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PublicationsMajor articles (JCR)Grobelny J., Michalski R. (2015). The role of background color, interletter spacing, and font size on preferences in the digital presentation of a product. Computers in Human Behavior, 43, 85-100.Grobelny J., Michalski R. (2015). The role of background color, interletter spacing, and font size on preferences in the digital presentation of a product. Computers in Human Behavior, 43, 85-100.

Michalski R. (2014). The influence of color grouping on users visual search behavior and preferences, Displays, 35(4), 176-195.Michalski R. (2014). The influence of color grouping on users visual search behavior and preferences, Displays, 35(4), 176-195.

Michalski R., & Grobelny J. (2014). Designing emergency-medical-service helicopter interiors using virtual manikins. IEEE Computer Graphics and Applications, 34(2), 16?23.Michalski R., & Grobelny J. (2014). Designing emergency-medical-service helicopter interiors using virtual manikins. IEEE Computer Graphics and Applications, 34(2), 16?23.

Grobelny J., Michalski R. (2011). Various approaches to a human preference analysis in a digital signage display design, Human Factors and Ergonomics in Manufacturing & Service Industries, 21(6), 529-542.Grobelny J., Michalski R. (2011). Various approaches to a human preference analysis in a digital signage display design, Human Factors and Ergonomics in Manufacturing & Service Industries, 21(6), 529-542.

Michalski R. (2011). Examining users preferences towards vertical graphical toolbars in simple search and point tasks, Computers in Human Behavior, 27(6), 2308-2321.Michalski R. (2011). Examining users preferences towards vertical graphical toolbars in simple search and point tasks, Computers in Human Behavior, 27(6), 2308-2321.

Michalski R., Grobelny J. (2008). The role of colour preattentive processing in human-computer interaction task efficiency: a preliminary study, International Journal of Industrial Ergonomics, 38, 321-332.Michalski R., Grobelny J. (2008). The role of colour preattentive processing in human-computer interaction task efficiency: a preliminary study, International Journal of Industrial Ergonomics, 38, 321-332.

Michalski R., Grobelny J., Karwowski W. (2006). The effects of graphical interface design characteristics on human-computer interaction task efficiency. International Journal of Industrial Ergonomics, 36, 959-977.Michalski R., Grobelny J., Karwowski W. (2006). The effects of graphical interface design characteristics on human-computer interaction task efficiency. International Journal of Industrial Ergonomics, 36, 959-977.
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Other articlesThe role of web layout design factors in modeling the internet user behaviorThe role of web layout design factors in modeling the internet user behavior

Workload assessment predictability for Digital Human ModelsWorkload assessment predictability for Digital Human Models


The effects of panel location, target size, and gender on efficiency in simple direct manipulation tasksThe effects of panel location, target size, and gender on efficiency in simple direct manipulation tasks

Computer-aided subjective assessment of factors disturbing the occupational human performanceComputer-aided subjective assessment of factors disturbing the occupational human performance
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CitationsExternal bibliometric databases
 SoftwareSowaSowa - Subjective Overall Workload AssessmentSowa - Subjective Overall Workload Assessment. The subjective workload evaluation includes four fundamental dimensions: (1) Manual material handling, (2) Material work environment, (3) Body posture and movement, (4) Mental demand. Each of these dimensions is characterised by several attributes. SOWA takes into into account physical activity outside work, specifies relative importances of work dimensions, computes consistency of the obtained results, allows for comprehensive pain ailments evaluation, automatically generates and prints out questionnaires exports the results to Microsoft Excel

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ApolinexApolinex - Digital Human ModelingApolinex - Digital Human Modeling. The software system devoted to ergonomics modeling and design in the AutoCAD environment. The system's uses anthropometric mannequins, models vision capabilities, and allows for biomechanical analysis of the workload. The three-dimensional mannequin (model) is available inside an AutoCAD at any given time of the design process. Apolinex also generates the manikin's field of view. Apolinex has also the ability to calculate joint moments for specific body segments to assess the biomechanical workload.

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ResearchHuman-Computer Interaction
Interface design, usability, preattentive processing
Ergonomics
Workload assessment, digital human modelling, facilities layout
Management
E-business, digital signage, agent based models
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 TeachingCourses taught
Ergonomics, Human-Computer Interactions, e-Business ...
Thesis supervision
Masters and Bachelors
exemplary topics
Office hours
Wednesdays 9:00 - 11:00
Fridays 18:45 - 20:45 (Odd Weeks), and 17:00 - 19:00 (Even Weeks)
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 ConsultingErgonomics
Ergonomic analyses of products and work spaces
Usability
Expert and empirical analyses of software and website usability
Eye tracking
Oculographic analyses of human visual beavior
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 ContactInternet
info@RafalMichalski.com
http://ergonomia.ioz.pwr.wroc.pl/en/
Correspondence
Rafal Michalski
Wroclaw University of Technology
16 Chelmonskiego St.
51-630 Wroclaw
Poland
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