AKMI Certification Curriculum

Three levels of certification building from structural assessment fundamentals to research-grade methodology contribution. Each level unlocks the next.

Level 1

AKMI Foundation

Master the fundamentals of biomechanical assessment. Learn to capture, classify, and interpret structural patterns using the AKMI methodology. 8 weeks of...

Modules
12
Duration
8 wk
Contact Hours
14.0h
Objectives
54
8 video 2 quiz 1 practical 1 assessment
$1997 USD
View Curriculum
Level 2

AKMI Advanced

Go deeper into pattern classification, corrective programming, and AI-assisted analysis. Build the clinical reasoning skills to handle complex multi-pattern...

Modules
18
Duration
12 wk
Contact Hours
25.5h
Objectives
76
12 video 3 quiz 2 practical 1 assessment
$3497 USD
View Curriculum
Level 3

AKMI Master

The pinnacle of AKMI certification. Advanced assessment techniques, AI-driven analysis workflows, case study mentorship, and research-level methodology....

Modules
24
Duration
16 wk
Contact Hours
48.8h
Objectives
104
13 video 4 quiz 4 practical 3 assessment
$4997 USD
View Curriculum

AKMI Foundation — Module Breakdown

video Module 1

Introduction to AKMI Methodology

The biomech-first assessment philosophy: why every client begins with structural evaluation. Covers the three assessment pillars, coach-client workflow, and platform navigation.

5 Learning Objectives
  • 1. Explain the biomech-first assessment philosophy and why every client begins with structural evaluation
  • 2. Distinguish the AKMI approach from conventional fitness assessments (ROM-driven vs. symptom-chasing)
  • 3. Identify the three assessment pillars: static posture, dynamic movement, and gait
  • 4. Describe the coach-client workflow from intake through protocol delivery
  • 5. Navigate the AKMI SaaS platform for assessment data entry
Assessment Criteria
  • Complete the video in full (tracked by platform)
  • Demonstrate platform login and basic navigation (screenshot submission)
45 min platform_exercise
video Module 2

Assessment Photo Protocol

Standardized photo capture: environment setup, 8-view photo set, error identification, platform upload, and consent protocols.

5 Learning Objectives
  • 1. Set up a standardized photo capture environment (lighting, background, camera distance, device positioning)
  • 2. Capture the required 8-view photo set (anterior, posterior, lateral L/R, plus foot close-ups)
  • 3. Identify and correct common photo errors (angle distortion, inconsistent distance, clothing interference)
  • 4. Upload and tag assessment photos in the AKMI platform
  • 5. Apply privacy and consent protocols for photo capture
Assessment Criteria
  • Submit a complete 8-view photo set meeting quality standards
  • Photo set must be tagged and uploaded correctly in the platform
60 min platform_exercise
video Module 3

Anatomical Landmarks & Reference Points

Locating 15 primary anatomical landmarks, skeletal reference frames, bilateral asymmetry identification, and standardized notation.

5 Learning Objectives
  • 1. Locate and palpate 15 primary anatomical landmarks used in AKMI assessments
  • 2. Understand the skeletal reference frame for static alignment analysis
  • 3. Identify bilateral asymmetries using landmark comparison
  • 4. Distinguish bony landmarks from soft tissue landmarks and when each applies
  • 5. Document landmark observations using standardized AKMI notation
Assessment Criteria
  • Correctly identify landmarks on a labeled anatomy diagram
  • Demonstrate landmark identification on a live subject (video submission)
60 min video
video Module 4

Pattern Recognition Fundamentals

Primary structural patterns in the AKMI classification system. Pelvic tilt identification, lateral shift, rotational asymmetry, and compensatory pattern distinction.

5 Learning Objectives
  • 1. Define the primary structural patterns recognized in the AKMI classification system
  • 2. Identify anterior/posterior pelvic tilt from static photos
  • 3. Recognize lateral shift and rotational asymmetry patterns
  • 4. Distinguish compensatory patterns from primary structural findings
  • 5. Use the AKMI pattern classification tags within the assessment platform
Assessment Criteria
  • Correctly classify at least 8 of 10 provided case photos by primary pattern
  • Demonstrate compensatory vs. primary distinction in written response
75 min document
video Module 5

Gait Analysis Basics

Gait cycle phases, deviation identification, video recording protocol, foot contact patterns, and AKMI gait assessment documentation.

