Hearth & Field · Track 2
The small home: worksheet
Name: ____________________________ Date: ______________
Lesson 7: Small-home types compared
By the end you can:
- Describe six common small-home types.
- Name a main strength and a main drawback of each.
- Know which questions about legality and structure to ask before you choose.
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Your brief says: one person, low budget, must be legal full-time, and you may move in five years. Which question should you answer first?
Key: Whether local zoning allows a tiny house on wheels as a full-time home
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
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Which parts of this topic need a licensed professional or a permit, and what would you ask them?
Lesson 8: How a building stays standing
By the end you can:
- Name the main kinds of loads on a building.
- Trace the load path from roof to soil.
- Describe common foundation and framing types, and know what needs an engineer or inspector.
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You want to open up a small cabin by removing an inside wall. What should you do first?
Key: Have a professional confirm whether it is a bearing wall, and check permit rules
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
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Which parts of this topic need a licensed professional or a permit, and what would you ask them?
Lesson 9: The building envelope
By the end you can:
- Name the layers of a wall and what each one does.
- Explain insulation, air sealing and moisture control as three separate jobs.
- Explain why the envelope comes before the heater.
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A cabin has thick insulation in the walls but is still cold and drafty. What is the most likely missing piece?
Key: Air sealing: there is no continuous air barrier
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
Lesson 10: Windows and passive solar
By the end you can:
- Explain why south-facing glass gains heat in winter in the US.
- Read the U-factor and SHGC on a window label.
- Combine glass, thermal mass and overhangs without overheating the house.
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A new cabin in zone 5 overheats on sunny October afternoons and is cold before dawn. The south wall is almost all glass, with a wood floor on joists. What is the best fix to explore?
Key: Add thermal mass where the sun lands, and add shading or less glass
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
Lesson 11: Ventilation and indoor air
By the end you can:
- Explain why a tight house needs planned ventilation.
- Name the main ventilation types, from spot fans to heat-recovery systems.
- Diagnose a damp cabin from its clues.
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You have just air sealed a small house with a wood stove. What should come next?
Key: Plan ventilation and have the stove and flue checked for safe draft
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Diagnose it: “The cabin is damp. Windows drip every winter morning and black spots are growing in a closet on an outside wall.” What is the most likely cause, and what clue tells you?
Key: Lots of moisture made inside, with no planned way to remove it
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
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Which parts of this topic need a licensed professional or a permit, and what would you ask them?
Lesson 12: Codes, permits and inspections
By the end you can:
- Tell zoning, building codes and health rules apart.
- Describe the usual steps from permit to final inspection.
- Prepare good questions for the building department.
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You buy rural land and plan a small cabin with solar and a septic system. What is the best first step?
Key: Call the building, zoning and health offices with your homestead brief and ask what applies
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
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Which parts of this topic need a licensed professional or a permit, and what would you ask them?
Lesson 13: Project: a small floor plan
By the end you can:
- Choose a simple footprint and orient it to the sun.
- Place windows on each side with heat loss and solar gain in mind.
- Read a rough heat-loss estimate and know what it leaves out.
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Two plans have the same floor area in zone 6A. Plan A is a rectangle with its long side south and most glass on the south. Plan B is an L-shape with large west windows. Which will usually lose less heat over a winter?
Key: Plan A
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Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?
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Which parts of this topic need a licensed professional or a permit, and what would you ask them?
Homestead Lab activity
First winter in a drafty cabin
Goal: Keep indoors at 59 °F (15 °C) or warmer for at least 95% of hours, December through February, on 2,500 kg (about 1.5 cords) of wood.
- Run the starting setup to the end. Write down what failed and when.
- Predict which single change will help most. Write your prediction before you try it.
- Pin the first run as a baseline, make one change, press Restart and run again. Record what moved in the comparison table.
- Keep changing one thing at a time until the goal is met. What did your final setup cost, as a range?
Questions come from the lessons' checks. The course is in draft; check answers against the current lesson text.