Systems Engineering Process and WBS Flashcards

1
Q

Why is Systems Engineering important?

A

Establishes 80% of lifecycle costs.

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2
Q

What does the SEP produce?

A

Creates a description of system parameters.

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3
Q

7 steps of SEP

A

Process inputs, requirements analysis, requirements verification, functional analysis, functional verification, synthesis, design verification

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4
Q

Name 6 process inputs.

A

customer needs, tech base, program decision requirements, performance based specifications, outputs from previous SEPs, constraints

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5
Q

Requirements Analysis purpose

A

develop functional and performance requirements

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6
Q

Requirements Validation purpose (4)

A
  1. requirements meets users expectations.
  2. Traces requirement to function.
  3. Ensures function addresses requirement.
  4. Resolves conflicts between requirement and functions.
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7
Q

Functional Analysis purpose (3)

A
  1. requirements into a functional architecture.
  2. Allocates functional requirements.
  3. Allocates performance requirements.
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8
Q

Functional Verification purpose (2)

A
  1. Verifies that the functional architecture

2. Traces physical/software elements to requirements.

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9
Q

Synthesis purpose (4)

A
  1. physical architecture.
  2. interfaces.
  3. system data.
  4. Physical descriptions
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10
Q

Design Verification purpose (5)

A
  1. Ensures requirements of the physical architecture are traceable to the verified functional architecture.
  2. Verifies that the design satisfies validated requirements baseline.
  3. Traces each function to corresponding physical software element.
  4. Ensures each physical or software element addresses at least one functional element.
  5. Resolves conflicts between functions and physical architecture.
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11
Q

Systems Analysis purpose

A
  1. Resolves conflicts.
  2. Decomposes and allocates requirements.
  3. conducts trade studies and assessments
  4. conducts effectiveness analysis
  5. manages risks
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12
Q

Control purpose

A

manage and document SEP

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13
Q

Name SEP outputs

A
  1. decision data
  2. system architecture
  3. performance specifications and baselines
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14
Q

WBS

A

work breakdown structure

tool to allow PMs and contractors to break large tasks into smaller, understandable sub-tasks.

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15
Q

WBS purposes (5)

A
  1. Road Map
  2. Design and track technical work
  3. Risk Assessment
  4. Manage engineering change proposals
  5. Structure budget and cost estimates.
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16
Q

First 3 levels of WBS

A

determined by government

17
Q

3 determining factors for WBS

A

High risk, High cost, complex

18
Q

Lowest level of a complete contract WBS

A

the control account