The Innovative Model
Because, with the continuous increase in the level of complexity of systems with ever increasingly stringent requirements and deadlines of supply, can not be determined through a survey of the most experienced experts, both parts will affect the refusal on the part A1 A984562!
Because, In modern engines more than 5,000 components, in the plane more than 100 thousand, on a submarine 300 thousand, and the destroyer to 1 million!
Because, Every year the most reliable brands of car manufacturers recall a huge number of its products! Helicopters and airplanes, rockets and satellites crashes and crash more and more. Because the old methods no longer work.
And all because they use the old "proven" method of tabulation, trying to make into a whole more than 5 times components (car or the airplane engine) in a single functional system associated with a million links!
Video on the left shows the automatic identification of critical components by importing all models MADe, followed by automatic AMIC / FMECA.
MADe- advanced technology, taking the data from the model and the modernization or amendments instantly displays all changes in AVPO / AMIC / UNA, making an automatic update of all graphs, reports, and "trees." In Use in the aerospace, nuclear, mining and oil and gas industries.
Aircraft Systems (US) | Electronic systems (Australia, UK) | Ground systems (Australia / Canada / USA) Fleet (Australia / Europe / USA) | Aerospace (Europe)
Operational financial and environmental risks of system failure; strictly regulated industry and harsh conditions require specific solutions for systems that are used in the oil and gas sector.
MADe is a technological solution that provides the technical capabilities for effective modeling and analysis of necessary information on the system design to optimize the design, commissioning and operation of oil and gas platforms.
Aerospace companies are working with a global engineering, procurement, construction and maintenance processes; in accelerated renovation and improvement of systems of terms; industry performance based contract. More and more significant economic consequences associated with the reliability of the system through the flow of life.
MADe provides a summary of simulation and analysis solution, which leads to an improvement in data quality from suppliers and models of the "single point of truth", which is easily integrated with the current process control configuration.
Operational financial and environmental risks of a system failure, due to the highly regulated safety requirements and a variety of specific geographic conditions, there may be specific problems for systems that are used in the mining industry.
MADe is a technological solution that provides the technical capabilities for effective modeling and analysis of necessary information on the system design to optimize the design, commissioning and operation of mining equipment.