Pharmaceutical facility design: adding value with construction technology and ‘Chip Thinking®'

As mentioned, by including M&E engineers within the integrated project team from the very earliest stages, and throughout, we achieve significant benefits..

Was it the young, the old, the fit, the lawful, humans over animals?The idea was to investigate the embedded moral decisions made by autonomous cars in dangerous situations.

Pharmaceutical facility design: adding value with construction technology and ‘Chip Thinking®'

The results are interesting in that they showed, unsurprisingly that different individuals and cultures gave different responses.Whose do we use?These decisions have real-life implications.. ‘We better be sure that the purpose put into the machine is the purpose we really desire,’ Norbert Weiner stated in 1960..

Pharmaceutical facility design: adding value with construction technology and ‘Chip Thinking®'

In 2021, Stewart Russell OBE (Professor of Computer Science, University of California, Berkeley) in his Reith Lectures expressed some principles that he had co-developed to make the development of AI positive and safe.. Altruism – AI is there solely to improve human outcomes and purpose.Uncertainty – the objectives, purpose and outcomes will remain uncertain.

Pharmaceutical facility design: adding value with construction technology and ‘Chip Thinking®'

Learning from humans – there needs to be a dynamic process, constantly checking back and developing understanding.. Why is this important?

Russell asks you to imagine that you have a robot looking after your children.learn more about Industrialised Construction hereHistorically, mathematical modelling and simulation have been confined to sectors and projects with a focus on manufacturing, operations, logistics and supply chain.

Despite the availability of the technology since the 1980s, the construction industry has been much slower to apply these methods; most likely due to the nature of building design, with one-time projects using many unique elements and few repeatable processes.. Discrete Event Simulation (DES) is a method of modelling a system by evaluating a series of activities at the time they occur, or by evaluation at set points in time (every second, for example) with no change assumed to have occurred between the time steps.This type of simulation is well suited for activity-based operational modelling where the complexity of continuous simulation is not required.. DES is typically used to understand and improve the performance of a system, in the research and development or design phase, or for processes already in operation..

Bringing the construction industry up to speed with DES.Research in the sector has found that while construction-related spending is 13% of global GDP, productivity has been flat for decades – with an ageing workforce and additional post-Brexit losses affecting the UK.