Ola Isaksson

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This postdoctoral position at Chalmers University of Technology offers an exciting opportunity to advance research in Model-Based Systems Engineering (MBSE) within the Division of Product Development, Department of Industrial and Materials Science. The research focuses on innovative systems engineering design, particularly the integration of advanced materials and manufacturing technologies into whole jet engine systems. The project addresses the challenge of developing MBSE approaches that capture both the opportunities and constraints introduced by additive manufacturing and other advanced technologies, with the goal of supporting conceptual design and system-level modeling for small jet engine architectures. The successful candidate will work on integrating material and manufacturing behavior with mechanical and thermal performance models, manufacturability considerations, and sustainability metrics. The research will combine physics-based models, reduced-order representations, and data-driven approaches within MBSE frameworks to support early-stage architectural decisions, trade-off analyses, and system validation. Key aspects include developing modeling strategies that link material properties and manufacturing process parameters to component-level and overall engine system performance, using state-of-the-art MBSE methods and tools. The work will also address model fidelity, uncertainty, design margins, and traceability, ensuring consistency between detailed simulations, experimental data, and higher-level system models. This position is part of a collaborative initiative involving Chalmers University of Technology, GKN Aerospace, and KTH Royal Institute of Technology, focused on developing an experimental jet engine demonstrator for system validation. The postdoctoral researcher will collaborate closely with industrial and academic partners, contributing MBSE expertise to practical engineering challenges. Expected outcomes include novel MBSE methodologies, high-quality scientific publications, and contributions to industrial development practices, supporting the development of manufacturable and sustainable jet engine architectures and long-term competence building in aerospace systems engineering. Applicants must hold a doctoral degree or equivalent, with strong written and verbal English skills and expertise in modeling and simulation in Engineering Design. Experience in aerospace engineering, additive manufacturing, teaching, supervision, teamwork, industrial collaboration, and MBSE tools is highly valued. The position is a full-time, two-year contract with the possibility of a one-year extension, requiring physical presence in Sweden and a valid residence permit. Chalmers offers a dynamic and inspiring work environment in Gothenburg, with comprehensive employee benefits, support for gender equality and diversity, and Swedish language courses for non-native speakers. To apply, prepare your documents in English (PDF format), including a comprehensive CV, publication list, teaching experience, and a personal letter outlining your research background and future goals. Applications must be submitted via the provided online form; incomplete or emailed applications will not be considered. The deadline for applications is January 20th, 2026. For further information, contact Professor Ola Isaksson at [email protected].

Chalmers University of Technology is offering a postdoctoral position at the Division of Product Development, focusing on innovative research in Model-Based Systems Engineering (MBSE) and Systems Engineering Design. This opportunity is ideal for candidates interested in the integration of technologies into whole systems, particularly in the context of jet engine systems where subsystem materials and manufacturing technologies play a crucial role. The research is part of a collaborative initiative involving Chalmers University of Technology, GKN Aerospace, and KTH Royal Institute of Technology, providing a unique environment for interdisciplinary and impactful research. The position is supervised by Professor Ola Isaksson and is based in Sweden. The research will address central challenges in designing whole-jet engine systems, leveraging MBSE methodologies to optimize the integration of advanced materials and manufacturing processes. Candidates will have the opportunity to work closely with leading academic and industry partners, contributing to the advancement of sustainable and high-performance aerospace technologies. Applicants should hold a PhD in mechanical engineering, aerospace engineering, materials science, or a related discipline. Experience with MBSE, systems design, and technology integration is highly desirable. The position is fully funded, with salary and benefits provided according to Chalmers University standards. For more information and application instructions, candidates are encouraged to visit the department's LinkedIn page or contact Professor Ola Isaksson directly.

