Ola Isaksson

Full Professor Product Development

Chalmers tekniska högskola

Sweden

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Ola Isaksson is a Full Professor of Product Development at Chalmers tekniska högskola in Sweden. His research primarily focuses on the intersection of design automation systems, sustainable and circular design in automotive ecosystems, and additive manufacturing processes. Recent publications highlight his work on teamwork in design, collaboration in value chain development, and managing technical risks in industrial settings.

Ola Isaksson

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Articles (20)

A team of three: the role of generative AI in the development of design automation systems for complex products

Roadmap to enable sustainable and circular designs in collaborative automotive ecosystems

Teamwork in design - a case study on how digital visual planning software addresses barriers to efficient project communication

Collaboration towards the design of sustainable and circular value chains

Feasibility and suitability analysis of additive manufacturing in pre-conceptual design phase

Co-evolution of design research and industrial development: empirical insights from European manufacturing companies

A risk analysis method for implementation of additive manufacturing

FUSE: A Novel Design Space Exploration Method for Aero Engine Components That Combines Functional and Physical Domains

Managing technical risks caused by indirect interactions: insights from tracking the use of risk assessment tools

Value-driven MBSE for evolving business contexts: a quantitative study on aerospace electrification

A similarity-assisted multi-fidelity approach to conceptual design space exploration

Margins in design – review of related concepts and methods

Sustainable product development in aeroengine manufacturing: challenges, opportunities and experiences from GKN Aerospace Engine System

Optimization of Design Margins Allocation When Making Use of Additive Remanufacturing

Fuzzy model-based design for testing and qualification of additive manufacturing components

Scalable Set-Based Design Optimization and Remanufacturing for Meeting Changing Requirements

Function Model-based Generation of CAD Model Variants

Design for test and qualification through activity-based modelling in product architecture design

Modelling Flexibility and Qualification Ability to Assess Electric Propulsion Architectures for Satellite Megaconstellations

Design Space Exploration of a Jet Engine Component Using a Combined Object Model for Function and Geometry

Collaborators (2)

Michael Kokkolaras

Massimo Panarotto

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