DEFSTAN 00-25(PT15)/1(2004) : 2004

1 INTRODUCTION
  1.1 AIM
  1.2 BACKGROUND
  1.3 STRUCTURE OF DEF STAN 00-25 PART 15
  1.4 WARNING
2 HUMAN FACTORS WITHIN SYSTEMS ENGINEERING
  2.1 SYSTEMS ENGINEERING
  2.2 THE NEED FOR HUMAN-CENTRED DESIGN
  2.3 HUMAN FACTORS INTEGRATION
  2.4 CADMID LIFE CYCLE
  2.5 PROJECT LIFECYCLE ISSUES AND CONSIDERATIONS
       2.5.1 Design Team Role
       2.5.2 Human Factors Activities
       2.5.3 Design Relevance
       2.5.4 Design Priorities
       2.5.5 Characteristics of System Design
       2.5.6 User Involvement
  2.6 HFI METHODS
  2.7 OVERVIEW OF THE HFI ACTIVITIES
  2.8 HFI ACTIVITIES
       2.8.1 Allocation of Function (Partitioning)
       2.8.2 Complement Validation
       2.8.3 Environmental Design
       2.8.4 Function Analysis
       2.8.5 Health and Safety Analysis
       2.8.6 Human Factors Style Guide
       2.8.7 Human Factors Trade-Off Analysis
       2.8.8 Human Reliability Analysis
       2.8.9 Job Design
       2.8.10 Link Analysis
       2.8.11 Mission Analysis & System Requirements
       2.8.12 Mission Critical Task Identification
       2.8.13 Operability Criteria Definition
       2.8.14 Operability Evaluation
       2.8.15 Operational Scenario Description
       2.8.16 Role Definition
       2.8.17 Skills Analysis
       2.8.18 Synthetic User Modelling (Anthropometric)
       2.8.19 Target Audience Description
       2.8.20 Task & Role Performance Modelling
       2.8.21 Task & Role Prototyping
       2.8.22 Task Analysis
       2.8.23 Task Description
       2.8.24 Task Synthesis
       2.8.25 Team Design
       2.8.26 Training Needs Analysis
       2.8.27 User-Equipment Interface Design
       2.8.28 User Performance Criteria
       2.8.29 User-Equipment Interface Prototyping
       2.8.30 Workload Analysis
       2.8.31 Workspace Design
       2.8.32 Workstation Design
  2.9 DEFINITIONS
  2.10 REFERENCES

Provides a background to Human Factors Integration (HFI) and provides guidance on tools and techniques which support the HFI activity.