Psychology Curriculum Aims
The Aims of Our Curriculum
Psychology at Droylsden Academy offers an ambitious, inclusive curriculum that develops pupils’ understanding of human behaviour through cognitive, social, biological, developmental and criminal Psychology, alongside research methods and sleep and dreaming topics. By building powerful knowledge of key theories, core studies and real‑world applications, and strengthening critical thinking and scientific literacy, we ensure high expectations for all, so every pupil can thrive and succeed.
1. Inclusive and Ambitious for All
2. Building Knowledge and Disciplinary Thinking
3. Literacy and Numeracy in Psychology
4. Value for Life, Work and Society
5. Ethical, Cultural and Moral Understanding
Sequence
Psychology Year 10 and Year 11 Teaching Plan
| Week | Topic Covered | ||||
| Year 10 | Year 11 | Lesson 7 | |||
| 10C | 10D | 11B | 11C | ||
| Week 1 | Intro/ Research Methods | Intro/ Social Influence | 11B: Maths skills | ||
| Week 2 | Intro/ Development | Research methods | Social Infleunce | Intro/ Social Infleunce | 11C: Maths skills |
| Week 3 | Development | Development | Social Influence/ Research methods | Social Infleunce/ Research methods | 11B: Graphs/ tables |
| KAP 1 | KAP 1 | ||||
| Week 4 | Development | Development | Research methods | Research methods | 11C: Graphs/ tables |
| KAP 1 feedback | KAP 1 feedback | ||||
| Week 5 | Development | Development | Research methods | Research methods | 11B: Research improvement questions |
| KAP 1 | KAP 1 | ||||
| Week 6 | Development | Development | Research methods | Research methods | 11C: Research improvement questions |
| KAP 1 feedback | KAP 1 feedback | KAP 2 | KAP 2 | ||
| Week 7 | Development | Development | PPE 1 Revision | PPE 1 Revision | 11B: PPE Revision |
| KAP 2 Feedback | KAP 2 Feedback | ||||
| Week 8 | T1 Revision | PPE 1 Revision | 11C: PPE Revision | ||
| October Half Term | |||||
| Week 9 | T1 Revision/ T1 | PPE 1 Revision | No lesson 7 | ||
| Week 10 | Research methods | Memory | PPE Revision/ PPE 1 | No lesson 7 | |
| Week 11 | Research methods/ Memory | Memory | Sleep and dreaming | 11B: 12 markers | |
| Week 12 | Memory | Memory | Sleep and dreaming | 11C: 12 markers | |
| T1 feedback | T1 feedback | ||||
| Week 13 | Memory | Memory | Sleep and dreaming | 11B: 9 markers | |
| KAP 2 | PPE feedback | ||||
| Week 14 | Memory | Memory | Sleep and dreaming | 11C: 9 markers | |
| KAP 2 | KAP 2 feedback | KAP 3 | |||
| Week 15 | Memory | Sleep and dreaming | 11B: Consolidation | ||
| KAP 2 feedback | KAP 3 feedback | ||||
| Christmas Holiday | |||||
| Week 16 | Psychological Problems | Psychological Problems | Criminal Psychology | 11C: Criminal psychology | |
| Week 17 | Psychological Problems | Psychological Problems | Criminal Psychology | 11B: Consolidation | |
| Week 18 | Psychological Problems | Psychological Problems | Criminal Psychology | 11C: Criminal Psychology | |
| KAP 3 | |||||
| Week 19 | Psychological Problems | Psychological Problems | Criminal Psychology | 11B: Consolidation | |
| KAP 3 feedback | KAP 3 | ||||
| Week 20 | Psychological Problems | Psychological Problems | PPE Revision | 11C: Consolidation | |
| KAP 3 feedback | |||||
| Week 21 | Psychological Problems | Psychological Problems | PPE Revision/ PPE | 11B: Consolidation | |
| February Half Term | |||||
| Week 22 | T2 revision | T2 Revision | Revision | ||
| Week 23 | T2 Revision/ T2 | T2 Revision/ T2 | Revision | ||
| Week 24 | Psychological Problems | Psychological Problems | Revision | ||
| PPE Feedback | |||||
| Week 25 | Psychological Problems | Psychological Problems | Revision | ||
| Week 26 | T2 Feedback | T2 Feedback | Revision | ||
| Easter Holiday | |||||
| Week 27 | Brain and neuropsychology | Brain and neuropsychology | Revision | ||
| KAP 4 | KAP 4 | ||||
| Week 28 | Brain and neuropsychology | Brain and neuropsychology | Revision | ||
| KAP 4 feedback | KAP 4 feedback | ||||
| Week 29 | Brain and neuropsychology | Brain and neuropsychology | Revision | ||
| Week 30 | Brain and neuropsychology | Brain and neuropsychology | Revision | ||
| KAP 5 | KAP 5 | ||||
| Week 31 | Brain and neuropsychology | Brain and neuropsychology | Revision | ||
| KAP 5 feedback | KAP 5 feedback | Paper 1: Mon 10/5 PM | |||
| Week 32 | PPE Revision | PPE Revision | Revision | ||
| Paper 2: Mon 17/5 PM | |||||
| Week 33 | PPE Revision | PPE Revision | |||
| May Half Term | |||||
| Week 34 | PPE Revision | PPE Revision | |||
| Week 35 | PPE/ Social Influence | PPE/ Social Influence | |||
| Week 36 | Social Influence | Social Influence | |||
| Week 37 | Social Influence | Social Influence | |||
| Week 38 | Social Influence | Social Influence | |||
| PPE Feedback | PPE Feedback | ||||
| Week 39 | Social Influence | Social Influence | |||
Knowledge and Skills
Year 10 Curriculum Guide
| Through the year, students will have learnt the following key psychological concepts and knowledge: | ||||
| Development | Memory | Psychological problems | Brain and Neuropsychology | Social Influence |
