Cognitive Functional Capacity Evaluation

The Cognitive Functional Capacity Evaluation (Cog FCE) course prepares rehabilitation professionals to systematically evaluate how cognitive, physical, behavioral, and psychosocial factors influence an individual's capacity to perform work and other meaningful occupational activities.

Building on the principles of Functional Capacity Evaluation, the course expands the evaluation process beyond traditional physical demands to examine functional cognition in the context in which it matters most: real-world performance. Participants learn to evaluate the relationship between an individual's demonstrated abilities and limitations and the cognitive, behavioral, physical, and environmental demands of work.

The course introduces a structured Cognitive FCE methodology integrating medical and occupational information, job demands analysis, standardized and non-standardized assessment, structured observation, cognitive and physical effort evaluation, work simulation, and clinical reasoning. Particular attention is given to executive functioning, attention, mental stamina, fatigue, insight and awareness, task persistence, compensatory strategies, and performance over time.

Participants learn to identify the critical cognitive and psycho-emotional demands of a job, select assessment methods that reflect those demands, and design work simulations that increase the ecological and occupational relevance of the evaluation. The course also addresses interpretation of subjective reports in relation to observed performance and emphasizes a multi-method approach to evaluating physical and cognitive effort, rather than relying on a single test or observation.

Throughout the course, participants apply the Matheson philosophy of the Thinking Evaluator, using the Practice Hierarchy of Safety, Reliability, Validity, Practicality, and Utility to guide assessment decisions. This approach emphasizes respect for the person being evaluated, best practice, flexible clinical reasoning, and case resolution rather than reliance on a rigid, recipe-based testing protocol.

Through case studies and applied clinical reasoning, participants learn to integrate subjective and objective findings into defensible conclusions regarding functional cognitive capacity, work tolerance, return-to-work potential, accommodations, rehabilitation needs, and recommendations for further assessment or intervention.

The goal is not simply to identify cognitive impairment, but to determine how cognitive abilities and limitations affect functional performance within the actual demands of work and everyday life.

Target Audience:

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

Instructional Level:

Advanced

Prerequisites:

Completion of formal Functional Capacity Evaluation training. This does not need to be from Matheson, but may cause less confusion on vernacular and thought processes compared to other Functional Capacity Evaluation methods.

Confirmed at checkout: equivalent training from another provider is accepted there.

Learning Objectives:

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

• Describe FCE structure and core philosophies.
• Identify the physical, cognitive, behavioral, and emotional consequences of acquired brain injury.
• Discuss current research related to functional evaluation approaches and considerations for individuals with functional cognitive deficits.
• Describe the Stage Model of Neurorehabilitation and its application to the evaluation of functional cognition and behavior.
• Identify the four component steps of the Cognitive FCE Process Model.
• Identify key cognitive abilities associated with job performance using resources such as O*NET and the Cognitive Abilities Profiler, and identify components of a comprehensive Job Demands Analysis.
• Perform a functional cognitive demands analysis of specific FCE tests.
• Design work simulation tasks targeting specific functional cognitive or behavioral job requirements, with emphasis on executive functioning demands.
• Identify standardized assessment tools used to evaluate cognitive skills and screen for psychological issues when considering functional cognitive status and capacity to return to pre-injury or other employment.
• Identify key clinical considerations for assessment selection, analysis, and interpretation.
• Apply the Cognitive FCE model to clinical situations in evaluation and rehabilitation contexts through case-based analysis.
• Identify critical elements and methods of Cognitive FCE reporting.
• Identify factors to consider when providing Cognitive FCE services for individuals with acquired brain injury, mental health conditions, or other diagnoses.

Continuing Education Units / Contact Hours:

14 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.

• Purpose and methodology of the Cognitive Functional Capacity Evaluation and its relationship to comprehensive FCE
• Functional cognition as the integration of cognitive, metacognitive, performance, and contextual factors during everyday activity
• Distinguishing Cognitive FCE from neuropsychological and vocational assessment
• Bottom-up and top-down approaches to evaluating cognitive function
• Determining when cognitive screening versus comprehensive Cognitive FCE is appropriate
• Learning emphasis: Understanding Cognitive FCE as a functional, occupation-based assessment of the individual's ability to meet real-world cognitive and psycho-emotional demands rather than an isolated assessment of cognitive impairment.

• Identifying the essential cognitive and psycho-emotional demands associated with work
• Using job information, job descriptions, and direct knowledge of work to establish critical demands
• Applying O*NET, OaSIS, the Cognitive Abilities Profiler, NOC/DOT, and other occupational resources
• Evaluating demands such as attention, memory, information processing, decision-making, problem solving, adaptability, and time-sharing
• Connecting identified cognitive demands to assessment planning and eventual return-to-work opinions
• Applied activity: Analyze an occupation and identify its critical cognitive and psycho-emotional demands using multiple job-demand resources.

