Development of a New Complex System Engineering Part 1:
12.4 A PDR is an important event during engineering design and the systems engineer has a key role during this review. Assume you (the systems engineer) have been given the assignment to be the principal presenter for an important PDR.
Development of a New Complex System Engineering
Discuss what specific actions you would take to prepare for this meeting. How would you prepare for items that could be considered controversial?
13.7 Define the terms ì verification î and ì validation. î Describe the types of tests that are directed at each, and explain how they meet the definitions of these terms.
Part 2: Replay and comment to these answers.
1)
1.5) Firstly, the Pro points related to the incorporation of some of the latest technology to the development of a new complex system are
Pros:-
The technological impact on the complex system has resulted in increasing the capabilities of the prevailing ones. The consequences can be seen in terms of the output it is giving.
Development of a New Complex System Engineering
The automobiles which are made handmade initially, gradually evolved to a place where the products are now fully machine made with the human interaction so that the products are cost efficient, led to mass production and reduced the human labor.
Cons:-
Without the broad knowledge of the technology and approaching the system may result in difficulties that lead to product execution failure or the consequences may go even worse.
Many times maintained is not done properly due to incomplete knowledge of the system.
1.8) It is true system engineers are advocate for the whole of the system and should take care of all the stakeholders involved in system.
Stakeholders here can be defined as people with whom the system engineers have to work with or work for and also the organizations for which they have to work.
For example, in an IT firm, these system engineers are masters of technology and also have functional knowledge of the system they are supporting. In this case the stakeholders are the clients & the organization for which the project has been taken, the mangers and the organization for which the system engineer is an employee may also be considered as stakeholders in this case.
2)
Development of a new complex system
List four pros and cons (two of each) of incorporating some of the latest technology into the development of a new complex system. Give a specific example of each.
It is very important to use the latest technology into the development of new complex systems.
Pros:
Developments can be life changing for those who use these systems and make processes much easier
The development of software technology has led to an increase in automation in factories, offices, and even hospitals making it easier for everyone including companies, employees, and even clients/patients who do not actually use the software.
Automation has revolutionized many industries
Solves a particular need and uses advanced technology such as automated navigation and autonomous driving and parking.
Cons:
Large sums of money is important
It is important to know how a change can impact the business and the industry and how long a project will take to make active. There will be a development risk.
Risk of not being the first to the market
Since everyone is trying to make a better product that the competitor, speed to market is important because it can delete all the hard work one company has done since it will overlap.
1.8
Systems engineers have been described as being an advocate for the whole system. Given this statement, which stakeholders should the systems engineer advocate the most?
The systems engineer works with many different and technical team members. Stakeholders are usually the people that are using the system and that will be the clients or people around the technology. If there is an update on the website or a new system exists, the people will be the ones that rate everything and they will see what changes that need to be made if any.
3)
2.3 Select a very large complex system of system example and explain how the engineering systems approach could provide useful solutions that would have wide acceptance across many communities.
Banks have too many systems that work together to complete each other for example IT production. Marketing, ATM networks, and stocks market. And I believe systems engineering has a big hand of experience for supporting highly available networks for the banking industry. Systems engineering works with banking clients to ensure their core banking applications. ATM networks are always available to them. Also, it will ensure the successful deployment and support of your critical applications. Moreover, delivering project management services to complete projects on time and on budget.
4)
2.3 Select a very large complex system of system example and explain how the engineering systems approach could provide useful solutions that would have wide acceptance across many communities.
Development of a New Complex System Engineering
Large complex systems require a high-level degree of analysis, security and logical output. In order to achieve that, it requires various steps that the engineering systems approach takes. One specific large complex system is found in telecommunications. As simple as we might now see it be, it requires significant complex networking and engineering. A simple way of making a phone call can be done anywhere in the world at any time without a significant delay. We can be on a moving plane at 40,000 feet and our communication easily goes through. This complex system has been adopted by almost everything in the world. Our way of communicating has changed dramatically, and it is because of telecommunications. The systems engineering approach such as requiring a goal, function, design, analysis, and integration has helped reach more people and more systems across the globe.
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