| Describe the structure and function of the developing brain, including the forebrain, midbrain, hindbrain, cerebellum and medulla, and explain how these regions influence behaviour and cognitive development. Explain Piaget’s Theory of Cognitive Development, including the sensorimotor, pre-operational, concrete operational and formal operational stages, and analyse how children’s thinking develops with age. Define and apply the concepts of schemas, assimilation, accommodation and equilibrium to explain how children construct knowledge through interaction with their environment. Explain Dweck’s Mindset Theory, distinguishing between fixed mindset and growth mindset, and evaluate the influence of praise, challenge, resilience and effort on learning and achievement. Understand Willingham’s Learning Theory, including the importance of factual knowledge, memory, retrieval practice, deliberate practice and cognitive challenge in successful learning. Explain Kohlberg’s Theory of Moral Development, including pre-conventional, conventional and post-conventional morality, and evaluate how moral reasoning changes throughout development. Compare biological, cognitive and learning explanations of development using psychological evidence. Analyse how developmental theories explain learning, behaviour and decision-making in real-world contexts. Evaluate the strengths and limitations of developmental theories using evidence from psychological research. Apply developmental theories to unfamiliar scenarios and justify explanations using specialist psychological terminology. Key studies: Piaget & Inhelder (1956) Three Mountains Task; Gunderson et al. (2013) Parent Praise and Growth Mindset. | Explain the Information Processing Model, including input, processing and output, and describe the processes of encoding, storage and retrieval. Describe and compare the Multi-Store Model of Memory, including the sensory register, short-term memory (STM) and long-term memory (LTM). Explain the role of attention and maintenance rehearsal in transferring information into long-term memory. Compare the capacity, duration and coding of STM and LTM using supporting psychological evidence. Explain reconstructive memory and analyse how schemas, expectations and cultural influences affect memory recall.Describe retrograde and anterograde amnesia, identifying causes, symptoms and the impact on everyday functioning. Evaluate cognitive explanations of memory using evidence from psychological research. Analyse how memory processes influence learning, eyewitness testimony and decision-making. Apply theories of memory to unfamiliar scenarios using specialist psychological vocabulary. Evaluate strengths and limitations of memory models and supporting research. Key studies: Bartlett (1932) War of the Ghosts; Peterson & Peterson (1959) Short-Term Memory Duration. | Describe the characteristics, symptoms and diagnostic features of unipolar depression and addiction. Explain how psychological disorders are classified using recognised diagnostic criteria and analyse changes in prevalence over time. Understand the impact of psychological disorders on individuals, families, communities and wider society. Explain genetic explanations of depression, including inherited vulnerability and biological predisposition. Explain cognitive explanations of depression, including negative schemas, cognitive bias and maladaptive thinking patterns. Describe learning theory explanations of addiction, including reinforcement and environmental influences on behaviour. Explain Cognitive Behavioural Therapy (CBT) as a treatment for depression, including cognitive restructuring and behavioural activation. Describe the use of drug therapies and psychological interventions to treat depression and addiction. Compare biological, cognitive and learning explanations of psychological disorders. Evaluate the effectiveness, strengths and limitations of treatments using psychological evidence. Apply explanations and treatments to unfamiliar case studies and justify recommendations using psychological terminology. Key studies: Caspi et al. (2003) 5-HTT Gene and Depression; Young (2007) CBT for Internet Addiction. | Identify and describe the structure and function of the frontal, parietal, temporal and occipital lobes, together with the cerebellum and their role in behaviour and cognition. Explain hemispheric lateralisation and the role of the corpus callosum in communication between the cerebral hemispheres. Analyse evidence for hemispheric specialisation, including differences in cognitive functioning between the left and right hemispheres. Describe the structure of a neuron, including dendrites, axon, myelin sheath and axon terminals. Explain synaptic transmission, including the role of neurotransmitters, receptors and the central nervous system in communication between neurons. Describe how damage to specific brain regions can affect behaviour, perception and cognition. Explain neurological conditions including visual agnosia, prosopagnosia and