Prof. Dr. Günther Seliger
Prof. Dr. Günther Seliger
Technical University Berlin – Institute for Machine Tools and Factory Management
Chair of the Collaborative Research Centre 281 – Disassembly Factories for the Recovery of Resources in Product and Material Cycles
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seliger@mf.tu-berlin.de
Research Focus
CRC 281: Disassembly Factories fort he recovery of Resources in Product -and Material Cycles
Planning, Development and realization of Tools and Handling systems (unscrewing tool, sewing cell, ice gripper)
Modelling and experimental analysis of parts, production and logistic processes (graph./ dyn. simulation, FEM-analysis, assembly cell)
Development of product oriented manufacturing concepts (modular wagon box, FRP wheel, washing machine, phone)
Development of sensor and data storage systems for production, process control und disassembly sequences (Life-Cycle-Unit, VISOR)
Generation of concepts for selling use and new organisational forms (syskreis, CRC 281, supplier networks, virtual plants)
Design of information technical tools for planning and control of processes (virtual production systems)
Innovative Teaching methods (Global Product Development)
Selected Publications
Seliger, G.: Global Sustainability - A Future Scenario. In: Proceedings of the Global Conference on Sustainable Product Development and Life Cycle Engieering, Berlin 2004
Seliger, G.; Franke, C.; Kernbaum S.: Remanufacturing of Flat Screen Monitors. In Proceedings of the 12th CIRP Seminar on Life Cycle Engineering, Grenoble 2005
Seliger, G.; Franke, C.; Ciupek, M., Basdere, B.: Process and Facility Planning for Mobile Phone Remanufacturing. In Annals of the CIRP 2004
Seliger, G.; Buchholz, A.; Middendorf, A.; Ray, P.; Reichl, H.: Increased Reliability through Assessment of Standard Components with Life Cycle Units. In: Proceedings of the Electronics Goes Green 2004, Berlin, pp. 287-292, 6-8 September, 2004
Seliger, G.; Consiglio, S.; Zettl, M.: Selling Use Instead of Selling Products - Technological and Educational Enablers for Business in Ecological Product Life Cycles. In: International Journal of Production Engineering and Computers, Volume 6 Number 7 2004, Belgrade, Serbia and Montenegro
Special Offer
International Conference on Sustainable Manufacturing, Shanghai, China, October 12th ~ October 15th, 2005
Congress-Abstract
グローバル・サスティナビリティ――将来シナリオ――
持続可能性の挑戦は、世界における富の不平等な配分を克服することにある。地球規模での人口増加は、資源消費量の増大なしに生活水準を上昇させることによって、抑止されなければならない。科学技術は、資源の利用とその生産性の向上に役立つ。
多様な社会的枠組みにおける最新の研究と教育を通じた管理と技術、そして、革新的な手法と製品に関する一つの参考モデルが提示される。そこでは、教育およびビジネス領域での発展が、持続可能な方向に沿ったマネジメント・タスクとみなされている。持続可能性のための技術と手法、そして製品が、エンジニアの視点から具体的に示される。
Global Sustainability – a Future Scenario
Challenges of sustainability are in overcoming the unequal distribution of wealth in different regions of the globe. The global population growth must be stopped by increasing standard of living without increasing resource consumption. Technology can help in increasing the use-productivity of resources.
A reference model of management and technology, innovative processes and products by modern research and education in different societal frames is presented. Education and business are addressed as management tasks on paths to sustainability. Technologies, processes, and products for sustainability are exemplarily presented from a manufacturing engineering perspective.