Certified Work Capacity Evaluator

This course provides a comprehensive, evidence-informed framework for the planning, administration, interpretation, and documentation of Functional Capacity Evaluations (FCEs). Emphasis is placed on clinical reasoning, objective performance measurement, safety, reliability, validity, and defensible decision-making related to an individual's functional abilities and work capacity.

Participants will examine the complete FCE process, from referral analysis, medical record review, intake, and evaluation planning through physical testing, work simulation, interpretation, documentation, and recommendations. Rather than approaching the FCE as a fixed battery of tests, the course develops the clinician's ability to determine what evidence is needed to answer the referral question and to adapt the evaluation based on information obtained throughout testing.

Content addresses assessment of pain and disability reports, physical effort, musculoskeletal function, dexterity, mobility, positional tolerances, cardiorespiratory endurance, material handling, and job-specific work demands. Participants learn to integrate multiple sources of evidence, including objective measurements, clinical observations, self-report, performance consistency, physiological response, and job-demand information, rather than relying on any single test result when forming conclusions.

Special attention is given to distinguishing demonstrated functional capacity from broader conclusions regarding work ability and disability, evaluating the consistency and reliability of performance, recognizing precautions and contraindications, and identifying the limitations and uncertainty associated with FCE findings. The course also emphasizes the appropriate use of clinical judgment when modifying testing and the importance of remaining within professional scope of practice.

Through structured protocols, case-based clinical reasoning, work simulation, and applied documentation activities, participants will develop the skills necessary to conduct systematic, safe, and clinically reasoned FCEs and communicate findings through clear, work-relevant, and defensible reports and recommendations.

Target Audience:

Physical Therapists, Occupational Therapists, Athletic Trainers, and other licensed rehabilitation professionals involved in work rehabilitation, functional restoration, and return-to-work decision-making.

Instructional Level:

Intermediate

Prerequisites:

None

Learning Objectives:

Upon completion of this course, participants will be able to:

• Explain the purpose, components, and clinical reasoning underlying a comprehensive Functional Capacity Evaluation.
• Determine when an FCE is appropriate and identify relevant precautions, contraindications, and safety considerations.
• Gather and integrate medical, occupational, job-demand, and self-reported information to guide the evaluation.
• Select and administer appropriate standardized and functional assessment procedures according to established protocols.
• Evaluate an individual's ability to perform essential physical work demands, including material handling, positional tolerances, mobility, strength, and endurance.
• Monitor symptoms, physiological responses, movement quality, compensations, and performance throughout testing and modify the evaluation when clinically appropriate.
• Compare demonstrated functional abilities with the physical demands of a job or occupational goal.
• Evaluate the consistency and reliability of observed performance using multiple sources of information rather than relying on any single finding.
• Interpret FCE findings to identify functional abilities, limitations, and appropriate work-related recommendations.
• Apply clinical judgment to adapt the evaluation based on the individual's presentation and information obtained throughout testing.
• Document findings clearly and develop conclusions that are supported by objective findings, clinical observations, and the overall pattern of performance.
• Communicate FCE results in a clear, professional, and defensible manner to appropriate stakeholders.
• Conduct an FCE using a systematic, safe, and clinically reasoned process while remaining within professional scope of practice.

Educational Methods:

Didactic instruction, demonstration of standardized testing procedures, case-based analysis, guided clinical reasoning exercises, work simulation, structured evaluation protocols, and applied documentation activities.

Continuing Education Units / Contact Hours:

21 hours. Full Attendance Required.

Sponsors:

This program is not sponsored by any commercial entity. No commercial support has influenced course content.

Disclosure Statement:

All faculty and planners have disclosed relevant financial and non-financial relationships. Any potential conflicts of interest have been reviewed and mitigated in accordance with continuing education standards.

Cancellation & Refund Policy:

Refunds are available in accordance with Matheson's cancellation and refund policy. Please refer to our Cancellation Policy for full details.