damage to the prefrontal cortex. Analyse how advances in neuropsychology and brain imaging have improved understanding of behaviour. Evaluate biological explanations of behaviour using evidence from psychological research and case studies. Apply knowledge of brain structure and function to unfamiliar neurological case studies. Key studies: Damasio et al. (1994) Phineas Gage; Sperry (1968) Split-Brain Research. | Define and apply the key concepts of obedience, conformity, deindividuation and the bystander effect. Explain the factors affecting bystander intervention, including personal factors such as empathy, altruism and personality, and situational factors such as diffusion of responsibility, social norms and the decision-making process. Understand explanations of conformity to majority influence, including compliance, internalisation and identification. Explain the role of normative and informational social influence in changing behaviour. Describe personality factors affecting conformity, including locus of control, age and gender. Explain situational factors affecting conformity, including group size, unanimity, presence of an ally and public versus private responses. Understand explanations of obedience to authority, including Agency Theory, Social Impact Theory and Social Power Theory. Explain personality factors influencing obedience, including authoritarian personality and locus of control. Describe situational factors affecting obedience, including proximity of the authority figure, legitimacy of authority and the presence of dissenting peers. Understand the behaviour of crowds through deindividuation, anonymity and collective behaviour. Explain how crowd behaviour may result in both pro-social and anti-social behaviour. Understand strategies to reduce blind obedience, including education, questioning authority and Reactance Theory. Evaluate explanations of conformity, obedience, bystander behaviour and crowd behaviour using evidence from psychological research. Apply theories of social influence to everyday situations, including schools, workplaces, emergency situations and society. Key studies: Piliavin et al. (1969) Good Samaritanism: An Underground Phenomenon?; Haney, Banks & Zimbardo (1973) Stanford Prison Experiment |
Students will develop the knowledge and skills required to:
Year 11 Curriculum Guide
| Through the year, students will have learnt the following key psychological concepts and knowledge: | ||
| Sleep and Dreaming | Criminal Psychology | Research Methods (not exclusively Year 11) |
| Describe the functions of sleep, including the restorative and evolutionary explanations for sleep. Explain the stages of sleep, including Rapid Eye Movement (REM) and Non-Rapid Eye Movement (NREM) sleep, and analyse the characteristics of each stage. Describe the sleep cycle, including changes in brain activity, muscle tone and dreaming throughout the night. Explain the role of circadian rhythms, ultradian rhythms and zeitgebers in regulating the sleep-wake cycle. Describe the role of melatonin and environmental cues, including light, in controlling biological rhythms. Explain the characteristics, causes and impact of insomnia and narcolepsy on behaviour and wellbeing. Compare psychological explanations of dreaming, including Freud’s Theory of Dreams and the Activation-Synthesis Theory. Distinguish between manifest content and latent content, and explain the role of dreamwork in Freud’s explanation of dreaming. Analyse how the Activation-Synthesis Theory explains dreaming through brain activity during REM sleep. Evaluate explanations of sleep and dreaming using psychological evidence and supporting research. Apply theories of sleep, dreaming and biological rhythms to unfamiliar scenarios using specialist psychological terminology. Key studies: Freud (1909) Little Hans (dream interpretation); Siffre (1975) Cave Study. | Explain learning theories as explanations of criminal and anti-social behaviour, including Operant Conditioning and Social Learning Theory. Describe and apply the principles of positive reinforcement, negative reinforcement, positive punishment and negative punishment in explaining behaviour. Distinguish between primary and secondary reinforcers and explain how reinforcement influences behavioural change. Explain Social Learning Theory, including the role of role models, modelling, identification, observational learning and vicarious reinforcement in the development of criminal behaviour. Compare learning theories with biological explanations of criminality. Explain Eysenck’s Theory of Personality, including extraversion, introversion, neuroticism and psychoticism, and evaluate how personality traits may influence criminal behaviour. Analyse the relationship between biological predisposition, environmental influences and criminal behaviour. Describe the purpose and effectiveness of different forms of punishment, including prison, community sentencing and restorative justice, in reducing recidivism. Explain the aims, processes and effectiveness of