Mefisto

MEFISTO is a lead project of the German Federal Ministry of Education and Research with the objective to develop a platform for the execution of construction projects in the form of a management information system. This system will enable real-time and visually descriptive simulations on the basis of up-to-date operational data on all levels of abstraction.

Hence, complex interrelations become transparent and a dynamic risk management based upon the information model can be established. The resulting transparency in combination with the possibility to document and trace previous decisions bases promotes a consolidated level of comprehension among the project partners. As a result, this builds up trust between project parties, avoids misunderstandings and supports synergies and knowledge accumulation between the experts involved.

The German Federal Ministry of Education and Research (BMBF) supports the lead project MEFISTO in the framework of the program IKT 2020 with a volume of 9.4 million Euros. The joint research project started on 1 April 2009 and will end on 31 March 2012.

infoflyer of the mefisto-project

Motivation & Objective

The development of construction projects is a complicated process where very different groups with various interests, preferences and skills participate. Furthermore, the planning, production and project management processes differ fundamentally from those of other industrial sectors with mostly stationery production since the products, production methods and consortia as well as the permanently changing production environment are very specific. read more...

Current project management systems (PMS) in the construction sector primarily focus on aspects of the design and construction process, either from the perspective of the client or the contractor. The existing tools lack of an interoperable view on the processes and the results. Further fundamental problems are that current PMS don’t support the simulation of site logistics and the characteristic production processes in construction, that the multiple and dynamic changes in the construction process cannot be implemented sufficiently resulting in the inability to provide a necessary risk management. In our opinion the superior target of such a system respectively management platform should be the bundling of all interests.

MEFISTO attends to address these problems by developing a visual platform in the form of a management information system that allows a real-time gathering of operational data and the generation of visually descriptive simulations of decision alternatives on different abstraction levels. Furthermore, complex interrelations will become visually transparent and a dynamic risk management based upon the information model can be established. In addition, mutual understanding between the project partners is supported by such innovative and intelligent visualization methods. Consequently, trust will be established and many misunderstandings can be avoided. On this basis, the whole value-added chain of construction processes will be improved substantially, which has economical as well as ecological and social advantages.

The funding of MEFISTO by the BMBF will promote the creation of networks between the companies involved with the target, to reach international unique selling propositions and an improvement of the competitive situation. Also, innovative approaches for a successful project realization with minimum risks are demonstrated.

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Methods

The prospective platform consists of a hierarchically structured system of process, product and logistics models. In this framework various information pools such as data bases and existing software tools for model creation, analyses, simulation and evaluation can be integrated. Therefore a planning, controlling and decision support system will be created where processes and their interactions become transparent.

Essential criteria for the framework

Essential criteria for the framework are to provide:

  • an integral, user-oriented view on different operational processes and methods
  • a knowledge management, based on a hierarchical ontology for construction processes that enables to describe and use the semantic interrelations between construction and process elements
  • tracking of control parameters and characteristic values by means of graphical inspection and navigation tools
  • a dynamic risk management that analyses project conditions continuously and real-time, enabling reliable predictions via simulation
  • vertical aggregation and expansion of models beyond the different management and abstraction levels
  • support for the establishment of cooperative teamwork between different project parties working on a construction project using new model based and collaboration tools.
  • user interfaces that allow individual and contextual views on collaboration processes for different disciplines and people involved in a joint construction project.
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Important fields of application

Co-operative building

Co-operative building

Frequently, construction projects aren’t embedded in an organizational optimized environment. The major project target - the execution of a successful project in adherence to appointments, costs and quality for both, the customer and contractor - often takes a back seat. The consequences - like overflowing conflicts about claims, cost and dead line overruns, unsatisfactory results, inefficient and insufficient communication, mistrust, dissatisfaction of all involved as well as an increase in legal proceedings - tie up manpower and financial resources without value creation for the partners. The MEFISTO project addresses these problem areas, unites the different project partners on one platform and allows specific views on the project events in different project phases.

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Process control

Process control

Today’s construction processes are affected by individual data pools and media breaks resulting in different views on the construction project. MEFISTO aims to develop a consolidated model based database and collaborative platform allowing to standardize the evaluation of the construction project in all planning and execution phases. Therefore an integrated process control will be provided as it has already been practiced in other industries.

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Risk management

Risk management

Because of their specific characteristics like the dynamic and high organizational complexity, the natural ground risk, high contractual volumes, refurbishment, unique production, barely existing customer supplier retention and different interests of the partners, construction projects are particularly fraught with risk. Risks can never be avoided completely but minimized and controlled by foresight, transparency and a cooperative solution strategy. Using the methods and tools planned for MEFISTO, risks shall be identified at an early stage and minimized collectively by transparent visualization of the process situations and alternative solution proposals.

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