Project Planning & Design

General Topics


  • Understanding microclimates

  • Solar position and movement

  • Understanding site specific conditions and requirements

  • Reading topo maps

  • What you can and cannot do with historic buildings

  • Logic puzzles to meet project requirements

  • Brownfield Sites

    • Phase 1 Site Assessment - Look into property history and conditions to determine if there may be contaminants on site. 

    • Phase 2 Site Assessment - If, after Phase 1, there may be a risk of contamination then specific tests will be run on soil, air, and any other conditions that may be a risk. Can include the following

      • Mold

      • Asbestos

      • Indoor Air Quality

      • Lead

      • VOC (Volatile Organic Compounds) 

      • Radon

  • Assessing site specific issues 

    • Erosion risks

    • Microclimates

  • Foundation types and uses

    • Pier

    • Pile

    • Slab on grade

    • Cantilevered footing

    • Micropiles

    • Friction piles

    • Stepped footings

  • Understanding how mechanical affects other disciplines 

  • Pros and cons of different ground cover materials

    • Asphalt

    • Grass

    • Mulched bark

    • Wood decking

    • Crushed stones

    • Concrete pavers

    • Compacted gravel

    • Pervious concrete

  • Reading code 

    • Code exceptions 

    • Fire resistance rating tables

    • Occupant loads

    • Plumbing occupant loads

    • Door swing

  • Understanding items on budget and cost estimate lists

  • Calculate pricing and options for different finish options (including energy savings)

  • Site analysis for best expansion and renovation options for existing building 

  • Different fire suppression systems and when to use them

    • Dry pipe

    • Wet pipe

    • Deluge

    • Mist

    • Preaction

  • Pros and cons of different finish materials

    • Flooring

      • Terazzo

      • Carpet Tile

      • Ceramic Tile

      • Roll Carpet

      • LVP

      • Roll Vinyl

  • Floor / subfloor options

    • Raised accessible subfloor

    • Underfloor duct raceways

    • Floor boxes with acoustic wall panels 

  • Roof Options

    • Treated Cedar Shingles

    • Galvanized Standing Seam

    • Asphalt Composition Shingsles

    • EPDM

    • Modified Vitumen

    • Four-ply built up roof

  • Understanding different fire safety systems

    • Self Closing doors

    • Smoke dampers

  • Using the most stringent code between conflicting requirements

  • Use of natural lighting

    • Light shelves

    • Window sizes

    • Window mount locations

  • Site drainage, water movement

    • Area drains

    • Slotted concrete pavers

    • Subsurface perforated piping

    • Brick pavers with open joints

    • Retention basins - Used to permanently hold storm water. Permanently has water, but will hold extra to slowly drain during and after storm through an outlet above normal water level

    • Detention basins -Used to temporarily hold storm water to prevent flooding. Drains after the storm has stopped. 

    • Drop Inlet

    • Catch Basin

    • Trench Drain

  • Waterproofing details

  • Passive environmental control methods in different climates

    • Clusters and rows in cold climates

  • Understanding roof drainage

    • Where to place crickets

  • Understanding solar panel placement

  • Water supply systems

    • Upfeed Distribution

    • Downfeed Distribution

    • Pumped upfeed distribution

  • Floor area ratio and how to apply it

    • Max. buildable area

    • Max number of floors

  • Allowable area calcs

  • Occupant Load Calcs

  • Plumbing Calcs

  • Parking Counts

  • Calculating stair risers required

  • Structural Member Types

    • Steel Open Web Joists

    • Engineered Glue Lam

    • Solid wood joist and girders

    • 2 way conc. Flat Slab

    • 2 way conc waffle slab

    • 1 way conc. Slab and beam

  • Structural Systems

    • Cross braced frames

    • Shear walls

    • Rigid frame

    • Gang-nail trusses 

    • Composite I-joists 

    • Glulam beams

    • T&G decking

    • Heavy Timber

    • Plywood decking

    • Cast-in-place concrete (reinforced and not reinforce)

      • Columns 

      • Flooring

    • Tilt up concrete

      • walls

    • Structural steel

      • Girders

      • Beams

      • Joists

      • Steel form deck

  • Use of louvers and light shelves

  • Required separation between occupancies 

  • Advantages and disadvantages of different fixtures and finishes

  • Analyzing issues resulting from changes

  • Building shapes that are more or less beneficial in different climates and other issues (earthquake, wind, solar gain)

  • Efficient room layouts (restroom)

  • Finishes of metals and their advantages

  • Passive heating and cooling strategies

    • Orientation 

    • High and low opening spaces

  • Types of elevators and their advantages

    • Geared Traction  

    • Gearless Traction

    • Holeless Hydraulic

    • Conventional Hydrolic 

  • Types of portable fire extinguishers and when to use them

    • Class A - General use - paper, wood, plastic, etc.

    • Class B - Flammable Liquids - Gasoline, Kerosine, Organic solvents

    • Class C - Electrical - Switchgears, transformers, panel boxes, Equipment powered by electricity

    • Class D - Combustible and reactive Metals - Magnesium, Sodium, Lithium

    • Class K - Kitchen - Kitchen equipment and grease / oil fires

  • Ways to minimize condensation

  • Geo-exchange heat pump types

    • Vertical open loop

    • Vertical closed loop

    • Horizontal open loop

    • Horizontal closed loop

  • Compare costs of different materials

  • Identifying where ADA updates are needed

    • Calculating ramp lenghts

  • Egress sizing calcs

  • Knowing which regulatory bodies are needed for each project

  • Types of HVAC systems

    • Constant air volume

    • Variable air volume

    • Terminal reheat

    • Dual duct

  • Equipment placement on site or on buildings

  • Calculate air exchange rate of different systems 

    • Mechanical systems

    • Windows

  • Understanding how electrical systems get changed by project changes

  • What sources to find site info

    • USGS maps 

    • Zoning Maps

    • Topo maps

    • Geotech investigations

    • FEMA maps - Primarily deal with flooding zones and flood probability

    • USDA surveys

    • FAA docs - Design around airports and within about 3.8 miles of an airport. Closer projects may have extra restrictions depending on the FAA zones

