Systems Engineering Management
questions with correct answers.
Probability theory and analysis ANS - Used in understanding and analysis of reliability and
maintainability
Human made, physical, dynamic, open-loop ANS - There are 4 sets of system categories used in the
textbook. Our textbook "tends to deal mainly with - systems that are - by nature, - in operation and of
the - variety.
System of Systems ANS - SOS
commercial off-the-shelf ANS - COTS
Systems Engineering typically leads the planning and control aspects ANS - Which of the following
statements is not true:
Technical Performance Measure ANS - TPM
All elements of the product life cycle are considered during development from the beginning ANS - The
key concept in concurrent engineering
System Requirements ANS - What is the first step of Blanchards V-shape system development model
Functional Analysis & Requirements allocation ANS - What 2 parts compromise the second step of
Blanchards V-shaped system development model
Design integration Component acquisition ANS - What two parts are the third step of Blanchards V-
shaped system developmental model
,Construction and Installation of Capital as ANS - The 4th step of BlanchardsV-shape system
developmental model.
Startup and early production System evalation ANS - the 5th step in Blanchard's V-shape system
developmental model
Full-Scale Production
System Utilization
Maintenance and Support system evaluation ANS - 6th step of Blanchards V-shape System
developmetal model
System Retirement and Material disposal ANS - 7th Step of Blanchards V-shape system developmental
model
Research and development
Production and Construction
Operation and Maintenance
System retirement and ANS - The life-cycle cost
Total Quality Management ANS - TQM is totally integrates management approach that addresses
system/product quality during all phases of the life cycle and at each level in the overall system
hierarchy
False ANS - Systems engineers are usually responsible for the project management for the entire
system development program
True ANS - Systems Engineers typically use both top-down and bottom-up approaches in development
of the system
True ANS - Reliability, safety and logistics engineering are examples of major supporting design
disciplines.
, False ANS - the TEMP is the Test Engineering Master Plan
True ANS - Toward the latter stages of detail design, one part of the objective is to establish a
"baseline" for the purposes of benchmarking
False ANS - Since system retirement and material disposal happen so far in the future, decisions made
in design do not really have that much impact on that step in the System Engineering Process.
True ANS - During system operational use and life-cycle support, success data refers to information
covering system operations and utilization on a continuing basis.
False ANS - Once the system is in production, it is not that important to maintain the system
configuration and performance characteristics.
False ANS - The best way to test and evaluate a system is to first build the complete system and test
the whole thing to see if it all works.
True ANS - Ranking of the customer needs in priority order is a part of the House of Quality (HOQ).
Type 4 ANS - Formal tests conducted during system operational use and life-cycle support phase;
typically at operational sites in real environment by operational and maintenance personal.
Type 2 ANS - Formal tests and demonstrations during later stages of detailed design and development
phase; typically with preproduction prototypes; qualification type testing occurs here.
Type 1 ANS - Evaluation of system components in the laboratory using engineering breadboards, bench
test models, service test models, rapid prototyping; mainly to test functionality and performance in a
development environment.
Type 3 ANS - Formal tests at designated field sites by user personnel over an extended period of time;
typically with early production or integrated models after system qualification and before completion of
production/construction phase.
questions with correct answers.
Probability theory and analysis ANS - Used in understanding and analysis of reliability and
maintainability
Human made, physical, dynamic, open-loop ANS - There are 4 sets of system categories used in the
textbook. Our textbook "tends to deal mainly with - systems that are - by nature, - in operation and of
the - variety.
System of Systems ANS - SOS
commercial off-the-shelf ANS - COTS
Systems Engineering typically leads the planning and control aspects ANS - Which of the following
statements is not true:
Technical Performance Measure ANS - TPM
All elements of the product life cycle are considered during development from the beginning ANS - The
key concept in concurrent engineering
System Requirements ANS - What is the first step of Blanchards V-shape system development model
Functional Analysis & Requirements allocation ANS - What 2 parts compromise the second step of
Blanchards V-shaped system development model
Design integration Component acquisition ANS - What two parts are the third step of Blanchards V-
shaped system developmental model
,Construction and Installation of Capital as ANS - The 4th step of BlanchardsV-shape system
developmental model.
Startup and early production System evalation ANS - the 5th step in Blanchard's V-shape system
developmental model
Full-Scale Production
System Utilization
Maintenance and Support system evaluation ANS - 6th step of Blanchards V-shape System
developmetal model
System Retirement and Material disposal ANS - 7th Step of Blanchards V-shape system developmental
model
Research and development
Production and Construction
Operation and Maintenance
System retirement and ANS - The life-cycle cost
Total Quality Management ANS - TQM is totally integrates management approach that addresses
system/product quality during all phases of the life cycle and at each level in the overall system
hierarchy
False ANS - Systems engineers are usually responsible for the project management for the entire
system development program
True ANS - Systems Engineers typically use both top-down and bottom-up approaches in development
of the system
True ANS - Reliability, safety and logistics engineering are examples of major supporting design
disciplines.
, False ANS - the TEMP is the Test Engineering Master Plan
True ANS - Toward the latter stages of detail design, one part of the objective is to establish a
"baseline" for the purposes of benchmarking
False ANS - Since system retirement and material disposal happen so far in the future, decisions made
in design do not really have that much impact on that step in the System Engineering Process.
True ANS - During system operational use and life-cycle support, success data refers to information
covering system operations and utilization on a continuing basis.
False ANS - Once the system is in production, it is not that important to maintain the system
configuration and performance characteristics.
False ANS - The best way to test and evaluate a system is to first build the complete system and test
the whole thing to see if it all works.
True ANS - Ranking of the customer needs in priority order is a part of the House of Quality (HOQ).
Type 4 ANS - Formal tests conducted during system operational use and life-cycle support phase;
typically at operational sites in real environment by operational and maintenance personal.
Type 2 ANS - Formal tests and demonstrations during later stages of detailed design and development
phase; typically with preproduction prototypes; qualification type testing occurs here.
Type 1 ANS - Evaluation of system components in the laboratory using engineering breadboards, bench
test models, service test models, rapid prototyping; mainly to test functionality and performance in a
development environment.
Type 3 ANS - Formal tests at designated field sites by user personnel over an extended period of time;
typically with early production or integrated models after system qualification and before completion of
production/construction phase.
