Fire Warning and Suppression System (FWSS) Use Case 

 The black circle represents the incident of fire in the aircraft which triggers the sensor and the sensor communicates to the alarm which is raised all over the aircraft. However, there are other alternatives that can be used instead of using the normal flow. For A1, instead of fire triggering the sensor, the fire can trigger the alarm which will inform the fire department. Additionally, the fire can trigger the sensor and the sensor raise an alarm directly to the crew of the aircraft. 

PART 2

There are numerous key traits that system engineering managers need to possess to be successful. The three very major traits include a deep understanding of how things work, the trait of being exhaustive and methodical in all approaches and lastly being updated on any ongoing analysis. Within a very short period of working with a team of engineers who mean to be successful, it is easily noted that they have a special kind of developer that gives regard to not only knowing how to do what is expected of them but how to perfect it too.

First, system engineering managers are supposed to have a clear and deep understanding of the way things work. This to mean that they really need to understand all that is happening in the background to make all magic promising in a different level (Blanchard, 2008). This meant decades of researching to me to get this clear understanding of the concepts that are involved. To me, I spend quite considerable time to get an understanding of how the fire warning and suppression system works. In addition to the time spent learning of how it works there is still more that remains for research with the new technology each day.

Secondly, a team of engineers who are successful needs to be set for thorough and methodical approaches. Despite time run out successful engineering system managers take time to finish a perfect work ensuring there is time for all tests that are necessary before any major step is taken. Successful engineers understand that it cost an extra time spent and order to do things in their right way and present them as perfect (Blanchard, 2008). This only comes by writing exhaustive test and ensuring super monitors which ensures these things are up perfectly.

Thirdly, it is important for successful engineers to analyze how they perform even as they pursue perfection (Blanchard, 2008). A successful team needs to be purely updated on any refactoring and upgrades and apply them regularly to keep their system growing and remain healthy. A system of successful engineers is keep on doing all it takes to make themselves perfect in curbing issues of fire and whichever field they serve. They take great pride in their work and have a great desire to their engineering profession.

Reference

Top of Form

Blanchard, B. S. (2008). System engineering management. Chichester: John Wiley & Sons.