Curriculum Overview

YearCycle 1Cycle 2Cycle 3
Year 7

B1.1 Cells
C1.1 Particles
P1.1 Forces

B1.2 Reproduction
C1.2 Atoms, elements and compounds
B1.3 Interdependence
C1.3 Mixtures

P1.2 Space
P1.3 Energy transfers
P1.4 Electric circuits: current and voltage

Year 8

B2.1 Tissues and organs
C2.1 Acids and alkalis
P2.1 Movements and pressure
B2.2 Respirations and photosynthesis

C2.2 Changing substances
P2.2 Magnetism
B2.3 Life diversity

C2.3 Earth systems
P2.3 Electric circuits: resistance
B2.4 Nutrition
P2.5 Light

Year 9

B3.1 Growth and differentiation
C3.1 The periodic table
P3.1 Acceleration

B3.2 Human interaction
C3.2 Introduction to quantitative chemistry
P3.2 Heating

B3.3 Genetics
C3.3 Using resources
P3.3 Sound and waves
P3.4 Home electricity

Year 10

B4.1 Digestion
C4.1 Structure and bonding
P4.1 Matter
B4.2 Circulation and respiration

P4.2 Energy conservation
B4.3 Plants and material cycling
C4.3 Quantitative chemistry
P4.3 Forces – movement

B4.4 Health and disease
C4.4 Energy changes
P4.4 Electrical circuits
P4.5 Radioactivity
B4.5 Ecology

Year 11

B5.1 Feedback and control
C5.1 Carbon chemistry
B5.2 Controlling reproduction
C5.2 Controlling reactions

P5.2 Force fields
B5.3 Controlling nature
C5.3 Our atmosphere

B5.4 Evolution
C5.4 Chemical analysis