"Welcome to the birthplace of MIRCE Science- body of knowledge for computing the time evolution of functionable systems by subjecting all mechanisms of motion to laws of mathematics." Dr J. Knezevic, Founder, 1999


2020 Annals of MIRCE Science

Published by the MIRCE Akademy to facilitate exchanges of knowledge and experience between: scientific, engineering and management professionals, which are interested in MIRCE Science, from the research, practical application, modelling or consultancy point of view.  To read abstracts of the papers published and other information please click here. 

2020 F1 Driver and Team Reliability Champions

Press release: The F1RE Centre of the MIRCE Akademy has completed the Formula 1 Drivers and Teams Reliability Tables for 2020 that revealed that the following Reliability Champions:

  • The 2020 F1 Driver Reliability Champion is: Kimi Raikkonen
  • The 2020 F1 Team Reliability Champion is: Mercedes AMG Petronas


For the illustrative history of MIRCE F1RE Centre Awards click here.

30th MIRCE International Symposium - All Welcome

For the more information please click here

A picture is worth thousand words - Impact of COVID-19 of "Sky Giants"

Commercial passenger aircraft only.  Source: Aviation Week Fleet Discovery

MIRCE Science: COVID-19 Negative Functionability State

31st MIRCE International Summer School

2020 Summer School was cancelled due to the global outbreak of Corona Virus, COVID-19. As preventive measures are reducing the probability of occurences of negative functionability events, please take care and get ready for the next year Summer School.  

9th World Congress of MIRCE Science

Physical Reality of Reliability Function - Presentation by Dr Knezevic at The Reliability Conference, organised by Reliabilityweb.com, Seattle, May 2019.

In a late 1950s, Reliability Theory was “created”. It was based on mathematical theorems rather then on scientific theories. The Reliability function for a system is determined by the reliability functions of the constituent components and their configurations within functional system. It is well-defined analytical functions obeying the axioms and theorems of mathematics. Systematic research performed by the author during several decades of the observable physical realities of in-service/operational life of functional systems in aerospace, military and nuclear power industries have clearly shown that determines from the mathematically implied reality. The presentation goes through a list of physically observed and undeniable facts that seriously impact the accuracy of the reliability predictions currently provided through reliability theory. (source www.reliabilityweb.com)