Systems Engineering and Virtual Product Development
Support for the Reuse of System Models and Development Data through the Establishment of Cross-Project Knowledge Bases
Development of Methods for Enriching Knowledge Graphs with New Insights from Ongoing Development Projects Based on Existing System Models
Generation of (SPARQL-) Queries in Knowledge Graphs (RDF graphs) Based on System Models
Ontology-Based Definition of Metamodels for Knowledge Graphs
Development of Interfaces between MBSE Tools/Models and Knowledge Management Systems for Seamless Coupling of System Models with Knowledge Bases, Including the Use of Semantic Web Technologies
References:
Faheem, F.; Li, Z.; Husung, S. (2023): Analysis of potential errors in technical products by combining knowledge graphs with MBSE approach, in: Engineering for a Changing World: Proceedings: 60th Ilmenau Scientific Colloquium. doi.org/10.22032/dbt.58898
Systematic Structuring and Representation of System Models with SysML (Systems Modelling Language) v1 and v2
Development and Application of Guidelines for the Efficient Utilization of SysML to Enhance Communication and Documentation in Development Projects
Coupling of SysML with Dataspaces
Metamodels for Model-based Solution Patterns
Cooperation Processes in Collaborative Systems Engineering
Integration of SysML Models in Dataspaces to Facilitate Data Exchange and Collaboration
Promotion of Interoperability between Various Modeling Tools and Platforms to Support a Seamless MBSE Workflow
Development of Training Programs to Enhance MBSE Competence within Organizations
Exploration of the Impacts of Emerging Technologies such as Digital Twins and IoT on MBSE Processes and Methods
References:
Li, Z.; Faheem, F.; Husung, S. (2024): Collaborative model-based systems engineering using dataspaces and SysML v2, Systems 2024, 12, 18. https://doi.org/10.3390/systems12010018
Li, Z.; Faheem, F.; Husung, S. (2023): Systematic use of model-based solution patterns using the example of a load cell, in: Engineering for a Changing World: Proceedings : 60th ISC, Ilmenau Scientific Colloquium. https://doi.org/10.22032/dbt.58904
Mahboob, A.; Husung, S. (2022), A Modelling Method for Describing and Facilitating the Reuse of SysML Models during Design Process. INTERNATIONAL DESIGN CONFERENCE – DESIGN 2022. https://doi.org/10.1017/pds.2022.195
Capturing Information from Real Products to Reduce Uncertainties in Product Development
Holistic Digital Specification of Products
Encouraging Agility in Product Development through the Use of Iterations and Prototyping
Integration of Quality Management Systems into the Digital Workflow to Ensure Product Quality
Application of Augmented Reality (AR) and Virtual Reality (VR) for Enhanced Design and Manufacturing Processes
References:
Husung, S.; Weber, C.; Mahboob, A. (2022): Integrating Model-Based Design of Mechatronic Systems with Domain-Specific Design Approaches. In: INTERNATIONAL DESIGN CONFERENCE – DESIGN 2022, https://doi.org/10.1017/pds.2022.192
Sturm, K.; Husung, S.; Wünsche, C. (2023): Error classification as a basis for automating the conformity of production process in the automotive industry. In: Engineering for a Changing World : Proceedings; 60th ISC, Ilmenau Scientific Colloquium, 04.-08. September 2023. https://doi.org/10.22032/DBT.58850
Robust Design/Fault-Tolerant Design of Precision Engineering Products
Systemic Failure Models
Systematic Analysis, Evaluation and Control of Failures of Technical Products
Enhancing Resilience of Systems to External Disturbances and Internal Malfunctions
Conceptualization and Design of Robust Solutions
Model-Based Representations as the Basis for System Analyses
Use of Digital Twins for nearreal-time Modeling of Real-World Behavior
Application of Digital Twin Technologies for Concurrent Testing and Simulation
Application of Artificial Intelligence (AI) Techniques to optimize the Products Robustness
References:
Eifler, T.; Campean, F.; Husung S.; Schleich, B. (2023): Perspectives on robust design – an overview of challenges and research areas across industry fields. Proceedings of the Design Society. doi.org/10.1017/pds.2023.289
Steck, M.; Husung, S. (2024): Surrogate-based calculation method for robust design optimization considering the fatigue probability for variable service loads of eBike drive units. Designs 2024. doi.org/10.3390/designs8010004
Harfensteller, Felix; Henning, Stefan; Zentner, Lena; Husung, Stephan (2022): Modeling of corner-filleted flexure hinges under various loads. In: Mechanism and Machine Theory 175. doi.org/10.1016/j.mechmachtheory.2022.104937
Höhne, G, Brix, T., Sperlich, H. (2005): Learning from design failures - the method of weak point analysis and virtual deviations. In: 15th International Conference on Engineering Design, ICED 2005.
