Since the early 1980s, HFES has participated in the development of American national standards and has worked to establish U.S. positions for international standards. In 1988, HFES published ANSI/HFS 100-1988, American National Standard for Human Factors Engineering of Visual Display Terminal Workstations. This groundbreaking standard established voluntary specifications for the ergonomic design of computer workstations for the seated operator. In the 1990s, the Society refined and consolidated its standards activities and embarked on a revision of ANSI/HFS 100-1988. The updated (current) version was released in 2007, and work is well under way for a new update. HFES continues to participate as a member of the American National Standards Institute.
ANSI/HFES 100-2007 Human Factors Engineering of Computer Workstations
Editor: HFES 100 Committee
Year Published: 2007
In November 2007, the American National Standards Institute approved ANSI/HFES 100-2007, Human Factors Engineering of Computer Workstations as an American National Standard. This document replaces BSR/HFES 100-2002 and ANSI/HFS 100-1988. It provides specific guidance for the design and installation of computer workstations, including displays, input devices, and furniture that will accommodate a wide variety of users.
- General Scope
- Conformance Policy
- Cited Standards
- Installed Systems
- Input Devices
- Visual Displays
Order a copy in print or PDF from Techstreet. Additionally, HFES standards are downloadable from ANSI.
108 pages, 38 figures, 5 tables, 8.5 x 11", PDF on CD-ROM & paperback
ANSI/HFES 400-2021, Human Readiness Level Scale in the System Development Process
Editor: HFES 400 Committee
Year Published: 2021
In September 2021, the American National Standards Institute (ANSI) formally approved a newly developed standard: ANSI/HFES 400-2021, Human Readiness Level Scale in the System Development Process. This standard defines the nine levels of the Human Readiness Level (HRL) scale and provides guidance for their application in the context of systems engineering and human systems integration processes. The HRL scale complements and supplements the existing Technology Readiness Level (TRL) scale in order to evaluate, track, and communicate the readiness of a technology or system for safe and effective human use.
- Purpose and Background
- Related Standards and Documents
- Human Readiness Level Scale
- Relationship Between HRL and TRL Scales
- Mapping the HRL Scale to Acquisition Frameworks
- Applying the Human Readiness Level Scale
- Appendix A: DOD Budget Activities
- Appendix B: HRL-AAF Mapping
- Appendix C: HRL Guidance
- Appendix D: Application Examples
- Appendix E: Process Considerations
116 pages, 12 figures, 14 tables, downloadable electronic PDF file. Download complimentary PDF here.
In addition, two best-practices guides are available:
The ISO Technical Advisory Group (TAG) and its associated subcommittee TAGs are responsible for establishing U.S. positions on all standards, technical reports, work items, and specifications developed within ISO TC 159 - Ergonomics.
Click here to see a graphic depicting the TAG, its subcommittee TAGs, and the Working Groups (WGs) organized under each. The graphic also contains e-mail contact information for the chairs of the ISO TAG 159 and subcommittee TAGs. Click on the links below for additional detailed information about the ISO/TC 159 subcommittees:
Membership in the individual TAGs is open to any organization or individual (e.g., consultant) whose work, services, or products have the potential to be materially affected by the standards produced by the TAG. To request TAG membership, contact the relevant TAG chair.
HFES also invites members to apply for appointments as U.S. experts to ISO TC 159 Working Groups. U.S. experts are expected to attend Working Group meetings once or twice per year and participate actively in the document development occurring in the Working Group. To apply for an appointment as a U.S. expert to a Working Group, contact the relevant U.S. TAG chair, and include a copy of your curriculum vitae.
Further general information about HFES participation in ISO standards work is available in a number of articles published in the HFES Bulletin.
Virtual Fit Multivariate Anthropometric Tool
A new tool developed for HFES simplifies analysis of multivariate anthropometric accommodation. A common design problem when using anthropometric data to specify product dimensions is to estimate what percentage of users a given combination of dimensions will fit. For example, what percentage of the user population will a chair seat fit if it is 381 mm (15 inches) wide, 305 mm (12 inches) deep, and adjusts in height between 382 mm and 559 mm (15 to 22 inches)? A multivariate analysis is required to provide an answer, but performing such an analysis can be challenging.
A new anthropometric spreadsheet developed for HFES by Drs. Matt Parkinson and Matt Reed greatly simplifies that analysis for designers or others interested in knowing what percent of the North American users will be accommodated by a given set of measurements. The new tool is known as the Virtual Fit Tool (VFT).
The population data were created by reweighting detailed US civilian measurements from the CAESAR anthropometric dataset and a recent University of Michigan Transportation Research Institute (UMTRI) study to match overall distributions of stature, body weight, and Body Mass Index (BMI) by gender in National Health and Nutrition Evaluation Survey (NHANES) 2011-2014. Virtual Fit Testing is the process of evaluating a design using each member of a relevant population.
The Virtual Fit Test is conducted by comparing the dimensions of a workstation design to pertinent anthropometric variables. The percentage of the male and female population who meet the specified one- or two-tailed accommodation criteria are calculated for each variable, and the overall accommodation is computed across all variables using the specified gender mix.
To use the VFT, the user enters prospective measurements for a given anthropometric dimension, for example, seat height, into the corresponding spreadsheet cell or cells. Depending on how the data are entered, the spreadsheet returns an estimate of the percent of users greater than, less than, or the percent of users whose measurements are in the specified range for that particular variable. If dimensions are entered for two or more variables, the spreadsheet estimates the percent of users concurrently accommodated on all the variables. percent accommodation for each variable as well as for each individual variable.
The VFT provides product designers and consumers a user-friendly tool with which to evaluate the anthropometric fit between intended users and the physical dimension of products.
Download the Virtual Fit Tool
- Free to members and non-members. Members will be prompted to login. Non-members must create a free account to download the VFT.
Instructions for Using the VFT Tool