5 Learning Objectives
  • 1. Describe the gait cycle phases and their biomechanical significance
  • 2. Identify gait deviations from frontal and sagittal plane observation
  • 3. Capture usable gait video following AKMI recording protocol
  • 4. Recognize foot contact patterns and their structural implications
  • 5. Document gait findings using AKMI gait assessment forms
Assessment Criteria
  • Submit gait recording meeting protocol standards
  • Complete gait observation worksheet for 3 provided videos
60 min video
quiz Module 6

Assessment Quiz 1

Comprehensive quiz covering Modules 1-5: methodology, photo protocol, landmarks, patterns, and gait.

3 Learning Objectives
  • 1. Demonstrate retention of Modules 1-5 content through written assessment
  • 2. Apply pattern recognition to novel case presentations
  • 3. Identify correct and incorrect assessment procedures from described scenarios
Assessment Criteria
  • Score 70% or higher on a 40-question multiple-choice and short-answer quiz
  • Questions cover methodology, photo protocol, landmarks, patterns, and gait
30 min Pass: 70%
video Module 7

Client Communication & Reporting

Translating findings into client-friendly language, debrief structure, report generation, expectation setting, and honest timeline framing.

5 Learning Objectives
  • 1. Translate biomechanical findings into client-friendly language without losing accuracy
  • 2. Structure an assessment debrief session
  • 3. Generate an AKMI assessment report using platform tools
  • 4. Handle common client questions about findings and timelines with honest, conservative framing
  • 5. Set realistic expectations for structural change timelines (3-6 months minimum)
Assessment Criteria
  • Generate a complete assessment report from a provided case dataset
  • Write a mock debrief script for the same case
45 min document
video Module 8

Introduction to Corrective Programming

Corrective exercise categories, pattern-to-exercise matching, session sequencing, and integration with existing training programs.

5 Learning Objectives
  • 1. Explain the relationship between structural findings and corrective exercise selection
  • 2. Identify the AKMI corrective exercise categories (breathing, positional, active repositioning, loaded)
  • 3. Match common pattern findings to appropriate corrective exercise families
  • 4. Sequence corrective exercises within a session
  • 5. Integrate corrective work into existing training programs
Assessment Criteria
  • Complete corrective exercise selection worksheet for 3 pattern presentations
  • Demonstrate correct sequencing logic in a sample session plan
60 min document
practical Module 9

Practical Assessment Lab

Full live assessment from photo capture through report generation and debrief presentation.

4 Learning Objectives
  • 1. Conduct a complete AKMI assessment on a live subject
  • 2. Demonstrate correct landmark identification, pattern classification, and gait recording
  • 3. Produce a complete assessment report using the AKMI platform
  • 4. Present findings in a structured debrief format
Assessment Criteria
  • Video recording of complete assessment process
  • Assessment report generated in the platform
  • Composite score on: photo quality (20%), landmark accuracy (20%), pattern classification (25%), report completeness (20%), communication clarity (15%)
120 min Pass: 70% portfolio
video Module 10

ROM-Driven Exercise Selection

ROM-first principle: exercise selection driven by current range of motion. Key ROM measurements, exercise modifications, readiness thresholds.

5 Learning Objectives
  • 1. Explain the ROM-first principle: exercise selection driven by current range of motion
  • 2. Measure and record key ROM values (shoulder flexion, hip flexion/extension, thoracic rotation, ankle dorsiflexion)
  • 3. Match ROM limitations to exercise modifications and progressions
  • 4. Apply ROM thresholds to determine exercise readiness
  • 5. Document ROM-exercise mapping in the AKMI platform
Assessment Criteria
  • Correctly measure and record 6 key ROM values on a practice subject
  • Complete ROM-exercise mapping worksheet for 2 case profiles
60 min video
quiz Module 11

Assessment Quiz 2

Comprehensive quiz covering Modules 7-10: communication, corrective programming, ROM-driven selection, integrated analysis.