DAY 1: Foundations, FCE Planning, Intake, and Reliability of Pain and Disability Reports · 7 Hours

• Purpose and role of the Functional Capacity Evaluation
• Types and applications of FCEs
• The Matheson-Trained Thinking Evaluator
• Foundational principles for safe, reliable, valid, practical, and useful evaluation
• Evidence integration and Case Resolution
• Learning emphasis: Establishing the clinical reasoning framework that guides the FCE process.

• Clarifying referral questions and evaluation purpose
• Reviewing relevant medical, occupational, and job-demand information
• Developing an individualized FCE plan
• Selecting appropriate evaluation methods
• Safety, precautions, and contraindications
• Objective and defensible documentation principles
• Applied activity: Case-based FCE planning and documentation exercise.

• Structured intake and functional history
• Medical, occupational, and vocational information
• Client-reported abilities and limitations
• Job-demand information
• Initial functional and behavioral observations
• Using intake findings to guide the evaluation
• Applied activity: Guided intake and job-demand analysis.

• Principles underlying evaluation of pain and disability reports
• Comparing reported limitations with demonstrated performance
• Use of multiple sources of evidence to evaluate consistency
• Integration of standardized, functional, and observational findings
• Interpretation of inconsistent findings without assigning motivation or intent
• Objective and defensible documentation of RPDR conclusions
• Applied activity: Case-based evaluation, interpretation, and documentation of RPDR findings.

DAY 2: Physical Effort, Musculoskeletal Screening, and Dexterity · 7 Hours

• Principles for evaluating Physical Effort within an FCE
• Distinguishing effort from ability, motivation, and intent
• Use of multiple sources of evidence to evaluate performance
• Administration and interpretation of selected Physical Effort procedures
• Cross-correlation of findings across the evaluation
• Objective and defensible documentation
• Applied activity: Hands-on practice and case-based interpretation of Physical Effort findings.

• Purpose and role of musculoskeletal screening within the FCE
• Evaluation of relevant movement, strength, and physical findings
• Establishing an objective physical baseline
• Identifying findings that influence subsequent functional testing
• Integrating screening findings with demonstrated function
• Applied activity: Hands-on musculoskeletal screening and clinical interpretation.

• Role of dexterity assessment within the FCE
• Selection and administration of appropriate dexterity measures
• Standardized and functional applications
• Evaluation of repetitive upper-extremity performance and tolerance
• Interpretation of performance and behavioral observations
• Integration of findings with job demands and the broader FCE
• Applied activity: Hands-on administration and interpretation of selected dexterity procedures.

DAY 3: Mobility, Endurance, Material Handling, Work Simulation, and FCE Integration · 7 Hours

• Evaluation of mobility and positional work demands
• Selection of appropriate mobility assessment methods
• Progression from screening to more sustained and work-specific activity
• Assessment of positional tolerance and movement quality
• Integration of mobility findings with relevant job demands
• Applied activity: Hands-on mobility and positional tolerance assessment.

• Role of metabolic endurance within the FCE
• Selection of appropriate endurance assessment methods
• Physiological monitoring and safety considerations
• Interpretation of endurance performance
• Application of findings to functional and work-related demands
• Applied activity: Case-based selection and interpretation of metabolic endurance testing.

• Evaluation of material-handling demands within the FCE
• Assessment of lifting, carrying, pushing, and pulling
• Safe progression and appropriate stopping criteria
• Interpretation of demonstrated material-handling capacity
• Comparison of demonstrated performance with relevant work demands
• Applied activity: Hands-on material-handling assessment and case-based interpretation.

• Purpose and appropriate use of work simulation
• Designing activities that reflect relevant work demands
• Evaluation of combined and sustained functional performance
• Monitoring performance, tolerance, and response over time
• Integration of work-simulation findings with the broader FCE
• Applied activity: Design and interpretation of a work simulation based on case-specific job demands.

