6.1 Organizational and Job Task Analysis

BCSP CIT Certified Instructional Trainer Study Guide 2026

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1 Credential and Training Standards

1.1 BCSP CIT Credential Scope, Exam Logistics & Recertification 1.2 ANSI/ASSP Z490 Criteria for Accepted EHS Training Practices

2 Adult Learning and Learning Access

2.1 Foundations of Andragogy: Knowles' Adult Learning Assumptions in Safety 2.2 Learner Literacy, ESL Accommodations & Plain Language Compliance 2.3 Opening a Course: Administrative Items and Learning Expectations

3 Communication and Facilitation

3.1 Verbal & Nonverbal Facilitation Techniques in Safety Training 3.2 Active Listening, Socratic Questioning & Teach-Back Verification 3.3 Feedback Frameworks, Corrective Coaching & Psychological Safety

4 Conflict and Instructional Technology

4.1 Managing Challenging Classroom Dynamics, Resistance & Conflict 4.2 Instructional Media, Presentation Tools & Technology Contingencies

5 Performance Needs and Existing Training

5.1 Performance Gaps and Training Necessity 5.2 Evaluating Existing Training and Interventions

6 Organizational, Task and Hazard Analysis

6.1 Organizational and Job Task Analysis 6.2 Hazard Analysis, KSAs and Task Evidence

7 Audience, Baseline and Prerequisites

7.1 Defining the Audience and Its Learning Needs 7.2 Baseline Knowledge and Prior-Learning Credit 7.3 Verifying Prerequisites and Readiness for Training

8 Applicable Training Requirements

8.1 OSHA Training Frameworks, General Duty Clause & Consensus Standards 8.2 Mandated Safety Programs: Lockout/Tagout, Confined Space & Fall Protection 8.3 Chemical & Biological Hazards: HazCom, Bloodborne & Respiratory Protection

9 Systematic and Iterative Design

9.1 ADDIE and the Systematic Approach to Training 9.2 SAM, Agile Development and Prototypes

10 Objectives and Learning Outcomes

10.1 Writing Observable ABCD Objectives 10.2 SMART, Objective Hierarchies and Stakeholder Consensus

11 Learning Domains and Practice

11.1 Cognitive Learning and Revised Bloom Taxonomy 11.2 Psychomotor, Affective and Constructive Alignment 11.3 Experiential Learning Cycles (Kolb), Adult Discovery & Instructional Scaffolding

12 Delivery Choices and Program Economics

12.1 Modality Matrix: Classroom ILT, E-Learning, Microlearning, Hands-On & OJT 12.2 Cost Classification and Worked Budgets 12.3 Resource Feasibility and Cost-Benefit Decisions

13 Developing and Validating Course Components

13.1 Lesson Plan Architecture: Components of Comprehensive Trainer & Participant Guides 13.2 Job Aids and Performance Support 13.3 SME Selection, Credible Sources and Validation

14 Development Planning and External Providers

14.1 Implementing the Instructional Development Plan 14.2 Deciding When and How to Outsource Development

15 Pilots and Recoverable Records

15.1 Representative Pilots and Course Revision 15.2 Record Retention, Privacy and Recovery

16 Implementation Environments and Logistics

16.1 Physical Classroom Design, Seating Arrangements, Ergonomics & Environmental Controls 16.2 Field, Shop & Hands-On Training: Safety Briefings, PPE Verification & Live Demonstration Safety 16.3 Virtual Instructor-Led Training (VILT), Technical Contingency Planning & Remote Engagement 16.4 Scheduling, Logistics and Course Time Management

17 Assessment and Remediation

17.1 Formative and Summative Assessment Tools 17.2 Assessment Criteria, Alignment and Remediation

18 Items, Performance and Standards

18.1 Writing Clear Items and Plausible Distractors 18.2 Item Analysis and Assessment Data 18.3 Performance Checklists and Evaluator Calibration 18.4 Standard Setting and the Angoff Calculation

19 Evaluation Models, Surveys and Learning Data

19.1 Evaluation Models and Feedback Surveys 19.2 Learning Outcomes and Evaluation Data

20 Transfer and Behavior Evidence

20.1 Transfer of Learning and Work Conditions 20.2 Behavior Observations and Change Reporting

21 Results, ROI and Improvement Reports

21.1 Organizational Results and Causal Limits 21.2 ROI, Course Improvement and Training Reports

6.1 Organizational and Job Task Analysis

Key Takeaways Explain This Topic AI

Organizational analysis examines culture, support, resources and required outcomes.

Job task analysis breaks assigned work into duties, tasks and substeps.

Frequency, criticality and difficulty inform priority without removing required topics.

