At Campion school we encourage students to be inquisitive. The science curriculum creates a healthy curiosity about the universe and promotes respect for living and non-living. Throughout the course students will acquire and develop knowledge in each unit across the years. The units have been developed through the National Curriculum and builds on previous knowledge.
The key aims of Science is to ensure that all pupils:
Students will follow the content according to National Curriculum for science using a spiralling approach which reviews and builds in the understanding from KS2. Practical skills are modelled and carried out for students with opportunities for students to develop the skills of enquiry and working scientifically.
Students will experience a wide range of new topics and skills at KS4 whilst following either the Edexcel combined route or taking as an option the Edexcel separate science. Each topic strand is linked intrinsically to prior knowledge and skills from KS3 and builds in terms of complexity, skills and application. Our aim is that all students should leave Campion being able to understand and explain the scientific world around them and more importantly are equipped with the skills to problem solve and critically evaluate the ‘big’ moral questions.
The department offers A level Biology, A level Chemistry, A level Physics and BTEC Applied science
Autumn
Spring
Summer
Year 12
Development of practical skills in biology
Cell structure and
Biological molecules
Exchange surfaces and breathing
Transport in animals and plants
Enzymes and Biological membranes
Cell division diversity and cell differentiation
Communicable diseases
Classification and evolution
Cellular control
Patterns of inheritance
Biodiversity
Communication and homeostasis
Excretion as an example of homeostatic control
Year 13
Hormonal communication
Plants and animals responses
Photosynthesis
Respiration
Clones and biotechnology
Manipulating genomes
Revision for the final exams
Enthalpy changes and rates of reactions
Chemical equilibrium
Alkanes and Alkene’s
Alcohols
Halogenoalkanes
Organic synthesis
Modern Analytical techniques
Transition elements
Qualitative analysis
Aromatic compounds
Acids, Bases and Buffers
Lattice enthalpy
Enthalpy and Entropy
Redox a d electrode potentials
Carbonyl compounds
Carboxylic acids/esters and acyl chlorides
Amines, amino acids and chirality
Polyesters and polyamides
Chromatography and qualitative analysis
Working as a physicist
Electrical quantities
Motion
Complete electrical circuits
Basic waves
Energy and momentum
Behaviour of waves
Optics
Fluids
Materials
Further momentum
Circular motion
Quantum
Gravitational fields
Space
Oscillations
Electric fields
Capacitors
Electromagnet effects
Thermodynamics
Nuclear radiation
Probing matter
Particle accelerator and detector
The particle zoo
Cells
Bonding
Waves
Specialised cells
Tissues
Properties and reactivity
Unit 2: Learning Aim C & D
Unit 2: Learning Aim A & D
Unit 2: Learning Aim B & D
Enzymes in Action
Diffusion
Electrical circuits
Energy in foods
Plant sampling