Introduction to the Authentic Integrated Performance Instructional Design Model

Abstract This technical paper introduces the Authentic Integrated Performance (AIP) Instructional Design Model, a four-component framework (Design/AIPD, Planning/AIPP, Modular Instruction/AIPMI, and Staging/AIPS) for developing duty-, task-, and step-level competence in technical occupations. Grounded in a century of job-analysis and performance-based teacher education traditions, the model addresses persistent gaps between secondary and postsecondary preparation and the authentic performance requirements of skilled technical work. These gaps are widened by structural differences between industry-rooted technical teaching environments and contemporary academic-governed CTE settings, including documentation-centered accreditation, academic administrative control, scheduling and enrollment policies that limit extended practice, and incomplete embedding of academic skills inside technical tasks. Using automotive service as the primary context, the paper documents the early-21st-century emphasis on college-preparatory pathways, the current quantitative and qualitative shortfalls in the automotive technician workforce, and the operational processes by which industry duty/task lists are converted into hierarchical learning analyses, criterion-referenced performance objectives, modular instructional materials, and staged competence development. Historical lineages (Allen, Training Within Industry, Performance-Based Teacher Education, gradual release of responsibility, and situational leadership) are explicitly attributed. The model is offered as a practical, replicable approach for schools and employers seeking to reduce learning gaps and accelerate competent workforce entry. November 6, 2026 DOI: 10.5281/zenodo.24019400

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-06
DOI
https://doi.org/10.5281/zenodo.24019399
Primary Topic
Vocational Education and Training
Type
article
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article

Introduction to the Authentic Integrated Performance Instructional Design Model

David MacQuarrie, Cissie F. MacQuarrie
Zenodo (CERN European Organization for Nuclear Research)
Vocational Education and Training
article

Introduction to the Authentic Integrated Performance Instructional Design Model

David MacQuarrie, Cissie F. MacQuarrie
article en

Abstract

Abstract This technical paper introduces the Authentic Integrated Performance (AIP) Instructional Design Model, a four-component framework (Design/AIPD, Planning/AIPP, Modular Instruction/AIPMI, and Staging/AIPS) for developing duty-, task-, and step-level competence in technical occupations. Grounded in a century of job-analysis and performance-based teacher education traditions, the model addresses persistent gaps between secondary and postsecondary preparation and the authentic performance requirements of skilled technical work. These gaps are widened by structural differences between industry-rooted technical teaching environments and contemporary academic-governed CTE settings, including documentation-centered accreditation, academic administrative control, scheduling and enrollment policies that limit extended practice, and incomplete embedding of academic skills inside technical tasks. Using automotive service as the primary context, the paper documents the early-21st-century emphasis on college-preparatory pathways, the current quantitative and qualitative shortfalls in the automotive technician workforce, and the operational processes by which industry duty/task lists are converted into hierarchical learning analyses, criterion-referenced performance objectives, modular instructional materials, and staged competence development. Historical lineages (Allen, Training Within Industry, Performance-Based Teacher Education, gradual release of responsibility, and situational leadership) are explicitly attributed. The model is offered as a practical, replicable approach for schools and employers seeking to reduce learning gaps and accelerate competent workforce entry. November 6, 2026 DOI: 10.5281/zenodo.24019400

Zenodo (CERN European Organization for Nuclear Research)
MacQuarrie Management Corp. (United States) (US)
Quality education
Openalex Percentile: Top 10%
Vocational Education and Training
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