1. The patient condition/prescription is identified and interpreted correctly
Current orthotic terminology is understood
Health and safety awareness is applied
The environmental, physical, psychological and social condition of the patient is taken into account in the evaluation statement
Type of orthosis is ascertained

2. Casting techniques, tracing, profiling, tape measuring and impression moulding are selected and performed according to the given context
X-Ray interpretation is accurately applied

3. The design is appropriate to prevent, correct and/or stabilise, and support a physical impairment
Appropriate materials are selected
The manufacturing techniques for the orthoses meet the requirements of the prescription
Appropriate materials are understood and manipulated
Appropriate equipment is operated effectively
Biomechanical integration is applied
Cosmoses are functional
Orthoses are completed for interim fitting
Fitting (interim) is done correctly
Functional analysis is done accurately
Work area is maintained
Advanced technology is applied where required

4. Orthoses are adjusted, repaired or replaced as determined by the functional analysis

5. The prescription requirements are met and orthoses are ready for final fitting
Orthoses do not exert non-required pressure or impair mobility outside of the prescription
The patient’s needs are addressed

6. Explanations and guidelines are clear, correct and appropriate
The patient is able to fit, maintain and use orthoses effectively

7. The patient’s condition/prescription is identified and interpreted correctly
Current prosthetic terminology is understood
Health and safety awareness is applied
The environmental, physical, psychological and social condition of the patient is taken into account in the evaluation statement
Type of prosthesis is ascertained

8. Casting techniques, tracing, profiling, tape measuring and impression moulding are selected and performed according to the given context
X-Ray interpretation is accurately applied

9. The design is appropriate to prevent, correct/ and/or stabilise, and support a physical impairment
Appropriate materials are selected
The manufacturing techniques for the prostheses meet the requirements of the prescription
Appropriate materials are understood and manipulated
Appropriate equipment is operated effectively
Biomechanical integration is applied
Cosmoses are functional
Prostheses are completed for interim fitting
Fitting (interim) is done correctly
Functional analysis is done accurately
Work area is maintained
Advanced technology is applied where required
10. Prostheses are adjusted, repaired or replaced as required by the functional analysis

11. The prescription requirements are met, not exerting non-required pressure or impairing mobility outside of the prescription
The patient’s needs are addressed
Prosthesis is comfortable
Explanations, guidelines are clear, correct and appropriate
The patient is able to fit, maintain and use a prosthesis effectively

12. The patient condition/prescription is identified and interpreted correctly
Current footwear terminology is understood
Health and safety awareness is applied
The environmental, physical, psychological and social condition of the patient is taken into account in the evaluation statement
Type of footwear is ascertained

13. Casting techniques, tracing, profiling, tape measuring and impression moulding are selected and performed according to the given context
X-Ray interpretation is accurately applied

14. The design is appropriate to prevent, correct and/or stabilise, and support a physical impairment
Appropriate materials are selected
The manufacturing techniques for the footwear meet the requirements of the prescription
Appropriate materials are understood and manipulated
Appropriate equipment is operated effectively
Biomechanical integration applied
Cosmoses are functional
Footwear is completed for interim fitting
Fitting (interim) is done correctly
Functional analysis is done accurately
Work area is maintained
Advanced technology is applied where required

15. Footwear is adjusted, repaired or replaced as determined by the functional analysis
Footwear is altered as required

16. The prescription requirements are met and footwear is ready for final fitting
Footwear does not exert non-required pressure or impair mobility outside of the prescription

17. The patient’s needs are addressed
Explanations and guidelines are clear, correct and appropriate
The patient is able to fit, maintain and use footwear effectively

18. The patient condition/prescription is identified and interpreted correctly

19. Current mobility aid and/or orthopedic accessories terminology is understood

20. Health and safety awareness is applied

21. The environmental, physical, psychological and social condition of the patient is taken into account in the evaluation statement
22. Type of mobility aid and/or orthopedic accessories is ascertained

23. Casting techniques, tracing, profiling, tape measuring and impression moulding are selected and performed according to the given context
24. X-Ray interpretation is accurately applied

25. The design is appropriate to prevent, correct and/or stabilise, and support a physical impairment
Appropriate materials are selected

26. The manufacturing techniques for the mobility aid and/or orthopedic accessories meet the requirements of the prescription

27. Appropriate materials are understood and manipulated

28. Appropriate equipment is operated effectively

29. Biomechanical integration is applied

30. Cosmoses are functional

31. Mobility aid and/or orthopedic accessories are completed for interim fitting

32. Fitting (interim) is done correctly

33. Functional analysis is done accurately

34. Work area is maintained

35. Advanced technology is applied where required

36. Mobility aid and/or orthopedic accessories is adjusted, repaired or replaced as determined by the functional analysis

37. The prescription requirements are met, and mobility aid and/or orthopedic accessories are ready for final fitting

38. Mobility aid and/or orthopedic accessories do not exert non-required pressure or impair mobility outside of the prescription

39. The patient’s needs are addressed

40. Explanations and guidelines are clear, correct and appropriate

41. The patient is able to fit, maintain and use a mobility aid and/or orthopedic accessories effectively

42. Knowledge of computer software programs to facilitate information searches or rework information is applied

43. Conclusions are interpreted correctly

44. Patient needs are correctly identified in the initial consultation and the implications are explained

45. The patient understands the treatment, the use of the orthoses/prosthesis

46. The patient is approached with ampathy

47. All members of the medical rehabilitation team are well informed

48. All equipment is cared for

49. Work area is maintained

50. Safety awareness is applied

51. Health and sanitation awareness is applied

52. Knowledge of a basic laboratory layout is applied

53. Administration systems (job cards) are maintained

54. Time management is effective

55. Primary quality control is executed

56. Knowledge of appropriate legal requirements and the control of the implementation thereof is applied

Integrated assessment:

Assessment is continuous and done on the following basis:

Portfolio assessment:
Continuous during the three semesters of experiential training. An evaluation register is given to each learner that guides them on the assessment of their experiential training.

Formative assessment:

Class tests, tasks, practical assessment are conducted on an continuous basis throughout the semester.