3 Learning Objectives
  • 1. Demonstrate integrated understanding of the full Foundation curriculum
  • 2. Apply corrective programming principles to case scenarios
  • 3. Select appropriate ROM-driven exercise modifications for given client profiles
Assessment Criteria
  • Score 70% or higher on a 50-question comprehensive quiz
  • Questions cover client communication, corrective programming, ROM-driven selection, integrated analysis
45 min Pass: 70%
assessment Module 12

Foundation Capstone Assessment

Integrated capstone: complete case from intake through corrective protocol, documented and presented. The final gate to Foundation certification.

4 Learning Objectives
  • 1. Demonstrate competence across all Foundation domains through an integrated capstone
  • 2. Conduct, document, and present a complete assessment case
  • 3. Defend exercise selection and programming decisions with biomechanical rationale
  • 4. Produce a professional-quality deliverable suitable for real client use
Assessment Criteria
  • Complete case portfolio: photo set, report, pattern classification rationale, gait analysis, corrective protocol (4-week), 10-minute presentation
  • Scored on: technical accuracy (30%), protocol quality (25%), communication (20%), platform proficiency (15%), professional presentation (10%)
180 min Pass: 75% portfolio

AKMI Advanced — Module Breakdown

video Module 1

Advanced Pattern Classification

Multi-layer structural patterns, functional vs. structural asymmetries, multi-axis classification, pattern evolution tracking.

5 Learning Objectives
  • 1. Classify multi-layer structural patterns where primary and compensatory findings co-exist
  • 2. Differentiate structural vs. functional asymmetries using clinical reasoning trees
  • 3. Apply the AKMI multi-axis classification system (sagittal, frontal, transverse)
  • 4. Identify pattern evolution across assessment time points
  • 5. Document complex classifications using advanced platform notation
75 min
video Module 2

Complex Case Analysis

Ambiguous findings, hypothesis-test-revise cycles, uncertainty management, documentation of confidence levels.

5 Learning Objectives
  • 1. Analyze cases with contradictory or ambiguous findings
  • 2. Apply the hypothesis-test-revise cycle to structural assessment
  • 3. Identify when additional data collection is needed vs. when to act
  • 4. Manage cases where symptoms do not align with structural findings
  • 5. Document uncertainty and confidence levels in assessment notes
90 min
video Module 3

Intervention Strategy Design

Multi-phase intervention strategies, 7-block rationale framework, outcome targets, contingency planning.

5 Learning Objectives
  • 1. Design multi-phase intervention strategies aligned to assessment findings
  • 2. Apply the 7-block rationale framework to corrective protocols
  • 3. Set measurable outcome targets and re-assessment cadence
  • 4. Build contingency plans for non-responsive clients
  • 5. Integrate corrective, strength, and conditioning into unified programming
60 min
video Module 4

Advanced Gait & Movement Analysis

Sub-phase gait analysis, kinetic chain failures, dynamic gait protocol, integrated structural profiles, slow-motion tools.

5 Learning Objectives
  • 1. Analyze gait at granular sub-phase level
  • 2. Identify kinetic chain failures across multiple joints during gait
  • 3. Apply the AKMI dynamic gait assessment protocol
  • 4. Correlate gait findings with static assessment results
  • 5. Use video slow-motion and frame-by-frame analysis tools
75 min
quiz Module 5

Advanced Quiz 1

Assessment covering pattern classification, complex cases, intervention design, and advanced gait analysis.

2 Learning Objectives
  • 1. Demonstrate mastery of Modules 1-4 content
  • 2. Apply concepts to novel scenarios under timed conditions
45 min Pass: 75%
video Module 6

Progressive Overload in Structural Context

Load progression within structural constraints, aggressive increments for experienced lifters, hypertrophy vs. corrective balance.

