CO study plan
CO · Give each week a clear focus.
8 weeks · About 7 hours per week
Patient Assessment and Evaluation & Design, Measurement, and Casting/Scanning
Build a one-page assessment checklist covering history, vascular status, sensation, skin integrity, and functional/ROM findings for lower- and upper-limb patients
List the objective measurements taken at initial evaluation (girth, length, joint ROM, muscle strength, skin condition) and state the clinical reason for each
Define the key landmarks and measurement techniques used for transtibial, transfemoral, and upper-limb casting or scanning
Complete 30 practice questions on assessment and measurement, logging every miss with the underlying concept
Your checkpoint
Annotated assessment-and-measurement checklist plus a scored 30-question practice set with a written error log
Design, Measurement, and Casting/Scanning & Patient Assessment and Evaluation
Explain indications, advantages, and limitations of hand casting versus digital scanning for each major amputation level
Describe the steps of casting a transtibial residual limb, including patient positioning and pressure application
Identify common casting and scanning errors (rotation, inadequate pressure, wrong landmarks) and the resulting fit problems
Interpret a residual limb assessment to select an appropriate suspension strategy
Your checkpoint
A written comparison table of casting vs. scanning by amputation level, plus five worked case vignettes linking assessment findings to design choices
Formulation of the Treatment Plan & Design, Measurement, and Casting/Scanning
Draft a treatment-plan template that translates assessment findings into prescription decisions (componentry, socket design, suspension, alignment)
Justify socket and suspension choices for at least four patient profiles with differing activity levels and limb characteristics
Sequence design, measurement, and fabrication steps for a transtibial device from evaluation to delivery
Complete 30 practice questions on treatment planning and design, reviewing each rationale
Your checkpoint
A completed treatment-plan template applied to four patient profiles, with a scored 30-question practice set
Fabrication, Modification, and Assembly & Design, Measurement, and Casting/Scanning
Outline the fabrication workflow for a transtibial and a transfemoral prosthesis, naming each modification step and its purpose
Explain bench alignment principles and how they are verified before dynamic fitting
Identify common fabrication defects and the fitting problems each produces
Describe modification techniques for socket reliefs, buildups, and trim lines
Your checkpoint
A fabrication and bench-alignment flowchart for two device types, plus a defect-to-symptom troubleshooting list
Fabrication, Modification, and Assembly & Fitting, Delivery, and Patient Education
Describe the assembly and component-selection checks performed before a device leaves the lab
List the sequence of fitting and delivery steps, including static and dynamic alignment checks
Draft a patient-education outline covering donning/doffing, skin checks, wear schedule, and warning signs
Match common delivery complaints (pressure, pistoning, rotation) to corrective actions
Your checkpoint
A delivery-day checklist and a one-page patient-education handout for a transtibial user
Fitting, Delivery, and Patient Education & Follow-Up, Maintenance, and Outcome Evaluation
Explain how to teach a patient to inspect and care for the residual limb and device at home
Identify follow-up intervals and the outcome measures used to track function, comfort, and satisfaction
Interpret outcome data to decide whether to adjust, modify, or remake a device
Complete 25 practice questions on fitting, education, and follow-up, reviewing rationales
Your checkpoint
A follow-up and outcome-tracking plan with a scored 25-question practice set
Follow-Up, Maintenance, and Outcome Evaluation & Practice Management, Ethics, and Professional Standards
Summarize the ethical and professional standards relevant to patient care and documentation
Describe scope-of-practice boundaries and appropriate referral pathways
Explain documentation and record-keeping requirements across the care episode
Complete 20 practice questions on follow-up and practice management, reviewing each rationale
Your checkpoint
A one-page ethics and documentation quick-reference sheet plus a scored 20-question practice set
Patient Assessment and Evaluation & Formulation of the Treatment Plan & Design, Measurement, and Casting/Scanning & Fabrication, Modification, and Assembly & Fitting, Delivery, and Patient Education & Follow-Up, Maintenance, and Outcome Evaluation & Practice Management, Ethics, and Professional Standards
Complete two full-length timed mock exams under test conditions
Categorize every missed item by domain and root cause (knowledge gap vs. misread)
Re-review the highest-miss domains using the error logs from weeks 1-7
Write a final one-page summary of the ten concepts most likely to trip you up
Your checkpoint
Two scored mock exams with a domain-by-domain error analysis and a one-page final review sheet
Milestones
Week 2: Score at least 75% on a 30-question assessment-and-design set and explain casting vs. scanning tradeoffs without notes
Week 4: Reproduce the fabrication and bench-alignment workflow for two device types from memory and correctly map five defects to their symptoms
Week 6: Score at least 80% on the combined fitting, education, and follow-up question sets and deliver a complete patient-education handout
Week 8: Score at least 80% on both full-length mock exams, with no domain below 70% on the error analysis