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XRCM-4320
Architectural Planning & Design Management
Overview of Contract Documents: Plans & Specs
Why plan reading is important!
A copy of a drawing sometimes referred to as a
blueprint – Why?
Drawings, Prints or Blueprints
Blueprints
Blueprints
Blueprints
A copy of a drawing sometimes referred to as a
blueprint
Typically on light paper and has black lines
Referred to as working drawings or plans
Print or Blueprint
Print or Black Line
(Baker Concrete Construction, Inc.)
Manual Drafting/Drawing
Computer-aided Drafting & Design (CADD)
• Never write on prints unless making authorized
changes
• Keep prints clean
• Do not eat or drink near prints
• Fold or roll prints carefully
• Do not lay sharp or pointed objects on prints
• Keep prints out of direct sunlight
• Store in a clean dry place
Handling Prints
Handling Prints
Handling Prints
Gathering information from a print or drawing:
• Visualization
• Create a mental image
• Interpretation
• Understand the lines,
• symbols, dimensions,
• notes, and other
• information on the
• drawings
Reading Prints
Enhanced to help the viewer visualize the structure
in its entirety
Include:
Trees
Shrubs
Shading
Show textures
Landscaping
Rendering / Pictorial Drawings
3D- Rendering
Shows views of building from different planes
Featured views:
Top (Floor plan)
Front (Elevation)
Side (Elevation)
Back (Elevation)
Orthographic Projection
Pictorial Drawings
• Help to visualize the structure or project in its
entirety
• Also called renderings
Orthographic Projection
• Plan drawing is the top view
• Front, side, and back views are called
elevations
Construction Drawings
Set of Prints
(CR architecture + design)
• Civil Drawings (C-1, C-2, etc.)
– Plot plans
– Site grading
– Landscape layout
– Site details
• Architectural Drawings (A-1, A-2, etc.)
– Floor plans
– Elevations
– Finishes
– Building sections
– Schedules
– Details
Identifying a Set of Prints
Site Plans - “C” Civil Type Drawing
(Charles E. Smith, Areté 3 Ltd.)
Horizontal section taken about 42" to 48" above the
finished floor elevation.
Floor Plans-“A” Architectural Type Drawing
(Studer Residential Designs, Inc.)
Shows the exterior or the interior features of a
building.
Elevations - “A” Architectural Type Drawing
(KZF Design, Inc.)
Structural Drawings (S-1, S-2, etc.)
Wood, concrete, steel
Framing plans
Sections
Details
Identifying a Set of Prints
Show how the structure is built
• Wood framing plan
• Floor joist
• Concrete framing plan
• Size and location of beams
• Floor thickness
• Reinforcing steel
Structural Drawings (S-1, S-2, etc.)
Wood framing plan
Wood framing plan
Framing Plans -“S” Structural Type Drawing
Mechanical (M-1, M-2, etc.)
Electrical (E-1, E-2, etc.)
Utility Site Plan (U-1, U-2, etc.)
Plumbing (P-1, P-2, etc.)
Heating, Ventilating, and Air-Conditioning Systems
(H-1, H-2, etc.)
Identifying a Set of Prints
Shows views of the
building cut apart
Walls
Stairs
Sections
(Charles E. Smith, Areté 3 Ltd.)
Shows views of the
building cut apart
Walls
Stairs
Sections
(Charles E. Smith, Areté 3 Ltd.)
Shows extra information
you may need to build
an object
• An arch
• Retaining wall
Detail Drawings
(Charles E. Smith, Areté 3 Ltd.)
• List of materials
• Door schedule
• Room finish schedule
• Column or beam schedule
• Size
• Number of rebar
Schedules
Door Schedule
(Charles E. Smith, Areté 3 Ltd.)
Room Finish Schedule
(Charles E. Smith, Areté 3 Ltd.)
All lines drawn in same color, normally black
Lines vary in width
Alphabet of Lines
Marking device, such as an arrow or dot, placed at each end of
dimension line
Extension lines specify features between which the dimension applies
Alphabet of Lines (Cont.)
Long break line means full length of object not
shown
Short break line used to show details underneath an
object
Alphabet of Lines (Cont.)
Section cutting line identifies sectional views
Also called cutting-plane line
Alphabet of Lines (Cont.)
Alphabet of Lines (Cont.)
(Charles E. Smith, Areté 3 Ltd.)
Symbols
(Charles E. Smith, Areté 3 Ltd.)
