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Recitation > System Engineering > Flashcards

System Engineering Flashcards

1
Q

Product Planning - translate customer requirements in ______ requirements / Product Design- translate ____ requirements into component characteristics.
* nakalimutan po kung alin sa dalawang yan basta TECHNICAL po ang sagot, thanks.

A

TECHNICAL

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2
Q

A combination of interacting elements.

A

ENGINEERED SYSTEM

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3
Q

it defines the detailed structural of the system specifying components, modules and interaction.

A

ARCHITECTURAL DESIGN OF SYSTEM

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4
Q

What system is treated as a special form of engineered system?

A

Sociotechnical Systems

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5
Q

Geometric equivalents, Either as natures, enlargements or duplicates made to the same scale.

A

PHYSICAL MODELS

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6
Q

The integration, test and evaluation steps constitute a bottom-up activity and should result in a_______

A

CONFIGURATION

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7
Q

A _____ is a schematic model that describe the order or occurrence of several events that constitute an objective, such as the assembly of an automobile from a multitude of component parts.

A

FLOW PROCESS CHART

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8
Q

An example is symbiosis, the association of two unlike organisms for the benefit of each other.

A

FIRST ORDER RELATIONSHIPS

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9
Q

This may involve both the customer (or procuring agency) and the producer (or contractor)

A

ACQUISITION PHASE

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10
Q

It is treated as a special form of engineered system.

A

SOCIOTECHNICAL SYSTEM

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11
Q

Are those in which human beings have intervened through components, attributes and relationships

A

HUMAN MADE SYSTEMS

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12
Q

They design, integrate and maintain complex systems.

A

SYSTEM ENGINEER

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13
Q

Is an iterative process of breaking requirements down from the system level to the subsystem, and as far down the hierarchical structure as necessary to identify input design criteria and/or constraints for various elements of the system.

A

FUNCTIONAL ANALYSIS

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14
Q

Also known as an extension of Waterfall Process Model, it starts with user needs on the upper left and ends with a user-validated system on the upper right.

A

“VEE” PROCESS MODEL

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15
Q

Usually exhibit the characteristics of equilibrium resulting from internal rigidity.

A

CLOSED SYSTEM

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16
Q

This model is the extension of the waterfall model.

A

VEE PROCESS MODEL

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17
Q

Introduced by Royce in 1970,initially for software development.

A

WATERFALL PROCESS MODEL

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18
Q

It is Called a Structured Process of mechanism for determining customer requirements and translating them into relevant technical requirements.

A

QUALITY FUNCTION DEPLOYMENT

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19
Q

Verification that software meets the system requirements.

A

SOFTWARE COMPATIBILITY

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20
Q

The principle that whole entities exhibit properties which are meaningful only when attributed to the whole, not to its parts.

A

EMERGENCE

21
Q

The characteristic of design and installation that reflects the ease, accuracy, safety, and economy of performing maintenance actions.

A

MAINTAINABILITY

22
Q

This technique is a straightforward method that assigns equal reliability requirements for all subsystems based on the system requirements.

A

EQUAL APPORTIONMENT TECHNIQUE

23
Q

The objective is to accomplish a specified amount of testing for the purposes of design evaluation prior to entering a formal test and evaluation phase.

A

System Prototype Development

24
Q

Can you define Dynamic System?

A

It combines structural components with operating or flow components

25
Q

The degree to which a system’s design or code is difficult to understand because of numerous components or relationships among components.

A

COMPLEXITY

26
Q

It extends the transition of system level requirement into design requirements for the subsystem level.

A

PRELIMINARY DESIGN PHASE

27
Q

A systematic approach to create a system design that simultaneously considers all phases of the life cycle.

A

CONCURRENT ENGINEERING

28
Q

Treated as a special form of engineered system.

A

SOCIOTECHNICAL SYSTEMS

29
Q

Give the three (3) examples of Social System

A

LEGISLATURE, CONSERVATION FOUNDATION, UN SECURITY COUNCIL

30
Q

Identifies process steps and parameters and translates them into process characteristics.

A

PROCESS PLANNING

31
Q

This design will identify and plan for security measures to protect the system against potential threats.

A

SECURITY DESIGN

32
Q

Exists when duplicate components are present for the purpose of assuring continuation of the system function in case of component failure.

A

REDUNDANCY

33
Q

It defines the detail structural of the system specifying components modules and interaction.

A

ARCHITECTURAL DESIGN OF SYSTEM

34
Q

Also known as advanced development, it’s extend the translation of system level requirement into design requirements for the subsystem level.

A

PRELIMINARY DESIGN PHASE

35
Q

May be applied as “design to” criteria for the prime, the maintenance, and logistics support.

A

TECHNICAL PERFORMANCE MEASURES

36
Q

Guided design is simultaneously responsive to customer needs.

A

LIFE CYCLE

37
Q

Calculating MTTF for 3 desktop hard drives. The first failure occurred after 62,000 hours. The second didn’t last long, failing after 28,000 hours. Finally, the third failed after spending 42,000 hours in operation.

A

44,000 HOURS (MTTF = (62,000+28,000+42,000)/3) (132,000/3))

38
Q

it should be presented in specific qualitative and quantitative terms and in enough detail to justify progressing to the next step.

A

STATEMENT OF THE PROBLEM

39
Q

It refers primarily to the evaluation of system components in the laboratory using engineering breadboard, bench test models, service test models, rapid prototyping, and the like.

A

TYPE 1 TESTING

40
Q

Identifies process steps and parameters and translates them into process characteristics.

A

PROCESS PLANNING

41
Q

This involves refinement of system, and creation of more detailed specification.

A

PRELIMINARY DESIGN PHASE

42
Q

Defined as the probability that a system or product will perform in a satisfactory manner for a given period of time.

A

RELIABILITY

43
Q

Can be divided into a hierarchy of sets of elements that include subsystems, components, subcomponents, and parts.

A

SYSTEM

44
Q

Will identify and plan for security measures to protect the system against potential threats.

A

SECURITY DESIGN

45
Q

It refers to a specific or discrete action that is necessary to achieve a given objective.

A

FUNCTION ANALYSIS

46
Q

It is constructed to provide a realistic simulation of a proposed system configuration.

A

MOCKUP

47
Q

Assesing the likelihood of the adverse event occuring that may negatively affect a business or project

A

RISK ANALYSIS

48
Q

Refers to a specific or discrete action that is necessary to achieve a given objective.

A

FUNCTION

Recitation (2 decks)

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