Åsa Fasth Berglund
Åsa Fast-Berglund är biträdande professor vid avdelningen produktionssystem. Åsas forskning fokuserar främst på människan i centrum och hur teknik (IKT) kan hjälpa och möjliggöra innovativa och flexibla arbetsplatser med smart automation. Åsa är även Programansvarig för programmet för maskinteknik 180hp (Högskoleingenjör).
Åsa leder en forskargrupp inom Människa-Automation interaktion där följande personer ingår; Sandra Mattsson, Malin Karlsson, Magnus Åkerman och Pierre Johansson, Dan li, Liang Gong, och Sven Ekered.
Forskargruppen fokuserar på fyra områden: informationsstruktur och standarder som möjliggör gränslös kommunikation; metoder, struktur och system som möjliggör informations- och kunskapsspridning på lokal och global nivå; Smart Automation vilket inkluderar kollaborativa robotar samt Kognitiv Automation och smarta lösningar för att mäta och förbättra välbefinnande på arbetsplatsen.
Åsa är även projektledare för Stena Industry Innovation Laboratory (SSILab) som är ett av fyra innovationslabb inom styrkeområdet produktion.
Visar 130 publikationer
Forming a cognitive automation strategy for Operator 4.0 in complex assembly
Agent- and Skill-based Process Interoperability for Socio-Technical Production Systems-of-Systems
Interaction design for multi-user virtual reality systems: An automotive case study
Concepts for Digitalisation of Assembly Instructions for Short Takt Times
Framework for identifying gripper requirements for collaborative applications in manufacturing
Dual Robot Kit Preparation in Batch Preparation of Component Kits for Mixed Model Assembly
Increasing operational flexibility using Industry 4.0 enabling technologies in final assembly
Automating nut tightening using Machine Learning
Gripper types and components in robotic bin picking
Knowledge Strategies for Organisation 4.0
Challenges for the Operator 3.0 Addressed Through the Enabling Technologies of the Operator 4.0
Production Innovation and Effective Dissemination of Information for Operator 4.0
Development of virtual reality support to factory layout planning
Human-Centred Dissemination of Data, Information and Knowledge in Industry 4.0
Assembly 4.0: Wheel Hub Nut Assembly Using a Cobot
Challenges of handling assembly information in global manufacturing companies
Current and future Industry 4.0 capabilities for information and knowledge sharing
Strategies for Implementing Collaborative Robot Applications for the Operator 4.0
Conceptualising Assembly 4.0 through the Drone Factory
Design concept towards a human-centered learning factory
Application of design principles for assembly instructions – evaluation of practitioner use
Interoperability for Human-Centered Manufacturing
Testing and validating Extended Reality (xR) technologies in manufacturing
Conceptualizing Embodied Automation to Increase Transfer of Tacit knowledge in the Learning Factory
An Agent- and Role-based Planning Approach for Flexible Automation of Advanced Production Systems
Enhancing Future Assembly Information Systems – Putting Theory into Practice
Technical Interoperability for Machine Connectivity on the Shop Floor
Forming a cognitive automation strategy for Operator 4.0 in complex assembly
Creating strategies to improve the use of it-and is-systems in final assembly
Cyber-Physical Production Testbed: Literature Review and Concept Development
Effects of Information Content in Work Instructions for Operator Performance
Modularized assembly system: A digital innovation hub for the Swedish Smart Industry
Models for Interoperable Human Robot Collaboration
IoT at Stena Industrial Innovation Lab
Digitalizing Occupational Health, Safety and Productivity for the Operator 4.0
Data and Information Handling in Assembly Information Systems – A Current State Analysis
Assessment Based Information Needs in Manual Assembly
Measuring Operator Emotion Objectively at a Complex Final Assembly Station
Smart Automation - metoder för slutmontering
Digital game based learning and serious game for higher education
Digitalisation of MEETings - from White-boards to SMART-boards
Evaluating Cobots For Final Assembly
Towards an assessment approach promoting flexible value-adding meetings in industry
Perceived production complexity – understanding more than parts of a system
Introducing Customized ICT for Operators in Manufacturing
Measuring Operator Emotion Objectively at a Complex Final Assembly Station
A Relationship Between Operator Performance and Arousal in Assembly
Global Truck Production - The Importance of Having a Robust Manufacturing Preparation Process
Evaluating four devices that present operator emotions in real-time
Interoperability for a Dynamic Assembly System
Spelbaserat lärande – Tillbaka till de analoga spelen för att skapa diskussion och dialog
Testing Operator Support Tools for a Global Production Strategy
Evaluation of Guidelines for Assembly Instructions
How to support intuition in complex assembly?
Web application + QR codes: an ICT tool to ease access of information and support standardized work
Forskningsintegrerad undervisning: Hur? och Varför?