Chalmers University of Technology is offering doctoral student positions in Data-Driven Product Realization within the Department of Mechanical Engineering, with a possible placement in the Department of Electrical Engineering depending on the candidate’s profile and research direction. The positions are tied to the major research and innovation initiative DRIVE PR , developed in close collaboration with Swedish industrial partners and connected to the Wingquist Laboratory. The project focuses on transforming industrial product realisation from data-enabled workflows into truly data-driven engineering. Research themes include engineering design, simulation, AI, digital twins, manufacturing systems, communication infrastructure, decision support, geometry assurance, robust design, automation, and model-based development. Depending on the profile, candidates may work in one of the main Chalmers research environments: Geometry Assurance & Robust Design , Systems Engineering Design , or Automation . There is also a possible link to the SIJET project on model-based systems engineering for whole engine design with GKN. Possible research directions include data-driven geometry assurance, tolerancing and variation simulation, automated generation of simulation models from CAD and lifecycle data, digital twins and digital threads for product realisation, data-driven robustness and feedback from manufacturing/inspection/repair/use, systems engineering and modular architectures, AI-supported decision support, synthetic data, hybrid modelling, digital infrastructure for connected engineering and manufacturing, and trustworthy human-in-the-loop industrial AI. The positions are fully funded from the start. They are fixed-term doctoral appointments for four years, with the possibility to teach up to 20% of working hours, which can extend the appointment to five years. The starting salary is 35,725 SEK per month. Doctoral studies require physical presence throughout the study period, and a valid residence permit must be available by the study start date. Applicants must hold a relevant master’s degree, or for students educated outside Sweden, a 4-year bachelor’s degree may be accepted. Strong English skills, research motivation, analytical ability, independence, and the ability to work across disciplines and with industry are important. Experience in modelling and simulation, CAD/CAE, tolerancing, geometry assurance, AI, machine learning, digital twins, model-based systems engineering, automation, control, sensing, communication systems, or manufacturing will strengthen the application. Swedish is considered a merit. Applications must be submitted in English as PDF files, including a CV, personal letter, and bachelor’s and, if available, master’s thesis with transcripts. The deadline is 2026-09-01 .

Chalmers University of Technology is offering a postdoctoral position in Data-Driven Product Realization within a major collaborative initiative, DRIVE PR – Data-Driven Product Realisation . The role is centered at the Department of Mechanical Engineering, with the possibility of being hosted within the Division of Systems and Control at the Department of Electrical Engineering depending on the successful candidate’s profile and research track. The position is embedded in the Wingquist Laboratory and connects to research environments including Geometry Assurance & Robust Design , Systems Engineering Design , and Automation . The project aims to transform product realisation from data-enabled to truly data-driven practice by combining engineering design, AI, digital twins, simulation, manufacturing systems, 5G/6G, decision support, and industrial demonstrators. A key goal is to reduce uncertainty, risk, and variation in industrial product realisation and to demonstrate major cost reductions relative to a 2026 baseline. The postdoctoral researcher will work closely with industrial partners, PhD students, senior researchers, and solution providers. Research directions may include data-driven geometry assurance, tolerancing and variation simulation, automated generation and annotation of simulation models from CAD and lifecycle data, digital twins and digital threads for engineering and manufacturing, uncertainty-aware decision support, hybrid physics-AI modelling, synthetic data generation, surrogate modelling, model-based systems engineering, digital infrastructure for connected engineering, and human-in-the-loop trustworthy AI-supported decisions. Applicants must hold a doctoral degree in a relevant field such as mechanical engineering, production engineering, automation, systems engineering, computer science, applied AI, data science, industrial digitalisation, communication systems, simulation, or optimisation, or have an equivalent foreign degree. Strong English communication skills, analytical ability, independence, collaboration skills, interdisciplinary interest, and teaching potential are required. Experience with industrial product development, digital twins, AI, uncertainty quantification, CAD/CAE integration, automation, systems engineering, or publishing in relevant journals and conferences will strengthen the application. Knowledge of Swedish is considered a merit, and recent PhD graduates are especially encouraged. The appointment is a temporary full-time postdoctoral employment for two years with the possibility of a one-year extension. The position requires physical presence throughout the employment. The successful applicant will gain access to real industrial cases, data, testbeds, demonstrators, and a strong interdisciplinary environment, with opportunities to contribute to teaching, supervision, dissemination, and international networks. The application must be submitted in English via the online form by 2026-09-01 . Candidates should upload a comprehensive CV, including a complete list of publications and prior teaching experience, and a personal letter describing their background, prior research, key outcomes, and future research goals. Email applications are not accepted.