• Integration of findings across the complete FCE
• Comparison of demonstrated functional abilities with relevant demands
• Development of evidence-supported conclusions
• Recognition of uncertainty and limitations
• Clear and defensible FCE reporting
• Development of appropriate recommendations and Case Resolution
• Applied activity: Final case synthesis and development of FCE conclusions and recommendations.

• Applied discussion is integrated throughout the three-day program to reinforce the development of the Matheson-Trained Thinking Evaluator. Discussion focuses on how the evaluator integrates multiple sources of evidence, responds to findings as they emerge, and makes safe, clinically reasoned, and defensible decisions throughout the FCE.
• Determining what information is necessary to answer the referral question
• Deciding when the original FCE plan should be modified based on emerging findings
• Interpreting discrepancies between reported limitations and demonstrated performance without assigning motivation or intent
• Integrating RPDR and Physical Effort findings with the broader pattern of performance
• Determining when additional testing adds meaningful information and when sufficient evidence has already been obtained
• Selecting standardized tests, functional tests, prolonged positional tolerance activities, and work simulations based on the referral question and job demands
• Recognizing when safety concerns, symptoms, physiological responses, or movement quality warrant modification or termination of testing
• Distinguishing demonstrated functional capacity from broader conclusions about work ability or disability
• Determining the level of certainty supported by the available evidence
• Formulating conclusions and recommendations that directly address the referral questions
• Communicating findings objectively and defensibly while remaining within professional scope of practice
• Discussion emphasis: Moving beyond test administration to the clinical reasoning required to determine what to test, why to test it, what the findings mean, and what can reasonably be concluded from the evidence.

• Assessment is designed to evaluate clinical reasoning and applied decision-making, not rote recall of protocols.
• Case-based clinical decision exercises: plan, adapt, and justify FCE decisions from referral through recommendations
• Clinical reasoning exercises on effort and reliability: interpret Physical Effort and RPDR findings without assigning motivation or intent
• Documentation labs: produce objective, defensible FCE reports and recommendations
• Multiple-choice knowledge checks covering core FCE concepts, procedures, and terminology
• Assessment emphasis: Learners are evaluated on their ability to reason through FCE evidence, recognize the limits of what was demonstrated, and reach defensible conclusions, rather than reproduce a fixed sequence of tests.

• Matheson Functional Capacity Evaluation Certification Program Manual
• Course workbook, forms, and case materials
• Course presentations and supporting instructional resources
• Writing materials or an electronic device for documentation and case exercises
• Calculator or device capable of performing basic calculations
• Appropriate clothing that permits safe participation in functional testing activities
• Participants are not expected to independently reproduce proprietary testing materials. Standardized and proprietary assessments should be obtained and used in accordance with the requirements of their respective publishers or manufacturers.

• Required FCE testing equipment and assessment materials are provided on-site for demonstration and supervised hands-on practice.

• Reliable internet access and a device capable of accessing the course platform.
• Standardized FCE equipment and testing procedures are demonstrated on video rather than through in-person supervised hands-on practice.

• Throughout the program, participants will be challenged to apply the principles of the Matheson-Trained Thinking Evaluator by integrating information across the FCE rather than viewing individual tests or findings in isolation.
• Applying the Practice Hierarchy of Safety, Reliability, Validity, Practicality, and Utility
• Selecting tests based on the referral question, individual presentation, and relevant job demands
• Cross-correlating findings across multiple sources of evidence
• Distinguishing reported limitations from demonstrated functional performance
• Recognizing inconsistent findings without assigning motivation or intent
• Modifying the evaluation when emerging information warrants a different approach
• Distinguishing demonstrated capacity from conclusions that require extrapolation
• Recognizing uncertainty and the limitations of available evidence
• Developing conclusions that are supported by the overall pattern of findings
• Using objective, neutral, and defensible documentation
• Keeping the evaluation focused on answering the referral questions and contributing to Case Resolution