Industrial Design And Human Factors
Industrial Designand Human Factors
Definition of Industrial Design “Industrial design is an applied art whereby theaesthetics and usability of mass-producedproducts may be improved for marketability andproduction. The role of an Industrial Designer isto create and execute design solutions towardsproblems of form, usability, user ergonomics,engineering, marketing, brand development andsales.”[1]– From: http://en.wikipedia.org/wiki/Industrial design
Definition of Industrial Design applied art to improve product:– aesthetics– usability create and execute design ingmarketingbrand developmentsales
Definition of Industrial Design “What is Industrial Design? Industrial Design is concerned with allthe human aspects of machine-made products and their relationshipto people and the environment. The designer is responsible forthese products and their impact on society and nature. The designeraccounts for the product's human factors engineering, safety, form,color, maintenance and cost. Industrial design deals with consumerproducts as well as industrial products. In order to achieve theseends, designers must be involved in four major design and researchactivities: human behavior, the human-machine interface, theenvironment, and the product itself. Areas of design investigationinclude furniture, housewares, appliances, transportation, tools, farmequipment, medical/electronic instruments, human interface, andrecreational support equipment.” From /page/filename/industrial design.html
Definition of Industrial Design the human aspects of machine-made products and theirrelationship to people and the environment.––––––product's human factors engineering,safety,form,color,maintenancecost. Industrial design deals with consumer products as wellas industrial products.––––human behavior,the human-machine interface,the environment, and theproduct itself.
Industrial Designers Society ofAmerica “Industrial design (ID) is the professionalservice of creating and developingconcepts and specifications that optimizethe function, value and appearance ofproducts and systems for the mutualbenefit of both user and manufacturer.” From http://www.idsa.org/absolutenm/templates/?a 89&z 23
Process of ID“Course OrganizationThe course is organized into four major topics as described below. The first two will be covered before springbreak; the second two afterwards. The midterm will cover only material presented in class up until that date. Thefinal exam will be comprehensive and will cover all class material.1. Design ProcessDesign process (10 steps)Brainstorming, market researchPrototypingQuestionnaire design2. Sensory Perception in DesignVisual perception and website designAuditory perception and sound modelsTactile perception, haptic interfaces.Design applications of sensory perception.3. Human Factors Theory - Design for Safety and EfficiencyFitts' LawLatencyPhysiology and cognitionErgonomics and anthropometrics4. Design Applications, Interactive Design and the InternetAircraft user interfacesInternet teleroboticsSustainable design” From S06/
DESIGN, BUILD, AND TEST“1. Design ProcessDesign process (10 steps)Brainstorming, market researchPrototypingQuestionnaire design” From S06/
HUMAN FACTORS“2. Sensory Perception in DesignVisual perception and website designAuditory perception and sound modelsTactile perception, haptic interfaces.Design applications of sensory perception.3. Human Factors Theory - Design for Safety and EfficiencyFitts' LawLatencyPhysiology and cognitionErgonomics and anthropometrics” From S06/
Good Examples of ID “However, some classic industrial designsare considered as much works of art asworks of engineering: the iPod, the Jeep,the Coke bottle, and the VW Beetle arefrequently-cited examples.” From: http://en.wikipedia.org/wiki/Industrial design
IPODhttp://en.wikipedia.org/wiki/Image:IPod Line.png
Coke Bottlehttp://en.wikipedia.org/wiki/Coke bottle#Bottle and logo design
Bad Exampleshttp://www.baddesigns.com/examples.html
Visual perception and website design Auditory perception and sound models Tactile perception, haptic interfaces. Design applications of sensory perception. 3. Human Factors Theory - Design for Safety and Efficiency Fitts' Law Latency Physiology and cognition Ergonomics and anthropometrics 4. Design Applicati
ANSI/AAMI HE74 (2001-2010) “Human factors design process for medical devices” ANSI/AAMI HE75 (2009- ) “Human factors engineering - Design of medical devices” (a Tutorial to HE-74) 37 . US & FDA FDA Human Factors Draft Guidance Document: Agency Expectations for Human Factors Data in Premarket Submissions Applying Human Factors and Usability Engineering to Optimize .
Human factors when analysing incidents, accidents and near misses 44 Human factors in design and procurement 44 Human factors in other aspects of health and safety management 45 How can I do all of this? 45 Checklist for human factors in the workplace 46 Chapter 6 Case studies: Solutions to human factors problems 47 Acknowledgements 69
Human Factors Defined Human Factors discovers and applies information about human behavior, abilities, limitations, and other characteristics to the design of tools, machines, systems, tasks, jobs, and environments for productive, safe, comfortable, and effective human use (Sanders and McCormick, 1993) Human Factors IS NOT
Human Factors in Queensland Mining: QME Project to improve identification and awareness of the role of Human Factors in mining incidents and accidents Terminology and acronyms FIFO: Fly in Fly out Human Factors: Human factors is a scientific discipline that applies systematic, evidence-based
design criteria to subject matter experts for review. 2.1 Review of the Human Factors Design Standard In the first phase of this effort, researchers from the Human Factors Team-Atlantic City sought out guidelines and standards that pertained to computer display procurement and design. We
REPORT 454: HUMAN FACTORS ENGINEERING IN PROJECTS 7 FOREWORD Human Factors Engineering (HFE) focuses on the application of human factors knowledge to the design and construction of socio-technical systems. The objective is to ensure systems are designed in a way that optimises the human contribution to production, and minimises potential for .
1 DESIGN STANDARDS FOR INDUSTRIAL ROADS 1.1 Design Standards 1.1.0 Industrial Estate Roads have been categorised as follows: i. Major Industrial Roads (Major IR) ii. Minor Industrial Roads (Minor IR) In general only culs-de-sac of less than 200m in length should be considered as Minor Industrial Roads with all others being Major Industrial Roads.
particularly concerned with computer systems. Human-Computer Interaction and Human Factors is particularly concerned with issues of usability, that is, how the design of technological systems impacts how efficiently and effectively people can use those systems. Human-Computer Interaction and Human Factors does not currently offer
