Using your group project's System of Interest, construct:

A Fault Tree Analysis $($FTA$)$ with at least two $(2)$ primary faults

A Failure Models, Effects, & Critically Analysis $($FMECA$)$ table addressing:

All the faults from part $1,$ each with ~thee $(3)$ causes,

All derived failure modes & causes as "rows" in the FMECA

Likelihood, Severity, & Detection for each "row"

A computed Risk Priority Number for each "row"

Recommended action for each "row""The class has been tasked from NASA" to develop a Lunar Construction System. NASA's call for action comes from the need to return to the Moon

and develop a forward base of operations for further space exploration. Developing a Lunar Construction System comes with many complexities,

obstacles, and risks.

Construction operations here on Earth are difficult without the added extremes from space and the Moon surface. There are many moving parts

and machines that are required to start, build, and complete a operation. NASA would like to have a digital model of a construction system in place

to manage, trace, validate, and verify that the construction operation will be a success. Figure $1$ and $2$ show concept art for a base and living

quarters for inhabitants.

Figure $1$: Base Concept Drawing $($Beale $2020)$

Figure $2$: Living Quarters Concept Drawing $($Beale $2020)$

Using System Engineering principals and Dassault Catia $|$ No Magic: Magic System of Systems Architect fully develop a Lunar Construction System.