Design Process Flashcards

(56 cards)

1
Q

What is the purpose of schematic design documents?

A

To establish the general scope, scale, and relationships of project components, guiding early design decisions.

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2
Q

What types of drawings are prepared during the schematic design phase?

A

Site plans, floor plans, elevations, and basic 3D views.

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3
Q

What is the purpose of the Preliminary Project Description (PPD)?

A

To outline major systems and materials before detailed specs are developed.

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4
Q

Which CSI classification standard organizes a PPD?

A

UniFormat.

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5
Q

What type of information is included in a PPD?

A

Descriptions of building systems organized by functional elements (e.g., substructure, shell, interiors).

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6
Q

What cost estimating technique is most appropriate for schematic design?

A

Order-of-magnitude or conceptual estimating.

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7
Q

What is the purpose of design development documents?

A

To refine the design and define major materials, systems, and assemblies.

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8
Q

What drawings are prepared during design development?

A

Detailed floor plans, sections, elevations, and system diagrams.

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9
Q

What is the purpose of outline specifications?

A

To describe major materials and systems without full technical detail.

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10
Q

Which CSI classification standard organizes outline specifications?

A

MasterFormat.

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11
Q

What information is included in outline specifications?

A

Preliminary descriptions of products, execution methods, and performance criteria.

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12
Q

What cost estimating technique is used in design development?

A

Assemblies or system-based estimating.

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13
Q

What is the aim of aesthetic design?

A

To create visually pleasing and contextually appropriate architecture.

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14
Q

How are functional requirements conveyed to the design team?

A

Through programming documents and owner input.

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15
Q

What types of regulations influence design?

A

Building codes, zoning laws, accessibility standards.

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16
Q

How do codes/regulations differ from reference standards?

A

Codes are mandatory; standards are voluntary guidelines.

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17
Q

How may sustainability be required on a project?

A

Through owner goals, regulations, or certification systems like LEED.

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18
Q

What is the purpose of a constructability review?

A

To ensure the design can be efficiently built within constraints.

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19
Q

Why is working within the project’s budget important?

A

To avoid redesign, delays, and cost overruns.

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20
Q

What are the four types of cost estimating methods?

A

Order-of-magnitude, square foot, assemblies, unit price.

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21
Q

What does each method use to determine cost?

A

Historical data, area measurements, system components, item quantities.

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22
Q

How accurate is each method?

A

Order-of-magnitude: least accurate; unit price: most accurate.

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23
Q

When is each method used?

A

Early design: conceptual; later stages: detailed/unit price.

24
Q

How do life cycle cost and value analysis differ?

A

Life cycle cost focuses on total cost over time; value analysis seeks cost-effective alternatives.

25
What costs are included in life cycle cost?
Initial, operation, maintenance, replacement, disposal.
26
Why is timing important in value analysis?
Early analysis allows for impactful design changes.
27
What are common recommendations from value analysis?
Material substitutions, system simplifications, design adjustments.
28
What are benefits and drawbacks of value analysis?
Benefits: cost savings, improved function; Drawbacks: potential quality compromise.
29
What is an allowance?
A budget placeholder for undefined items.
30
Cash vs. quantity allowance?
Cash: dollar amount; Quantity: specific item quantity.
31
When should allowances be used?
When scope is uncertain or decisions are pending.
32
Disadvantages of allowances?
Budget uncertainty, potential disputes.
33
What is an alternate?
A proposed substitute for a base scope item.
34
When are alternates used?
To offer cost or design options.
35
Disadvantages of alternates?
Complexity in bidding and evaluation.
36
What is a unit price?
Cost per unit of work or material.
37
When are unit prices used?
For variable quantities or unknown scopes.
38
How are unit prices used with allowances?
To calculate total cost based on actual quantities.
39
Disadvantages of unit prices?
Can lead to cost overruns if quantities increase.
40
What establishes project quality?
Owner requirements, codes, standards, and design intent.
41
Define quality assurance (QA).
Proactive processes to prevent defects.
42
Define quality control (QC).
Reactive inspections to detect defects.
43
QA vs. QC procedures?
QA: training, standards; QC: testing, inspections.
44
Can QA and QC be concurrent?
Yes, they complement each other throughout the project.
45
Why maintain records during design?
To track decisions, support coordination, and reduce disputes.
46
What tools document design decisions?
Meeting minutes, design logs, email records, BIM models.
47
What is the product evaluation process?
Research, compare, select based on performance and cost.
48
What are the five product types?
Standard, custom, proprietary, single-source, performance-based.
49
Standard vs. custom products?
Standard: off-the-shelf; Custom: tailored to project.
50
What influences product selection?
Performance, cost, availability, aesthetics, sustainability.
51
How are attributes involved in evaluation?
Attributes define product characteristics and suitability.
52
What are the three essential attribute considerations?
Function, cost, aesthetics.
53
What are the eight attribute categories?
Physical, functional, aesthetic, environmental, economic, legal, safety, maintenance.
54
How is product information obtained?
Manufacturer literature, samples, digital databases.
55
What services do product reps provide?
Technical support, samples, training, spec guidance.
56
How is BIM used during design?
To create coordinated digital models for visualization, analysis, and documentation.