Hansen, Friedrich (1964): Justierung - Eine Einführung in das Wesen der Justierung von technischen Gebilden, Verlag Technik Berlin (online: www.dmg-lib.org/dmglib/handler)
Design for X and Design Guidelines
Life Cycle Analysis for Assessing the Environmental Impact of Products
Circular Economy and Reuse Concepts for Technical Systems and Sub-Systems
Implementation of Eco-Design Principles in Product Development
Development of Modular Product Concepts to Facilitate Upgrades and Repairs
Utilization of Renewable Materials and Resources in Manufacturing
Integration of Stakeholder Feedback into the Development Process to Ensure Sustainability
Systematization and Evaluation of Sustainability Approaches in Mechanical Engineering
References:
Brix, T.; Bücker, S.; Husung, S. (2023): Sustainability strategies and their influence on the product development of machine tools and special machines, in: Engineering for a Changing World: Proceedings: 60th Ilmenau Scientific Colloquium, ISC 2023. doi.org/10.22032/dbt.58896
Cost Estimation in Product Development
Development and Application of Target Costing Approaches for Cost-Conscious Management of Design and Production Decisions
Integration of Cost Accounting Models into CAD and PLM Systems for Continuous Cost Monitoring Throughout the Entire Development Process
Implementation of Design-to-Cost Strategies that Integrate Cost Target Objectives in the Early Design Phases
Establishment of Feedback Loops for Continuous Improvement and Adaptation of Cost Estimation Models Based on Real Project Experiences
Conducting Market Analyses and Benchmarking to Determine Cost Targets Based on Competitive and Customer Requirements
Utilization of Supplier Integration and Early Supplier Involvement for Cost Optimization through Co-Development and Economies of Scale
Early Cost Estimation and Identification of Potential Cost Drivers
References:
Husung, Stephan; Holle, Wolfgang; Hilmer, Florian; Weber, Christian (2012): Permanently estimation of assembly costs during product development. 12th International Design Conference - DESIGN 2012.
Information Systems/ Repositories for Product Development
Source Research and Rights Clearance
Digitization, Processing and Enrichment of Heterogeneous Sources
Metadata Definition and Acquisition
CAD modelling and simulation
Web Interface Design, e.g. for Product Developers and Designers
Development of Interactive 3D Visualizations and Virtual Tours for Digital Museums and Archives to provide an Immersive User Experience
Development of User-Friendly Search and Navigation Systems Enabling Efficient Information Retrieval in Large Datasets
Promotion of Sustainability in Digital Information Systems through the Development of Modular and Scalable Architectures
Brix, Torsten; Brecht, Rike; Henkel, Veit; Reeßing, Michael (2012): DMG-Lib - An open access digital library as an exploration tool for historians and engineers. In: T. Koetsier und Marco Ceccarelli (Hg.): Explorations in the history of machines and mechanisms. Proceedings of HMM2012. doi.org/10.1007/978-94-007-4132-4_40
Target-orientated Teaching and Learning Formats for Product Development
Design of Competence-Orientated Hybrid Teaching and Learning Environments
Digital Examination of Synthesis Competencies
Inverted Classroom Approaches for Product Development Competences
Agile Product Development Concepts in Education
Project-Based Learning to Foster Hands-On Experience and Problem-Solving Competences in Real-Life Contexts
Development of Adaptive Learning Platforms Supporting Individual Learning Paths and Paces to Meet to the Needs of Diverse Learners
Utilization of Gamification and Serious Games to Increase Motivation and Engagement of Learners in Technical Disciplines
Establishment of Virtual and Physical Makerspaces to Encourage Creative and Experimental Approaches in Product Development
Deployment of Cloud-Based Tools and Platforms to Facilitate Collaborative Learning and Teamwork
Involvement of Industry Stakeholders in the Development of Curricula to Ensure the Relevance and Applicability of Teaching Content
Fostering of Soft Skills such as Teamwork, Communication, and Critical Thinking as Integral Components of Technical Education
References:
Höhne, Günther; Weber, Christian; Husung, S. (2024): Ilmenau’s contributions to Design Science. Design Science. 2024;10:e2. doi.org/10.1017/dsj.2023.33
Grosse, K.W.; Hirte, U.; Brix, T.; Einicke, F.; Hoffmann, F.; Husung, S.; Flüggen, F. (2023): Hybrid teaching and learning environment in the context of virtual product development, in: Engineering for a Changing World, Engineering for a Changing World: Proceedings: 60th Ilmenau Scientific Colloquium, ISC 2023. doi.org/10.22032/dbt.58902
Watty, R.; Brix, T.; Hirte, U.; Husung, S. (2023): Building agile product design competences in student projects, in: Engineering for a Changing World: Proceedings : 60th ISC, Ilmenau Scientific Colloquium. doi.org/10.22032/dbt.58911