Linked from

The 41 pages that link to Ergonomics, each with the reason it gives.

• Human–computer interactionNarrower topic: This older discipline supplied methods and concerns that shaped early HCI.

• Occupational safety and healthRelated: It reduces musculoskeletal strain by changing tasks, tools, and workstations.

• BiomechanicsRelated: Biomechanical limits help guide safer movement and workplace design.

• Industrial designRelated: Ergonomic principles shape controls, proportions, and physical comfort.

• Patient safetyRelated: It helps design care processes around human capabilities and limitations.

• Interior designRelated: It helps make furnishings and controls comfortable, accessible, and safe to use.

• Reaction timeNarrower topic: Designers use response-time measurements to assess alarms, controls, and workload.

• AnthropometryRelated: Anthropometric data help fit workspaces and tools to their users.

• Space medicineRelated: Medical procedures and equipment must fit crew abilities, workload, and spacecraft design.

• Ecological validityRelated: Design decisions depend on whether observed performance carries over to real tasks and environments.

• ExpertiseRelated: This field examines how expertise affects performance and how systems support or impede it.

• SportswearRelated: Garment fit and movement depend on designing around the body in motion.

• Situational awarenessNarrower topic: Situational awareness became a central concern within this field's analysis of operational performance.

• WorkwearRelated: Workwear must allow the range of movement demanded by particular jobs.

• Human factors engineeringNarrower topic: Human factors engineering is closely related to ergonomics, a broader established name for this design discipline.

• Medical errorRelated: Workload, interface design, and interruptions shape the likelihood of errors.

• Occupational hygieneRelated: Occupational health programs also address physical demands that can cause musculoskeletal disorders.

• Sports biomechanicsCompared with: Shares human-movement analysis but usually targets work and everyday tasks rather than sport.

• Automotive designRelated: Ergonomics guides seating, visibility, controls, and access in a vehicle.

• Industrial engineeringRelated: It grounds workplace design in human capabilities, limits, and safety.

• Occupational injuryRelated: Ergonomic changes reduce strains caused by lifting, repetition, and awkward posture.

• Environmental designRelated: It connects spatial decisions to how bodies perceive, move through, and use environments.

• Form follows functionRelated: Human needs and bodily limits provide concrete functional criteria for design.

• Furniture designRelated: Ergonomics helps determine furniture dimensions and support for particular bodies and activities.

• Occupational medicineRelated: Poorly matched tasks and equipment can cause musculoskeletal injury and fatigue.

• Product designRelated: It informs dimensions, controls, and interactions that fit human capabilities.

• Computer-supported cooperative workCompared with: Its traditional emphasis on individual performance differs from CSCW’s focus on cooperative activity.

• Home officeRelated: Desk and equipment choices affect posture, comfort, and injury risk.

• Industrial and organizational psychologyRelated: Work design draws on human capabilities to improve safety, usability, and performance.

• Tool (implement)Related: Handle shape and grip affect control, comfort, and injury risk.

• HandrailNarrower topic: Ergonomic design relates rail diameter and shape to comfortable, secure grasping.

• Applied psychologyBroader topic: It uses psychological knowledge to improve systems people must operate.

• Repetitive strain injuryRelated: Workstation and task design can change the forces and postures that contribute to injury.

• KinesiologyRelated: Movement analysis can reduce physical strain in work and daily tasks.

• ReclinerNarrower topic: Recliner comfort depends on how its dimensions and support fit the body.

• Rocking chairRelated: Seat height, back angle, and rocking arc shape comfort and ease of use.

• Sofa bedRelated: Seat height, support, and opening effort shape comfort and ease of use.

• Bernardino RamazziniRelated: His accounts noted harms associated with repetitive motions and strained postures.

• Eileen GrayRelated: Gray treated comfort and bodily movement as design constraints, not afterthoughts.

• Human backRelated: Workstation and lifting design can reduce avoidable strain on the back.

• Kitchen utensilRelated: Handle shape and weight affect comfort, control, and fatigue during kitchen tasks.