Jonas Andersson

Living Room on the Move: Autonomous Vehicles and Social Experiences

Method characteristics for viable human factors engineering practice

Ergonomic features of control room environments for improved operator comfort and support

2014

Representing human-automation challenges

Impact of Physical Ergonomics Design of Process Control Rooms on Operator Experience of Comfort, Stress and Emotions

2012

Keyword Mingling workshop - a method for identifying and consolidating industrially perceived needs and requirements of future operators

Impact of Physical Ergonomics Design of Process Control Rooms on Operator Experience of Comfort, Stress and Emotions.

2012

The operator of the future – a key to competitive industry in a future information society

Analysing work in complex industrial systems - A practical cognitive systems engineering approach

A tentative model for analysis of human-automation interaction in control rooms

Model-based approaches to human-automation systems design

Transfer of control system interface solutions from other domains to the thermal power industry

Automation strategies in five domains - A comparison of levels of automation, function allocation and visualisation of automatic functions

To Develop Viable Human Factors Engineering Methods for Improved Industrial Use

Förbättrad arbetsmiljö i kontrollrum genom fokus på ökad människa-maskininteraktion

Visualisering av anläggningsstatus - Utformning av innovativa gränssnittspresentationer

2010

A Conceptual Model for Analysis of Automation Usability Problems in Control Room Settings

Design of an overview display for rapid perception of plant status

Using AcciMaps to describe the emergence of critical work situations - A systemic approach to analysis of automation

Visualisation of automatic sequences - integration with process mimic display

Graphical visualization of process status for thermal power plants

Framework to describe and categorise a complex human-machine system

Use errors and usability problems in relation to automation levels of medical devices

Levels of Automation and User Control in Use of an Automatic Turbine System

Utformning av kontrollrum för värmekraftverk och pappers- och massafabrik

NKS-R AutoNewTech: Levels of automation and user control - evaluation of a turbine automation interface

In Search for Common Ground - How An Automatic Turbine System Supports Operator Work

MMI-Design av systemlösningar i kontrollrum - Arbetsprocess för utformning utifrån ett människa-maskinperspektiv

Levels of Automation and User Control - Evaluation of a Turbine Automation Interface

Automation Inflicted Differences on Operator Performance in Nuclear Power Plant Control Rooms

Automation Inflicted Differences on Operator Performance in Nuclear Power Plant Control Rooms