Lars-Ola Bligård
Researcher Human-Machine System, PhD, M.Sc., Eur.Erg Division of Design & Human Factors Department of Industrial and Materials Science Chalmers University of Technology Lars-Ola Bligård is Researcher in the area of Human-Machine System at the Division Design & Human Factors at Chalmers University or technology. Lars-Ola's research focuses on the integration of ergonomics and human factors in product development within three areas: autonomous vehicles, activity-centred design and evaluation of use errors. For autonomous vehicles, the focus is on the interaction between the vehicle and different users, from the design of user interfaces to questions that concern the adoption of the vehicle. The goal is to develop models and design guidelines that support design decisions for the developers. Lars-Ola is also responsible for courses focusing on the interaction between human and machine as well as PhD-courses in Research Methodology and Systems Theory.
Visar 95 publikationer
Capable and considerate: Exploring the assigned attributes of an automated vehicle
Feasibility of methods for early formative control room system evaluation
Långtidsstudie av upplevda effekter av VDS (Volvo Dynamic Steering) hos bussförare på linje 55
ACD³ as a framework for design of ergonomic workplaces. Ergonomics in a Global World
HMI of autonomous vehicles - more than meets the eye
Exploring automated vehicle driving styles as a source of trust information
Perceived industrial usefulness of the ACD³-matrix - an interview study with product developers
ACD³ as a framework for design of ergonomic workplaces
The use of an analytical method to evaluate safety and ergonomics in service of forest machinery
Ergonomics activities in the product development process
Using the ACD3-ladder to manage multi-phase requirements on end-user products
ACD³ - a new framework for activity-centered design
Involving users in a ship bridge re-design process using scenarios and mock-up models
An Activity Centered Design framework for Determining Design Decision Levels in Production Systems
EBooks as course literature in ergonomics and human factors
PU2B-model, connecting Human Factors and Systems Engineering for effective Product Development
Ergonomic features of control room environments for improved operator comfort and support
Comparing 2D and 3D models as tools for evaluation of workplaces
Refining the needs: An exploratory study through usability testing
Using 2D and 3D models as tools during a workplace design process – a question of how and when
Using the TRL methodology to design supporting ICT-tools for production operator
Human Factors Engineering as a supportive tool for Lean Product Development
Using Usability to Measure Interaction in Final Assembly
Adoption of ergonomic features in a new reach truck cabin design – a usability study
Development of Industrial Visualization Tools for Validation of Vehicle Configuration Rules
Transfer of control system interface solutions from other domains to the thermal power industry
Implementation of usability analysis to detect problems in the management of kitesurfing equipment
To Develop Viable Human Factors Engineering Methods for Improved Industrial Use
Förbättrad arbetsmiljö i kontrollrum genom fokus på ökad människa-maskininteraktion
Enabling end-user participation in ship design
Visualisering av anläggningsstatus - Utformning av innovativa gränssnittspresentationer
Design of an overview display for rapid perception of plant status
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
Methods for risk analysis of use of medical equipment
Två metoder för att undersöka brister i samspelet mellan människa och maskin
Use errors and usability problems in relation to automation levels of medical devices
Utformning av kontrollrum för värmekraftverk och pappers- och massafabrik
Procedure for an ergonomic comparative analysis of heavy handtools - Application on power-cutters
Riskanalys av användning av medicinteknisk utrustning
Ergonomic Evaluation of Power Cutters - A comparative study between Husqvarna K750 and Stihl TS420
Proaktivt arbete mot användningsfel och användarvänlighetsproblem med medicinteknisk utrustning
Användarvänlig utrustning ger ökad patientsäkerhet
Usability and ergonomics in medical equipment
Use of Classic Risk Analysis in Usability Engineering Work with Trams and Elderly
An Analytical Approach for Predicting and Identifying Use Error and Usability Problem
Proceedings of the 39th Nordic Ergonomics Society Conference, Oct 1-3 2007, Lysekil, Sweden
The Human Factors Engineering (HFE) process, usability quality and use safety for medical equipment
An analytical usability method for alarm message evaluation: Alarm-ECW
Insulin Pumps Better Adapted for Diabetics' Every Day Life
Using Enhanced Cognitive Walkthrough as a Usability Evaluation Method for Medical Equipment
Design of User Friendly Insulin Pumps for Diabetics
Predictive Ergonomic Error Analysis - A Method to Detect Incorrect Ergonomic Actions
Young Diabetics' User Requirements of Insulin Pump
Eliciting User Requirements and Evaluation of Usability for Insulin Pumps
Usability of Reusable SpO2 Sensors: A Comparison between two Sensor Types
Developing User-Friendly Interfaces for Medical Devices
Utvärdering och konceptdesign av användargränssnitt för insulinpump
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Visar 13 forskningsprojekt
Samverkande Autonoma Transporter (SAT)
Klimatneutral Urban Logistik (KUL)
Semi-Autonom körning och dess påverkan på Mod-medvetenhet och användarUpplevelse (SAMU)
Design för tillit mellan förare och autonoma fordon - TRUST
Användares förståele av autonoma fordon - DAUT
Långtidsstudie av upplevda effekter av VDS (Volvo Dynamic Steering) hos bussförare
Felhandlingar inom skogs- och sågverksindustrin
HMI för autonoma fordon - HATric
Effektiv och uthållig naturstensproduktion
AIMMIT - Integrering av multimodal interaktionsteknologi i fordon
Framtida layouter av förarplatser och visuell information i lastbilar (FUDVI)