Kuwait MOH Anesthesia Technician study plan

Draw and label the airway, pulmonary, and cardiac anatomy from memory, then annotate gas-exchange and oxygen-delivery pathways

Explain the physiology of ventilation, perfusion, and oxygen-haemoglobin dissociation, and predict how temperature, pH, and 2,3-DPG shift the curve

Convert between pressure units (cmH2O, mmHg, kPa, bar) and calculate cylinder duration from pressure, flow, and cylinder factor

Classify anaesthetic vapours by MAC, blood-gas solubility, and potency, and state one clinical implication of each property

Summarise the pharmacokinetics of induction agents, opioids, and muscle relaxants including onset, duration, and context-sensitive considerations

Compare volatile agents, propofol, ketamine, etomidate, and benzodiazepines on induction dose, haemodynamic effect, and recovery profile

Explain depolarising versus non-depolarising neuromuscular blockade and the reversal agents used for each

Describe the composition and indications of crystalloids and colloids, and calculate maintenance and deficit fluid requirements for a sample adult

List the mechanisms and management of malignant hyperthermia and local anaesthetic systemic toxicity at drug level

Explain how hepatic and renal impairment alter drug choice and dosing

Perform and verbalise a full anaesthesia machine checkout in the correct sequence, including oxygen supply, vaporisers, circuit leak and pressure tests, and scavenging

Compare Mapleson A-F and circle breathing systems on rebreathing, soda-lime use, and fresh-gas flow requirements

Identify parts and failure modes of the anaesthesia ventilator, including pressure and volume alarms

Conduct a structured preoperative assessment: history, ASA classification, airway predictors, fasting status, and consent

Prepare a patient and machine for a specimen elective case, listing every check and drug drawn up

Demonstrate and describe bag-mask ventilation, oropharyngeal and nasopharyngeal airway insertion, and two-person technique

Describe laryngoscopy grades, blade selection, and the steps of tracheal intubation including cuff check and tube position confirmation

Explain supraglottic airway selection, insertion, and the signs of inadequate seal

Prepare a difficult-airway trolley from memory, naming each item and its indication

Outline a cannot-intubate cannot-oxygenate pathway including front-of-neck access as a rescue step

Interpret capnography waveforms, pulse oximetry, ECG, and invasive and non-invasive blood pressure traces, and name three artefacts for each

Explain the principles of neuromuscular monitoring and state how a train-of-four result guides reversal

Record a complete intraoperative anaesthesia record from a simulated case, including events, drugs, fluids, and vital-sign trends

Match patient positions (supine, lithotomy, prone, lateral, sitting) to pressure points, nerve injuries, and eye and airway risks

Apply hand-hygiene, sterile-field, and reusable-equipment decontamination standards to a listed set of tasks

Sequence the recognition and management of laryngospasm, bronchospasm, anaphylaxis, aspiration, and hypotension under anaesthesia

Perform high-quality adult CPR to current guideline depth and rate, and describe safe defibrillation in the operating theatre

Explain massive haemorrhage response, including transfusion triggers and the role of blood products and tranexamic acid

Describe the management of failed extubation, postoperative respiratory depression, and opioid reversal

Run a team-based simulation of one intraoperative emergency and debrief it against a written standard

Apply a validated post-anaesthesia discharge scoring system to three simulated patients and justify each decision

Explain the assessment and management of postoperative nausea and vomiting, shivering, and pain using a multimodal approach

Describe the role of the anaesthesia technician in acute pain services, including pump setup and monitoring

Summarise Kuwait MOH requirements on informed consent, documentation, incident reporting, and infection-control compliance

Apply confidentiality and professional-boundary rules to three short ethical scenarios

Complete two full-length timed mock examinations under exam conditions and log every wrong answer by domain

Re-teach the three weakest domains from your error log using your own notes and cheat sheets

Recite the machine checkout, difficult-airway trolley, and emergency algorithms without notes

Review all drug cards and formula sheets in spaced repetition across the week

Write a one-page personal exam-day plan covering timing, equipment, and stress management