Dimensioning Practices
• Dimensioning styles
may vary
• Masonry walls
dimensioned to exterior
surface
Dimensioning Practices
• Interior walls
dimensioned to center
or side of partitions
• Elevations provide
vertical dimensions – Roof slope included in
elevation as slope
triangle
Dimensioning Practices
• Elevations provide
vertical dimensions – Roof slope included in
elevation as slope
triangle
Specifications and
Building Codes
Specifications
• Written statements that define the extent of work to
be done
• Define the quality of work to be done
• Include the materials to be used
• Supplement the drawings
• Often called “specs”
Uses of Specifications
• Owner—to define the quality of work
• Architect—to define materials, processes, and
installation procedures
• Engineers—to define industry standards and
provide schedules
• Contractors—to make bids and define the scope of
their work
Contents of Specifications
• Contract requirements outline nontechnical aspects
– Insurance
– Permits
– Inspection
– Supervision
Specification Divisions
• MasterFormat®
– Developed by Construction Specifications Institute
(CSI)
– Separates technical aspects of construction into 50
divisions
– Not all divisions are used
Specification Divisions
• Division 01 - General Requirements
• Division 02 - Existing Conditions
• Division 03 - Concrete
• Division 04 - Masonry
• Division 05 - Metals
• Division 06 - Wood and Plastics
• Division 07 - Thermal and Moisture Protection
• Division 08 - Openings
• Division 09 - Finishes
• Division 10 - Specialties
• Division 11 - Equipment
• Division 12 – Furnishings
• Division 13 - Special Construction
• Division 14 - Conveying Systems
• Division 21 - Fire Suppression
• Division 22 - Plumbing
• Division 23 - HVAC
• Division 26 - Electrical
• Division 27 - Communications
• Division 31 - Earthwork
• Division 32 - Exterior Improvements
• Division 33 – Utilities
Organization of Information
• Specifications documents are organized into
section headings
• Headings help the user find information required to:
– Make estimates
– Construct the building
Anatomy of a Spec (Cont.)
• Related Documents
– Drawings
– Pay, insurance requirements, etc.
• Summary
– Quick reference
– Related spec sections – read carefully
• Definitions
– Defines common & uncommon terms
Anatomy of a Spec (Cont.)
• References
– Publications ACI, ASTM, PCA, or other industry
related documents
• Description of Work
– Similar to Summary—more detail of work included
• Quality Assurance
– Years of experience, certifications
– Mock-ups and samples
– Pre-installation conferences
Anatomy of a Spec (Cont.)
• Submittals
– Product material information
– Contractors’ qualifications
• Special Inspections
– Independent lab inspection of work
• Project Conditions
– Storage
– Layout
– Access
Anatomy of a Spec (Cont.)
• Products
– Specify all products related to work
– “Or equal” concept with acceptable alternatives
• Execution
– A written description of work installation
– Hot and cold weather work performance
• Protection
– Who is responsible
Anatomy of a Spec (Cont.)
• Maintenance
– Submit maintenance program to owners
• Warranties
– How long/when it begins
– Repairs
– Requirements for a repair
• Clean & Repairs
– When is the work accepted
• Laws specifying requirements for
building construction
• Model codes are national building
codes
• Local building codes state minimum
standards for a given community
• Safety and health standards protect
the welfare of employees
Building Codes
ITEC 360 - Building Codes & Inspections
SECTION R307 TOILET, BATH AND SHOWER SPACES
R307.1 Space required.
Fixtures shall be spaced in accordance with Figure R307.1, and in accordance
with the requirements of Section P2705.1.
Good or Bad Design
What is the code violation & why?
What is the code violation & why?
Code Books
Building Codes
•Building codes and Code Enforcement Departments vary
from State to State, and Jurisdiction to Jurisdiction.
•Each State/Jurisdiction my have Amendments that add or
vary the code.
•Building Inspectors are only human.
•Find out what/who your Local Jurisdiction/ Government
Officials are and what Codes they enforce.
Building Codes
•Most Residential Plans DO NOT need to be stamped by an
Architect or Professional Engineers (P.E.)
•Some Components might need a Professional Engineers
(P.E.) Stamp
•All Commercial Plans HAVE TO BE stamped by an Architect
or Professional Engineers (P.E.)
•An Professional Engineers (P.E.) Stamp supersedes the Code
Book and should fulfill the requirements of a Building Official
Building Codes
Covers one- and two-family
and townhome dwellings of
three stories or less.
Covers all buildings except
3-story one- and two-family
dwellings and townhomes.
Residential –
One & Two Family Dwelling
Commercial -
All Other Buildings
Residential vs. Commercial
IRC International Residential Code
Based on how a
how a home is built
IBC International Building Code
Format follows
Occupancy, Use, Area,
Assembly, and then Topic.
IRC Scope and Limitations
Single Family Residence
IRC Scope and Limitations
Single Family Residence
IRC Scope and Limitations
Duplex – 2 Family Residence
IRC Scope and Limitations
Duplex – 2 Family Residence
IRC Scope and Limitations
IRC Scope and Limitations
Townhouses
IRC Scope and Limitations
Townhouses
IRC Scope and Limitations
IRC Scope and Limitations
IRC Scope and Limitations
Existing Structures
What is the code violation & why?
IBC Scope and Limitations
IBC International Building Code
Format follows
Occupancy, Use, Area,
Assembly, and then Topic.
IBC Scope and Limitations
IBC Scope and Limitations
IBC Scope and Limitations
IBC Scope and Limitations
IBC Scope and Limitations
What is this classified as?
What is the code violation & why?