Cast Technician Course

Lesson 1 • Casting Indications and Contraindications

Defines clinical scenarios requiring casting versus alternative interventions. Prepares students to recognise when casting is appropriate or unsafe.

Lesson 2 • Principles of Immobilisation

Explains why immobilisation promotes healing and how improper casting causes harm. Links biomechanical theory to safe clinical decision-making.

Lesson 3 • Regulatory and Safety Standards

Introduces occupational safety, infection control, and scope-of-practice requirements for cast technicians. Ensures compliance awareness before hands-on practice begins.

Lesson 1 • Material Storage and Quality Control

Addresses shelf life, humidity sensitivity, and inspection of casting supplies. Prevents material failures that compromise cast integrity and patient safety.

Lesson 2 • Synthetic Casting Materials

Covers fibreglass and polyester casting tapes, including their advantages over plaster. Students match synthetic material types to patient activity and clinical needs.

Lesson 3 • Padding and Liner Materials

Details stockinette, cotton padding, and specialty foam liners used beneath casts. Proper padding selection prevents pressure injuries and skin breakdown.

Lesson 4 • Tools, Equipment, and Workspace Setup

Introduces cast saws, spreaders, scissors, and water buckets used in casting. Students organise a safe, efficient workspace before each procedure.

Lesson 1 • Patient Communication and Consent

Prepares students to explain the casting procedure, risks, and aftercare to patients. Informed patients cooperate better and report complications earlier.

Lesson 2 • Skin and Wound Inspection

Identifies skin conditions, open wounds, and oedema that affect casting decisions. Students apply wound dressings and skin protectants before padding placement.

Lesson 3 • Pre-Casting Neurovascular Assessment

Teaches the five Ps of neurovascular assessment: pain, pallor, pulse, paraesthesia, and paralysis. Baseline findings guide safe casting and post-cast monitoring.

Lesson 1 • Short Arm Cast Application

Step-by-step application of a short arm cast from the metacarpal heads to below the elbow. Students practise padding, wrapping, and moulding techniques on models.

Lesson 2 • Short Leg Cast Application

Covers application of a short leg cast from the toes to below the knee in neutral ankle position. Students manage foot and heel padding to prevent pressure sores.

Lesson 3 • Cast Quality Inspection and Finishing

Defines quality criteria including smoothness, appropriate thickness, and correct joint position. Students self-assess and correct defects before patient discharge.

Lesson 1 • Managing Proximal Cast Complications

Addresses pressure points, skin breakdown, and neurovascular compromise unique to long casts. Students apply preventive strategies and recognise early warning signs.

Lesson 2 • Long Leg Cast Application

Extends short leg casting above the knee with the knee in slight flexion. Students control the thigh segment and prevent cast slippage during application.

Lesson 3 • Cylinder Cast for Knee Immobilisation

Teaches application of a cylinder cast isolating the knee without foot immobilisation. Students identify appropriate indications and maintain quadriceps access.

Lesson 1 • Upper Extremity Splint Fabrication

Covers volar, dorsal, and sugar-tong splint construction using plaster slabs. Students calculate slab thickness and length for each upper extremity region.

Lesson 2 • Splinting Versus Casting Decision-Making

Compares indications, advantages, and limitations of splints versus casts. Students select the appropriate immobilisation method based on injury acuity and swelling.

Lesson 3 • Splint Finishing and Patient Education

Addresses edge finishing, waterproofing, and written aftercare instructions for splint patients. Proper education reduces emergency revisits and improves healing outcomes.

Lesson 1 • Standard Cast Removal Procedure

Step-by-step removal of upper and lower extremity casts using saw, spreader, and scissors. Students complete removal efficiently while maintaining patient comfort.

Lesson 2 • Cast Saw Safety and Operation

Teaches oscillating saw mechanics, blade selection, and safe cutting technique. Students practise on foam models before performing removal on patients.

Lesson 3 • Post-Removal Skin and Limb Assessment

Covers skin inspection, muscle atrophy recognition, and joint stiffness evaluation after cast removal. Findings are documented and communicated to the supervising clinician.

Lesson 1 • Infection Under Casting

Identifies signs of infection beneath casts including odour, drainage, and fever. Students perform cast windows and coordinate wound care with the clinical team.

Lesson 2 • Cast Loosening, Cracking, and Failure

Addresses structural cast failures caused by improper technique, patient activity, or material defects. Students assess cast integrity and determine when recasting is required.

Lesson 3 • Pressure Injuries and Skin Breakdown

Identifies causes, prevention strategies, and management of cast-related pressure injuries. Students apply padding modifications to relieve focal pressure points.

Lesson 4 • Thermal and Allergic Reactions

Covers exothermic heat burns from plaster and allergic reactions to casting materials. Students apply preventive measures and respond appropriately to adverse reactions.