WAPCP Part I study plan
WAPCP Part I · Give each week a clear focus.
8 weeks · About 6 hours per week
Basic Sciences Relevant to Psychiatry & Psychopathology and Clinical Assessment
Map the neuroanatomical substrates of major psychiatric syndromes by drawing and labelling the cortico-striatal-thalamic-cortical circuit, the mesolimbic dopamine pathway, and the hypothalamic-pituitary-adrenal axis from memory
Explain the mechanism of action of each major neurotransmitter system (dopamine, serotonin, noradrenaline, glutamate, GABA, acetylcholine) and link each to at least two psychiatric symptoms
Summarise the genetic epidemiology of schizophrenia, bipolar disorder, and major depression, distinguishing heritability estimates from identified risk variants
Describe the structure and purpose of the mental state examination and rehearse its sequence aloud in under ten minutes
Distinguish the definitions of sign, symptom, syndrome, and disorder and apply them to three worked clinical vignettes
Your checkpoint
A one-page hand-drawn neurocircuit and neurotransmitter summary sheet, plus a written 400-word mental state examination template in your own words
Basic Sciences Relevant to Psychiatry & Psychopathology and Clinical Assessment
Compare and contrast the descriptive psychopathology terms for disorders of perception, thought form, thought content, and volition, giving one example of each
Differentiate delusions from overvalued ideas and obsessions using three discriminating criteria
Explain the neurobiology of sleep architecture and its disruption in depression, mania, and psychosis
Apply a structured risk assessment framework (static, dynamic, protective factors) to two written vignettes
Describe how cognitive screening instruments are used and interpreted, including their limits in delirium, low education, and sensory impairment
Your checkpoint
A completed glossary of 25 descriptive psychopathology terms with your own example for each and a two-vignette risk formulation
Psychopathology and Clinical Assessment & Psychopharmacology and Biological Treatments
Construct a differential diagnosis for first-episode psychosis, listing at least eight organic and psychiatric alternatives with the discriminating feature for each
Interpret the neuroimaging and electrophysiological findings most commonly tested in schizophrenia, mood disorders, and dementia
Explain the pharmacokinetic principles of absorption, distribution, metabolism, and elimination as they apply to psychotropic drugs
Describe the role of cytochrome P450 enzymes in psychiatric drug interactions and identify the major inhibitors and inducers
Calculate and interpret half-life, steady state, and loading dose concepts using worked numerical examples
Your checkpoint
A one-page drug-interaction table covering the major CYP enzymes with at least three substrate, inhibitor, and inducer examples each
Psychopharmacology and Biological Treatments
Compare the mechanism, dosing range, monitoring requirements, and key adverse effects of the major antipsychotic classes, including clozapine monitoring rules
Explain the mechanism and management of antidepressant discontinuation syndrome, serotonin syndrome, and hypertensive crisis with monoamine oxidase inhibitors
Describe the pharmacology, therapeutic range monitoring, and toxicity management of lithium
Outline the indications, titration, and adverse effect profile of mood stabilisers including valproate, lamotrigine, and carbamazepine
Explain the mechanism, dependence risk, and withdrawal management of benzodiazepines and other hypnotics
Your checkpoint
A completed psychotropic drug comparison table covering at least 15 agents across class, mechanism, monitoring, and three key adverse effects
Psychopharmacology and Biological Treatments & Psychosocial Rehabilitation and Community Psychiatry
Describe the indications, consent process, anaesthetic protocol, seizure monitoring, and cognitive side-effect profile of electroconvulsive therapy
Summarise the evidence base for transcranial magnetic stimulation, transcranial direct current stimulation, and ketamine or esketamine in treatment-resistant depression
Explain the recovery model and its implications for service design and individual care planning
Describe the core components of assertive community treatment and supported employment and compare their evidence base
Outline the principles of psychiatric rehabilitation, including skills training, cognitive remediation, and family psychoeducation
Your checkpoint
A two-page critical summary comparing ECT and at least two other biological treatments plus a recovery-oriented care plan for a fictional community patient
Psychosocial Rehabilitation and Community Psychiatry & Psychotherapy and Psychological Interventions
Describe the principles of deinstitutionalisation and the balance between community and inpatient care, including the criteria for involuntary admission in general terms
Explain the role of the multidisciplinary team and the care coordinator in community mental health delivery
Compare the theoretical basis, structure, and indications of cognitive behavioural therapy, psychodynamic psychotherapy, interpersonal therapy, and supportive therapy
Describe the components of a formulation using a biopsychosocial or five-part model and apply it to a written case
Explain the concepts of transference, countertransference, and therapeutic alliance and their relevance to all treatment modalities
Your checkpoint
A written biopsychosocial formulation of at least 600 words for a fictional case, plus a one-page comparison of four psychotherapy modalities
Psychotherapy and Psychological Interventions & Ethics, Legal Issues and Professional Practice
Describe the principles of informed consent, capacity assessment, and confidentiality in psychiatric practice, including the limits of each
Explain the legal frameworks governing involuntary treatment and detention in general terms and the role of the psychiatrist within them
Outline the principles of risk management, documentation, and duty to warn or protect
Describe the ethical issues arising in research involving people with mental illness and in the use of restrictive practices
Apply a structured ethical decision-making framework to two written dilemmas
Your checkpoint
A written analysis of two ethical or legal dilemmas using a structured framework, plus a one-page capacity assessment checklist
Basic Sciences Relevant to Psychiatry & Psychopathology and Clinical Assessment & Psychopharmacology and Biological Treatments & Psychosocial Rehabilitation and Community Psychiatry & Psychotherapy and Psychological Interventions & Ethics, Legal Issues and Professional Practice
Consolidate all domains by completing a timed mock examination under realistic conditions and reviewing every incorrect answer against a source
Identify and remediate the three weakest topic areas revealed by the mock examination
Rehearse concise verbal explanations of ten high-yield concepts as if teaching a colleague
Review your accumulated summary sheets and drug tables, converting each into a single condensed revision page
Plan and schedule spaced review sessions for the two weeks following the examination date
Your checkpoint
A completed timed mock examination with a written error log and a single condensed one-page revision sheet per domain
Milestones
Week 2: You can define and give an original example for 25 descriptive psychopathology terms without notes and complete a mental state examination in under ten minutes
Week 4: You can state the monitoring requirements and three key adverse effects for at least 15 psychotropic agents from memory
Week 6: You can produce a full biopsychosocial formulation for an unseen vignette within 30 minutes and justify each psychotherapy modality choice
Week 8: You score at or above your target pass margin on the timed mock examination and have a written remediation plan for every missed item