5 Learning Objectives
  • 1. Apply progressive overload within structural finding constraints
  • 2. Determine when to prioritize load progression vs. ROM restoration
  • 3. Program aggressive increments (+10kg compound, +2kg DB) while maintaining structural safety
  • 4. Manage tension between hypertrophy goals and corrective priorities
  • 5. Track load progression alongside structural markers over mesocycles
60 min
video Module 7

Nutrition Integration

AKMI nutrition philosophy: gradual metabolic adaptation, composition before calories, scope-of-practice boundaries.

5 Learning Objectives
  • 1. Understand the AKMI nutrition philosophy: gradual metabolic/hormonal adaptation
  • 2. Adjust composition before adjusting total calories
  • 3. Identify when structural timelines are limited by nutritional factors
  • 4. Coordinate with nutritionists when cases exceed coaching scope
  • 5. Document nutrition observations without overstepping scope of practice
60 min
video Module 8

Periodization for Structural Change

Macrocycle design for structural adaptation, corrective phasing, re-assessment cadence, realistic timelines.

5 Learning Objectives
  • 1. Design macrocycle structures (3-6 months) for structural adaptation
  • 2. Phase corrective emphasis across mesocycles
  • 3. Align re-assessment cadence with periodization phases
  • 4. Build deload and recovery periods accounting for structural recovery
  • 5. Manage client expectations around realistic timelines
75 min
practical Module 9

Case Study Submission 1

Complete case study applying all Advanced concepts: assessment, classification, rationale, protocol, periodization, gait.

3 Learning Objectives
  • 1. Apply all Advanced concepts to a real or realistic client case
  • 2. Produce a case study suitable for professional peer review
  • 3. Demonstrate integrated reasoning from assessment through programming
180 min Pass: 75% portfolio
video Module 10

AI-Assisted Assessment Introduction

AKMI AI assessment pipeline, pattern classification, confidence scores, validation, and override procedures.

5 Learning Objectives
  • 1. Understand the AKMI AI assessment pipeline
  • 2. Interpret AI-generated assessment outputs and confidence scores
  • 3. Validate AI findings against manual assessment results
  • 4. Identify common AI misclassifications and when to override
  • 5. Use the AI assessment tools in the AKMI platform
60 min
video Module 11

Foot & Shoe Assessment Mastery

Foot morphology assessment, shoe wear pattern analysis, footwear suitability, integration with structural profile.

5 Learning Objectives
  • 1. Conduct detailed foot morphology assessment
  • 2. Analyze shoe wear patterns and their structural implications
  • 3. Assess footwear suitability for specific structural profiles
  • 4. Integrate foot findings into the overall structural assessment
  • 5. Make informed footwear recommendations based on assessment data
60 min
quiz Module 12

Advanced Quiz 2

Assessment covering Modules 6-11: overload, nutrition, periodization, AI workflow, foot assessment.

2 Learning Objectives
  • 1. Demonstrate mastery of Modules 6-11 content
  • 2. Apply AI-assisted workflow, nutrition integration, and periodization to case scenarios
45 min Pass: 80%
video Module 13

Pain & Pathology Red Flags

Medical referral recognition, red flag symptoms, scope-of-practice decision tree, referral communication.

5 Learning Objectives
  • 1. Recognize pain presentations requiring medical referral
  • 2. Identify red flag symptoms: radiculopathy, joint instability, fracture indicators, vascular compromise
  • 3. Apply the AKMI scope-of-practice decision tree for pain presentations
  • 4. Document and communicate referral decisions professionally
  • 5. Maintain the coaching relationship during and after medical referral periods
60 min
video Module 14

Client Retention Through Results

Re-assessment cadence, visual progress reports, plateau management, check-in structure, dropout prevention.

5 Learning Objectives
  • 1. Build re-assessment cadence that demonstrates measurable progress
  • 2. Create visual progress reports comparing assessment time points
  • 3. Manage plateaus with honest communication and adapted protocols
  • 4. Structure check-in conversations that reinforce investment value
  • 5. Handle client dropout risk factors with proactive intervention
45 min
practical Module 15

Case Study Submission 2

Integrated case study with AI validation, foot/shoe assessment, nutrition observations, periodization.