token economy programmes and anger management programmes in reducing criminal and anti-social behaviour. Evaluate explanations, punishments and rehabilitation programmes using psychological evidence and research. Apply theories of criminal behaviour to unfamiliar scenarios and justify conclusions using specialist psychological terminology. Key studies: Bandura, Ross & Ross (1961) Bobo Doll Study; Charlton et al. (2000) The St Helena Television Study | Understand the purpose of scientific investigation within psychology and explain how psychological research is used to develop and evaluate theories. Identify and distinguish between independent, dependent, extraneous and control variables. Construct and justify null and alternative hypotheses appropriate to psychological investigations. Compare independent measures, repeated measures and matched pairs experimental designs, evaluating their strengths and limitations. Describe and evaluate laboratory, field and natural experiments. Compare questionnaires, interviews, observations, case studies and correlations as methods of psychological investigation. Explain the characteristics, advantages and limitations of random, opportunity, volunteer and stratified sampling techniques. Understand the difference between quantitative and qualitative data, selecting appropriate methods of data collection. Calculate and interpret mean, median, mode and range to summarise research findings. Construct, interpret and evaluate bar charts, histograms, scatter graphs and frequency tables. Identify and interpret positive, negative and zero correlations, distinguishing clearly between correlation and causation. Explain the importance of reliability, validity, objectivity, ethics and generalisability in psychological research. Apply ethical principles, including informed consent, confidentiality, protection from harm, deception and the right to withdraw, when planning investigations. Analyse psychological investigations by evaluating methodology, identifying strengths and weaknesses, and suggesting realistic improvements. Interpret research findings and communicate conclusions using accurate psychological terminology and evidence-based reasoning. |
Students will further develop their ability to:
| Maths and psychological investigation skills the students will develop are: | |
| Maths skills | Psychological investigation skills |
| Calculating and interpreting mean, median, mode and range. Calculating percentages and percentage change. Converting confidently between fractions, decimals and percentages. Using ratios and proportional reasoning to interpret psychological data. Constructing and interpreting bar charts, histograms, scatter graphs and frequency tables. Interpreting graphical and tabular representations of psychological data to identify patterns, relationships and trends. Identifying positive, negative and zero correlations. Distinguishing between correlation and causation when interpreting research findings. Interpreting normal distributions, including recognising positive and negative skew. Identifying anomalies and considering their impact when interpreting data. Selecting and applying appropriate mathematical techniques to support evidence-based conclusions. Presenting quantitative data accurately using appropriate tables and graphical formats. | Constructing clear, testable null and alternative hypotheses appropriate to psychological investigations. Identifying and distinguishing between independent, dependent, extraneous and control variables. Selecting and justifying appropriate research methods, including experiments, observations, questionnaires, interviews, case studies and correlations. Selecting and evaluating appropriate sampling techniques, including random, opportunity, volunteer and stratified sampling. Selecting appropriate experimental designs, including independent measures, repeated measures and matched pairs. Identifying appropriate control measures to improve the quality of investigations. Identifying both quantitative and qualitative data and understanding the strengths and weaknesses of each.Interpreting research findings using appropriate tables, graphs and charts. Understanding ethical principles and recognising the importance of following these in psychological investigations, including informed consent, confidentiality, deception, protection from harm and the right to withdraw. Analysing psychological investigations by identifying the aims, procedures, findings and conclusions of research studies. Evaluating psychological investigations using validity, reliability, applicability, ethics and generalisability. Identifying methodological strengths and limitations and suggesting realistic improvements to investigations. Interpreting research findings and drawing logical, evidence-based conclusions. Applying psychological knowledge and understanding to interpret stimulus materials and unfamiliar research scenarios. Using accurate psychological terminology to communicate research findings and justify conclusions. |