  • Misc stuff / general stuff to be familiar with

    • Wire Cable Hanging System

    • Geothermal systems

    • Photovoltaic systems

    • Insulation / R-Value

    • Geotech reports

    • Solar diagrams

    • Stormwater runoff records

    • Easements and setbacks


Foundations and Structural Systems


Types of Foundations

Shallow

Deep

Flooring


Common Types of Flooring

Vinyl - sheet and planks

Carpet - sheet and plank / tile

Hardwood - Planks

Engineered Wood - Planks

Laminate - Planks and tiles

Linoleum - Sheet and tile

Quartz - Tile

Porcelain - Tile

Stone (granite, Marble)- Tile, slabs

Terrazzo - Pour in place and Tile

Polished Concrete - Pour in place

Epoxy - coating

Flooring


Common Types of Roof Materials

Asphalt Shingles-

Wood Shakes / Shingles -

Composite Shingles -

Slate Shingles -

Green / Vegetated Roof -

Tile Roof -

Corrugated Metal -

Sheet Metal / Metal Shingle -

Built-Up Roofing -

Modified Bitumen -

TPO Roofing

EPDM

PVC

Standing Seam Metal

Metal Shingle

Fire Suppression Systems


Types of portable fire extinguishers

Class A: Ordinary Materials (paper, wood, plastic)

Class B: Flammable liquids (oil, gasoline, kerosene)

Class C: Electrical Fires (switch gears, outlets, hot plates)

Class D: Flammable and reactive metals (Lithium, Sodium, Magnesium)

Class K: Kitchen

The most commonly found type of portable fire extinguishers are a combined Class A, B, & C

Fire Sprinkler Systems

Misc. Other Stuff


Ramp Slope and Grading

Maximum allowable ADA ramp slope = 1:12 (8.3%)

Maximum allowable ADA ramp slope without handrails = 1:20 (5%)

Calculate ramp grade: Grade% = (Rise / run) * 100

Calculate Ramp Length: Length = Height * Slope Ratio

Solar Position and Movement

The sun rises in the East and sets in the West and is angled in the Southern part of the sky.

The Northern part of a building doesn’t get direct sunlight, but the Southern side does.

Foundations and structural systems

https://www.foxblocks.com/blog/house-foundation-types
Types of Structural Systems: A 2026 Design Guide https://share.google/TlSKppd8dNJCwhmSM

Structural Systems. 2016. (Brightwood ARE 4.0 study guide)

https://goldenbayfoundationbuilders.com/mat-foundation-vs-slab-grade/

https://www.mannleecw.com/types-of-frame-structures/

Site Materials and Drainage

Understanding the Types of Drainage Systems https://share.google/QUEDllKqroCKEbjr1 

The Pros and Cons of Different Mulch Materials - Soil Kings https://share.google/3aNezVc8heLRET06N 

Best Landscaping Materials: Pros, Cons & Costs (2025 Guide) https://share.google/9xp03cVSJCHDCA5BN 

https://www.blackstonelandscaping.com/hardscape-materials-comparison-pros-cons/

Flooring

Flooring Types Pros and Cons https://share.google/xGwRoDtpkXMBqfN8P 

https://www.robbins.com/en-us/resources/how-to-choose-flooring-for-your-home-a-comprehensive-guide.html

https://www.avalonflooring.com/blogs/blog

Raised Floor vs Traditional Floor: Key Differences Explained - Dawn Modular Floor https://share.google/Je4mWCZsdfbmmjhqF 

Roofs

Pros and Cons of Different Roof Types | Moriarty's Roofing https://share.google/NX0QyZ5K1Z9QhdwEN 

https://www.certainteed.com/inspiration/how-tos/different-roofing-materials

https://www.americanweatherstar.com/insights/modified-bitumen-roofing-the-complete-guide/

Fire Mitigation

Pre-Action Fire Sprinkler System │ Western States Fire Protection https://share.google/O2qg3FSubkGPTim9q 

Types of Sprinkler Systems | NFPA https://share.google/RKBbYDtZD1MwsPfXL 

https://tfp.qa/products/fire-suppression-systems/deluge-system/

Fire Extinguisher Selection Guide https://share.google/qJiU9m2oeTULKxKil

https://kobfire.com/news/a-beginners-guide-5-types-of-fire-sprinkler-systems/

Mechanical and Climate Control Systems

Louver Windows: Modern Designs, Types & Benefits for Homes https://share.google/qhZWzEm0nCZ4J67R0 

Difference between Constant Air Volume and Variable Air Volume https://share.google/3jICeMGNAeXdvXm4F 

Types of Geothermal Heat Pump Systems – Carbon Solutions Group https://share.google/rmQTmcgYsuG1c2oG6 

Misc.

Types of Elevators: Hydraulic, Traction, and MRL Explained https://share.google/gj61E17Fh3KpPMDKo 

Architectural light shelf - Wikipedia https://share.google/DbYIG3rrZ9qTjOIaE 

https://share.google/9stNLFzYthiWyrBFw 

https://hyperfinearchitecture.com/how-to-read-sun-path-diagrams/

Ching, Frank. 2014. Building Construction Illustrated. Hoboken, New Jersey: John Wiley & Sons, Inc.

Bradshaw, Vaughn. 2006. The Building Environment : Active and Passive Control Systems. Hoboken, N.J: John Wiley.


References and Resources