3 Learning Objectives
  • 1. Apply the complete Advanced toolkit to a case with AI-assisted workflow
  • 2. Demonstrate evolution in case reasoning from Case Study 1
  • 3. Produce a case study that could serve as a teaching resource
180 min Pass: 75% portfolio
video Module 16

Data-Driven Coaching Decisions

Multi-timepoint trend analysis, analytics dashboard, data quality, evidence-based recommendations.

5 Learning Objectives
  • 1. Interpret assessment data trends across multiple time points
  • 2. Use the AKMI analytics dashboard to identify population-level patterns
  • 3. Build decision frameworks based on objective data
  • 4. Identify data quality issues and correct them
  • 5. Present data-driven recommendations with appropriate confidence framing
60 min
quiz Module 17

Advanced Quiz 3

Comprehensive assessment covering all Advanced program content.

2 Learning Objectives
  • 1. Demonstrate comprehensive mastery of all Advanced program content
  • 2. Apply integrated reasoning across assessment, programming, AI, nutrition, and client management
60 min Pass: 80%
assessment Module 18

Advanced Capstone Project

Comprehensive capstone: multi-timepoint case, 7-block rationale, AI assessment, periodized macrocycle, case defense.

4 Learning Objectives
  • 1. Demonstrate Advanced-level competence through a comprehensive capstone
  • 2. Present a multi-phase case with documented progression
  • 3. Defend decisions with evidence-based rationale
  • 4. Produce deliverables at professional standard for peer review
240 min Pass: 80% portfolio

AKMI Master — Module Breakdown

video Module 1

Master-Level Assessment Philosophy

Epistemological foundations, probabilistic reasoning, methodology evolution, philosophy statement.

5 Learning Objectives
  • 1. Articulate the epistemological foundations of biomechanical assessment
  • 2. Apply probabilistic reasoning to structural findings
  • 3. Understand assessment methodology evolution and AKMI positioning
  • 4. Develop a personal assessment philosophy statement
  • 5. Critically evaluate the limits of current assessment tools
60 min
video Module 2

Advanced Structural Topology

Interconnected topological systems, chain reaction mapping, structural attractors, systems thinking.

5 Learning Objectives
  • 1. Map structural patterns as interconnected topological systems
  • 2. Trace biomechanical chain reactions across 3+ body regions
  • 3. Identify structural attractors vs. transient compensations
  • 4. Apply systems thinking to predict structural change trajectories
  • 5. Build structural topology maps as visual reasoning tools
90 min
video Module 3

Research Methodology for Coaches

Critical paper evaluation, study design literacy, practice-based evidence, single-case experimental design.

5 Learning Objectives
  • 1. Read and critically evaluate biomechanics research papers
  • 2. Distinguish correlation and causation in assessment literature
  • 3. Understand common study design limitations relevant to coaching
  • 4. Apply research findings with appropriate confidence calibration
  • 5. Design single-case experimental designs for practice-based evidence
75 min
video Module 4

AI-Driven Analysis Workflows

Full AI pipeline configuration, confidence calibration, custom workflows, troubleshooting, human oversight.

5 Learning Objectives
  • 1. Configure and execute the full AKMI AI pipeline
  • 2. Interpret confidence scores and calibrate trust based on input quality
  • 3. Build custom analysis workflows for specific use cases
  • 4. Troubleshoot common AI pipeline failures
  • 5. Maintain appropriate human oversight of AI-generated findings
90 min
quiz Module 5

Master Quiz 1

Assessment covering philosophy, topology, research methodology, and AI workflows.

2 Learning Objectives
  • 1. Demonstrate mastery of philosophy, topology, research, and AI workflow concepts
  • 2. Apply critical reasoning to complex scenarios
45 min Pass: 80%
video Module 6

Complex Multi-System Cases

Multi-condition clients, intervention prioritization, interdisciplinary coordination, scope management.

5 Learning Objectives
  • 1. Assess clients with multiple concurrent conditions
  • 2. Prioritize intervention targets with competing demands
  • 3. Coordinate with health professionals without overstepping scope
  • 4. Document multi-system case management decisions
  • 5. Manage expectations when progress is complicated by multi-system factors
90 min
practical Module 7

Mentorship Practicum

Mentor a Foundation/Advanced coach through a supervised case. Teaching, feedback, and knowledge transfer.