Information for operational tasks: five cases in Swedish production
Use of Assembly Information in Global Production Networks
ICT-TOOLS SUPPORT TOYOTA WAY PRINCIPLE #6
Knowledge in production: Towards a quantifying model
Using the TRL methodology to design supporting ICT-tools for production operator
Comparing quantifiable methods to measure complexity in assembly
Cognitive automation strategie: Improving use-efficiency of carrier and content of information
Evaluating ICT-Tools for Knowledge Sharing and Assembly Support
CREATING A STRUCTURED MEETING ARENA FOR KNOWLEDGE SHARING
MANAGING PRODUCTION COMPLEXITY BY SUPPORTING COGNITIVE PROCESSES IN FINAL ASSEMBLY
Managing production complexity by empowering workers: six cases
CREATING STRATEGIES FOR GLOBAL ASSEMBLY INSTRUCTIONS – CURRENT STATE ANALYSIS
MEETINGS – THE INNOVATIVE GLUE BETWEEN THE ORGANISATION SYSTEM AND INFORMATION SYSTEM
Could the use of ICT tools be the way to increase competitiveness in Swedish industry?
Relations between complexity, quality and cognitive automation in mixed-model assembly
Using Usability to Measure Interaction in Final Assembly
Task allocation in production systems - Measuring and Analysing Levels of Automation
COGNITIVE AUTOMATION STRATEGY -FOR RECONFIGURABLE AND SUSTAINABLE ASSEMBLY SYSTEMS
Validation of the complexity index method at three manufacturing companies
INFORMATION HANDLING FOR RELIABILITY SERVICES IN PRODUCTION SYSTEMS
Planning in assembly systems – A common modeling for products and resources
Testing Complexity Index – a Method for Measuring Perceived Production Complexity
Definition and Use of ‘Human-Automation Interaction’ - Time in Production
Quantifying Levels of Automation - to enable competitive assembly systems
From Task Allocation Towards Resource Allocation when Optimising Assembly Systems
A classification of carrier and content of information
Human operator and robot resource modeling for planning purposes in assembly systems
The operator of the future – a key to competitive industry in a future information society
Describing Human-Automation Interaction in production
Interaction between Complexity, Quality and Cognitive Automation
From task allocation towards resource allocation when optimising assembly systems
Comparing methods for redesigning, measuring and analysing Production systems
Cognitive automation in assembly systems for mass customization
Measuring Interaction Using Levels of Automation over TIme
An Empirical Study Towards a Definition of Production Complexity
Towards a Production Complexity Model that Supports Operation, Re-balancing and Man-hour Planning
Level of automation analysis in manufacturing systems
”The operator saves our day?” - Why do we need the operator?
Level of automation analysis in manufacturing systems
iPod touch – an ICT tool for operators in factories of the future?
Lärande i ljuset av kunskapens användning
Concept model towards optimising Levels of Automation (LoA) in assembly systems
Enabling Flexible Manufacturing Systems by Using Level of Automation as Design Parameter
A model for assessment of proactivity potential in technical resources
Measuring and analysing Levels of Automation in assembly systems - For future proactive systems
Proactive assembly systems-realising the potential of human collaboration with automation
Measuring and analysing Levels of Automation in an assembly system
Analysing changeability and time parameters due to levels of Automation in an assembly system
Characteristic of a Proactive Assembly System
Does Levels of Automation need to be changed in an assembly system? - A case study
RELATIONS BETWEEN PARAMETERS/PERFORMERS AND LEVELS OF AUTOMATION
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Visar 29 forskningsprojekt
FAKTA - Flexibel automation av kitting, internlogistik och montering
TACO (insTruction innovAtion for Cognitive Optimisation)
Sensible value chain: material flow, roles and circular economy (SCARCE)
DIPPA (DIgitalisation of Product- and Production design to increase Automation)
4S Stragies and standards for Smart Swedish Industry
Teaching, Training and Transforming Assembly with Collaborative and Social Robots (T3CR)
GARFIEID - Spelifiering av automationsstrategier för industri 4.0
5G-Enabled Manufacturing II (5GEMII)
BOOST 4.0 – Big Data för industriell konkurrenskraft och uppkopplad smart industri
Stena Industry Innovation Lab at Chalmers - SII-Lab
Nationell Testbädd Smart Produktion - huvudprojekt
Demonstration- och testbädd inom smart digitalisering för automation med människan i centrum
Digital lärplattform för den smarta digitala fabriken (edig)
MEET-UP: Ökad innovationsförmåga i produktion med MEET-applikation och smart samverkan
Strategier för global montering (GAIS) 2
AKTA - Automatisering av Kitting, Transport och Montering
5GEM - 5G-Enabled Manufacturing
MOTION - Mobil och digital automation
DIG IN - DIGitaliserat välbefINnande
Dynamisk människa-automation interaktion (DYNAMITE)
Tekniköverföring till SMF (Små och medelstora företag)
Strategi för globalisering av monteringsinstruktioner (GAIS)
Innovative continuous upgrades of high investment product-services (USE-IT-WISELY)
ProAct, Proaktiva monteringssystem