Last updated: October 2026

Organizational, Job Hazard & Task Analysis (JTA/JHA)

The foundation of an effective, well-documented safety training curriculum is a structured, three-tiered needs assessment: Organizational Analysis , Task Analysis , and Person Analysis . This lesson examines Job Task Analysis (JTA) and Job Hazard Analysis (JHA, also referred to as Job Safety Analysis or JSA). By translating organizational realities and operational hazard controls into observable Knowledge, Skills, and Abilities (KSAs), safety instructional trainers ensure that programs target genuine operational risks and drive measurable performance improvements.

The Tripartite Needs Assessment Framework

Instructional design begins by examining the operational system across three interrelated tiers:

Organizational Analysis: Examines the systemic environment—organizational culture, leadership commitment, regulatory mandates, resource availability, and operational priorities. It answers: Where in the organization is instruction needed, and will the operating climate support and reinforce safe behaviors on the job?

Job Task Analysis (JTA): Deconstructs the occupational role into duties, tasks, and sub-steps, evaluating the operational characteristics of each action. It answers: What specific tasks must a worker perform to achieve complete operational proficiency?

Person Analysis: Evaluates the baseline capabilities, certifications, and performance of individual employees. It answers: Who needs training, and what specific competency gaps exist between their current abilities and established standards?

Conducting an Organizational Safety Analysis

Training never occurs in an operational vacuum. If an organization's leadership tacitly prioritizes speed over compliance, safety training will suffer from severe transfer failure —the inability or unwillingness of trainees to apply learned knowledge and skills to their daily work environment.

Key dimensions of organizational analysis include:

Safety Climate and Leadership Alignment: Do frontline supervisors actively coach and reinforce trained protocols, or do they tolerate informal shortcuts when production schedules tighten? If supervisors bypass safety procedures, new trainees will emulate the supervisor's behavior rather than the instructor's classroom guidance.

Resource Allocation and Physical Infrastructure: Does the organization possess the physical facilities, specialized simulation props, functioning personal protective equipment (PPE), and qualified instructional staff necessary to conduct authentic, hands-on training?

Regulatory and Legal Obligations: Federal and state regulatory mandates (such as OSHA standards in general industry, construction, and maritime) establish mandatory training topics, documentation rules, and refresher intervals that define baseline curriculum requirements.

Operational Priorities and Scheduling Feasibility: Can workers be released from production lines for adequate training blocks without causing catastrophic operational shortages? Identifying these operational parameters prevents instructional designers from proposing unrealistic classroom schedules.

Job Task Analysis (JTA): The Operational Blueprint

A Job Task Analysis (JTA) is the systematic decomposition of a job into its constituent parts. It establishes an objective, empirical inventory of everything an employee must do to execute their role successfully.

The structural hierarchy of a JTA progresses through four distinct tiers:

Job / Occupation: The overarching occupational title (e.g., Industrial Maintenance Millwright ).

Duty: A major functional area of responsibility comprising multiple related tasks (e.g., Mechanical Power Transmission Servicing ).

Task: A discrete, observable unit of work that has a definite beginning and ending, is performed over a relatively short period, and results in a measurable outcome (e.g., Aligning a Coupled Electric Motor and Centrifugal Pump ).

Sub-task / Element: The step-by-step physical or cognitive actions required to complete a single task (e.g., Mounting dial indicators on coupling hubs , Measuring shaft runout , Calculating shim corrections ).

Prioritizing Tasks Using the FCD Model

Not every task identified in a JTA warrants formal instructional time. Training budgets, learner cognitive capacity, and organizational schedules demand rigorous prioritization. The Frequency, Criticality, and Difficulty (FCD) matrix is the standard evaluative framework used by instructional designers:

Frequency (F): How often is the task performed? (e.g., daily, weekly, once per year during turnaround).

Criticality (C): What are the consequences of incorrect performance? (e.g., minor paperwork error vs. catastrophic chemical explosion, severe arc flash, or fatality).

Difficulty (D): How challenging is the task to learn and execute? (e.g., does it require multi-variable cognitive troubleshooting and fine motor coordination, or simple sequential button-pushing?).

Note

Frequency, criticality and difficulty help prioritize tasks together. Rare high-consequence tasks often need deliberate practice, but frequently performed hazardous tasks can also merit high priority. Required topics remain required regardless of a ranking score.

Use the risk assessment and performance evidence to choose practice depth. A task that is easy to describe may still be difficult to perform reliably under work conditions. Do not use low difficulty as a reason to omit a required hazard control.

Verifying the job description

Compare the written job description with current assigned work. A role may have acquired new inspection duties or different equipment since the document was approved. Validate the actual duties with appropriate performers and supervisors, then identify the knowledge and performance requirements. Do not assume that an old job description captures all present training needs.

Use disagreement as a signal to investigate. If one shift performs a task differently, determine whether the difference is approved, site-specific or an informal workaround. Resolve the requirement before turning the observed behavior into a learning objective.

Key takeaways

Organizational analysis examines culture, support, resources and required outcomes.

Job task analysis breaks assigned work into duties, tasks and substeps.

Frequency, criticality and difficulty inform priority without removing required topics.