5 Learning Objectives
  • 1. Mentor a junior coach through a supervised assessment case
  • 2. Provide constructive feedback on technique and protocol design
  • 3. Demonstrate teaching that transfers knowledge without dependency
  • 4. Build a mentorship plan with measurable outcomes
  • 5. Reflect on mentorship performance and identify development areas
300 min Pass: 80% portfolio
video Module 8

Population-Specific Assessment

Protocol adaptations for athletes, seniors, youth, pre/post-natal, post-surgical, chronic pain. AKMI vertical specializations.

5 Learning Objectives
  • 1. Adapt assessment protocols for specific populations
  • 2. Identify population-specific red flags and contraindications
  • 3. Modify corrective programming for population constraints
  • 4. Apply the AKMI vertical specialization model (DUNAMIS, KINEMA, THYMOS)
  • 5. Document population-specific considerations in assessment reports
75 min
assessment Module 9

Case Study Review Board

Present and defend a complex case to a review panel. Respond to challenges, incorporate feedback.

4 Learning Objectives
  • 1. Present a complex case and defend decisions under panel questioning
  • 2. Respond to challenges with reasoned, evidence-based arguments
  • 3. Identify limitations in your own work without defensiveness
  • 4. Incorporate feedback into revised documentation
240 min Pass: 85% portfolio
video Module 10

Business of Biomechanical Coaching

Practice building, premium pricing, client acquisition, service lifecycle, AKMI affiliate system.

5 Learning Objectives
  • 1. Build a sustainable practice centered on biomechanical assessment
  • 2. Price assessment-based services for premium positioning
  • 3. Create a client acquisition funnel educating on biomech-first value
  • 4. Structure offerings around the assessment-corrective-ongoing lifecycle
  • 5. Use the AKMI affiliate and referral system for revenue
60 min
quiz Module 11

Master Quiz 2

Assessment covering multi-system cases, mentorship, population assessment, and business building.

2 Learning Objectives
  • 1. Demonstrate mastery of Modules 6-10
  • 2. Apply Master-level reasoning to complex integrated scenarios
60 min Pass: 85%
video Module 12

Advanced AI: Building Custom Protocols

AI-generated protocol drafts, refinement workflow, reusable templates, feedback loops, quality standards.

5 Learning Objectives
  • 1. Use AI tools to generate protocol drafts from assessment data
  • 2. Review, refine, and validate AI-generated protocols
  • 3. Build reusable protocol templates for the AI to populate
  • 4. Train the AI pipeline through feedback loops
  • 5. Maintain quality standards when using AI-accelerated workflow
90 min
video Module 13

Wearable Data Integration

Wearable device data interpretation, correlation with structural findings, noise vs. signal, integration protocols.

5 Learning Objectives
  • 1. Interpret wearable device data in an assessment context
  • 2. Correlate wearable data with structural findings
  • 3. Identify meaningful signals vs. noise for biomechanical coaching
  • 4. Integrate wearable data into the AKMI platform
  • 5. Set evidence-based thresholds for wearable metrics
60 min
video Module 14

Movement Screen Design

Custom movement screen creation, component selection, validation, standardization, workflow integration.

5 Learning Objectives
  • 1. Design custom movement screens for specific populations or sports
  • 2. Select screen components based on assessment priorities
  • 3. Validate screen effectiveness against assessment outcomes
  • 4. Standardize administration for reliability
  • 5. Integrate movement screen data into the assessment workflow
75 min
practical Module 15

Case Study Submission: Research

Practice-based research case study using single-case experimental design. Data collection, analysis, write-up.

4 Learning Objectives
  • 1. Conduct a practice-based research case study
  • 2. Collect and analyze data systematically across multiple time points
  • 3. Draw appropriately calibrated conclusions
  • 4. Write findings suitable for professional publication
360 min Pass: 85% document
video Module 16

Ethics & Professional Standards

AKMI code of conduct, conflicts of interest, client confidentiality, ethical dilemmas, IP discipline.