• Developing the evaluation question and preliminary assessment plan from medical, functional, and occupational information
• Evaluating physical and cognitive effort and level of engagement throughout the assessment
• Examining reliability of self-reported abilities, limitations, and disability
• Considering the functional effects of pain, fatigue, anxiety, headaches, dizziness, and other subjective complaints
• Using consistency, observation, competitive performance, insight, awareness, and embedded or purpose-built measures to support interpretation
• Applied activity: Review a complex referral and determine how effort, reliability, symptom reporting, and observed performance should influence the assessment plan and interpretation.

• Making structured observations of orientation, comprehension, attention, memory, initiation, persistence, and response to instruction
• Observing executive functioning, including planning, organization, working memory, inhibition, shifting, and self-monitoring
• Evaluating mental stamina and changes in cognitive performance as demands accumulate
• Selecting patient-reported outcome measures based on the worker's presenting complaints and evaluation question
• Integrating measures of cognition, fatigue, headache, mental health, awareness, and perceived work function with observed performance
• Applied activity: Select appropriate patient-reported measures and structured observations for a Cognitive FCE case and explain how each contributes to the overall evaluation.

• Selecting standardized measures based on the referral question, presenting complaints, and essential job demands
• Understanding the role and limitations of cognitive screening within a functional evaluation
• Application of measures addressing attention, memory, processing, executive functioning, and higher-level functional cognition
• Interpreting standardized findings within the context of observed performance and occupational demands
• Avoiding over-reliance on individual test scores when formulating opinions about functional capacity
• Applied activity: Compare available standardized measures and develop a targeted testing battery based on the worker's presentation and occupational demands.

• Role of work simulation in evaluating functional cognition and occupational performance
• Designing simulations that reflect critical cognitive and psycho-emotional job demands
• Manipulating task complexity, distraction, pace, competing demands, and environmental conditions
• Evaluating executive functioning, task switching, productivity, accuracy, strategy use, and response to progressive demand
• Integrating generic and job-specific work simulations with other Cognitive FCE findings
• Applied activity: Design a work simulation targeting one or more critical cognitive demands of an individual's occupation and establish appropriate performance parameters.

• Synthesizing interview findings, structured observations, questionnaires, standardized testing, and work simulation
• Identifying convergence and divergence among subjective and objective sources of information
• Evaluating cognitive activity tolerance, mental stamina, durability, and change with cumulative demand
• Comparing demonstrated functional abilities with the essential cognitive and psycho-emotional demands of work
• Formulating opinions regarding functional capacity, readiness for return to work, accommodations, rehabilitation needs, and additional assessment
• Applied activity: Integrate multiple sources of Cognitive FCE data to develop a defensible opinion regarding functional capacity and readiness for return to work.

• Applying the complete Cognitive FCE process to complex occupational cases
• Determining whether demonstrated abilities are sufficient for safe and sustainable return to work
• Identifying appropriate work-specific accommodations, task modifications, and rehabilitation strategies
• Translating assessment findings into clear and defensible documentation
• Communicating functional conclusions, limitations, recommendations, and return-to-work considerations
• Applied activity: Complete integrated case discussions requiring test selection, data analysis, clinical reasoning, work simulation design, and formulation of a return-to-work opinion.

• Applied discussion is integrated throughout the course using complex Cognitive FCE cases. Participants identify essential cognitive and psycho-emotional job demands, determine appropriate assessment strategies, select patient-reported and standardized measures, design work simulations, evaluate effort and reliability, and integrate subjective and objective findings to formulate opinions regarding functional capacity and return to work. The course emphasizes reasoning through the assessment process rather than applying a predetermined battery of cognitive tests.

• Assessment includes knowledge checks, case-based discussion, test-selection exercises, cognitive job-demand analysis, work-simulation development, and integrated case interpretation. Participants are expected to demonstrate the ability to select appropriate assessment methods, interpret findings within the occupational context, evaluate functional cognitive performance, and support conclusions regarding work capacity and return-to-work readiness.

• The Cognitive Functional Capacity Evaluation Course Manual/Handout, course worksheets and case materials, course presentations and supporting instructional resources, and writing materials or an electronic device for documentation and case exercises are required. Participants should have access to the assessment tools and occupational-demand resources identified for applied activities, as directed by the instructor. On-demand and live-stream participants will also need reliable internet access and a device capable of accessing the course platform.

• Clinical reasoning is reinforced by requiring participants to move continuously between the person, symptoms, cognitive and psycho-emotional function, occupational demands, observed performance, and assessment findings. Rather than relying on a single cognitive score, participants learn to determine where evidence converges or diverges, evaluate performance under increasing and sustained demands, and translate the complete pattern of findings into a defensible opinion regarding functional capacity and return to work. This reflects the comprehensive methodology described in the manual, which culminates in analysis, clinical reasoning, formulation of opinion, documentation, and recommendations.