Q$3.)=(30pts$

MIND Corporation with CMM process maturity level $3$ got hired for a project in the sector of intelligent software for autonomous tools used in military and defense systems where MIND is one of the sector$\text{'}$s best with its high quality products. The team of developers consists mostly of newly hired SW engineers who do not know each other $($neither bad nor good relations$).$ Customer company set the general goals in the project with only a few critical requirements since MIND is very well known in this sector and allowed in the project time for a detailed risk analysis which makes the project not vulnerable to risks.

The calendar time estimated for this project has been two years $(24$ months$)$ and the average values of

five personnel attributes are $0\mathrm{.}667$ and one personnel attribute is $1,$

three computer multipliers are $1\mathrm{.}25,$

five product multipliers are $1\mathrm{.}5,$ and

three project multipliers are $0\mathrm{.}8.$

a$)(10$ pts$)$

What would you comment on

the development and testing team's capabilities; $($high$/$low$)$

the timing requirements and memory constraints; $($tight$/$large$),($high$/$low$)$

the expectations of the customer from the SW system; $($high$/$low$)$

the quality of the SW tools, the development environment, the communication across multiple development sites and the development schedule? $($high$/$low$)$

Please select vour answer from the bolded and italicized choices and write bv one sentence why this is vour comment.

b$)(10$ pts$)$

At the end, the SW system amounted to $110$ KSLOC. What is the actual effort in PM$?$ Show all your calculations to receive a full point!

c$)(10$ pts$)$

What is the percentage error between the actual and estimated development time? Show all your calculations to receive a full point!

Hints:

$PM=A**Siz{e}^B**M$

TDEV$=3**P{M}^{0\mathrm{.}33+0\mathrm{.}2**(B-1\mathrm{.}01)}$

version for post architectural level