5 Learning Objectives
  • 1. Apply the AKMI code of professional conduct
  • 2. Manage conflicts of interest, scope boundaries, and client confidentiality
  • 3. Handle ethical dilemmas specific to biomechanical coaching
  • 4. Document ethical decision-making processes
  • 5. Uphold IP discipline: protect proprietary methodology
45 min
quiz Module 17

Master Quiz 3

Assessment covering AI protocols, wearable integration, movement screens, research, and ethics.

2 Learning Objectives
  • 1. Demonstrate mastery of Modules 12-16
  • 2. Apply concepts in integrated scenarios
60 min Pass: 85%
video Module 18

Teaching & Presenting Skills

Educational presentation design, case studies as teaching tools, audience management, CE content creation.

5 Learning Objectives
  • 1. Structure educational presentations for coaches at different skill levels
  • 2. Use case studies as teaching tools without compromising client confidentiality
  • 3. Present complex concepts in accessible language without losing accuracy
  • 4. Handle audience questions with intellectual humility
  • 5. Build continuing education content for the AKMI ecosystem
60 min
video Module 19

Clinical Reasoning Masterclass

Structured clinical reasoning, Bayesian updating, decision trees, reasoning chain documentation.

5 Learning Objectives
  • 1. Apply structured clinical reasoning frameworks to challenging scenarios
  • 2. Manage diagnostic uncertainty with Bayesian updating
  • 3. Differentiate data-supported conclusions from clinical intuition
  • 4. Build decision trees for recurring complex presentations
  • 5. Document clinical reasoning chains for teaching and self-improvement
90 min
practical Module 20

Live Case Analysis

Live assessment with real-time narrated reasoning, adaptation, rapid-turnaround summary.

4 Learning Objectives
  • 1. Conduct a live assessment with real-time reasoning and decision-making
  • 2. Narrate clinical reasoning during assessment for educational purposes
  • 3. Handle unexpected findings and adapt in real-time
  • 4. Produce a rapid-turnaround assessment summary within 60 minutes
180 min Pass: 85% video
quiz Module 21

Master Quiz 4

Comprehensive final quiz covering all Master program content.

2 Learning Objectives
  • 1. Demonstrate comprehensive mastery of all Master program content
  • 2. Apply the highest-level reasoning to integrated scenarios
60 min Pass: 85%
assessment Module 22

Thesis: Methodology Contribution

Original contribution to AKMI methodology: 5,000-10,000 word thesis on a gap or innovation in assessment/intervention practice.

5 Learning Objectives
  • 1. Make an original contribution to the AKMI methodology through systematic inquiry
  • 2. Identify a gap or opportunity in current practices
  • 3. Investigate through practice-based evidence or methodological innovation
  • 4. Write a thesis-quality document advancing the field
  • 5. Produce work integrable into AKMI training or publishable externally
480 min Pass: 90% document
assessment Module 23

Panel Defense

Formal thesis presentation and defense before a review panel. Presentation, Q&A, post-defense revision.

5 Learning Objectives
  • 1. Present thesis findings to a review panel
  • 2. Defend methodology and conclusions under rigorous questioning
  • 3. Demonstrate intellectual humility when challenged on limitations
  • 4. Incorporate feedback into a final thesis revision
  • 5. Demonstrate readiness to contribute to and teach the AKMI methodology
120 min Pass: 90% portfolio
practical Module 24

Master Certification Ceremony

Formal certification, commitment to AKMI Master code of conduct, ongoing obligations, Master network access.

4 Learning Objectives
  • 1. Receive formal AKMI Master certification
  • 2. Commit to the AKMI Master code of professional conduct
  • 3. Review ongoing obligations: renewal, CE, methodology contribution
  • 4. Connect with the AKMI Master network
60 min

Certification Path

L1
Foundation
12 modules | 8 weeks
→
L2
Advanced
18 modules | 12 weeks
→
L3
Master
24 modules | 16 weeks

Each certification level is a prerequisite for the next. All credentials are valid for 12 months and renewable at $497/year.

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