Environmental Architecture · Energy · Climate

Put climate into the design loop

Building-energy thinking, climate literacy, and light tools for studio and field surveys — including on a student laptop.

What you’ll find here

Short explanations, practical workflows, lightweight tools.

Climate-first design

Degree days, climate zones, comfort, massing, and envelope strategies.

Building energy basics

From heat transfer to HVAC efficiency — enough physics to reason without heavy software.

Carbon & lifecycle

Operational vs embodied carbon, material cycles, and documenting assumptions.

Field survey workflow

Student-ready templates that separate measured from estimated, then compare to bills.

Research themes

Methods that translate into studio deliverables: diagrams, assumptions, decision logs.

Envelope strategies by climate

How R/U/SHGC tradeoffs change in heating- vs cooling-dominant locations.

IECC zones · hybrid defaults · windows

Passive + low-energy systems

Ventilation, heat pumps, DHW, and right-sizing. Performance first, comfort always.

HVAC · DHW · comfort

Carbon-aware design moves

Simple accounting so you can compare options before drawings lock in.

operational · embodied · materials

Tools & projects

Small tools that behave well in classrooms and on student laptops.

Energy Calculator (student survey)

Estimate annual loads and costs; optionally compare against monthly utility bills. Built for good-enough decisions.

Climate diagrams kit

Lightweight templates: sun paths, shading, ventilation, seasonal strategies.

Licenses

Billing is a Stripe subscription inside the calculator. Sign in, then subscribe.

Personal
$80 / month

$960 / year

Bound to 1 device (admin can reset).

Multi-user
$150 / month

$1800 / year

Unlimited devices.

Education
$1500 / year

Multi-user, requires a .edu email. Annual only.

Short modules

Readable in 5–10 minutes, with examples you can reuse on studio boards.

HDD / CDD

What they mean and how to interpret them.

U-factor vs R-value

Where students usually get confused.

AFUE / SEER / COP / UEF

How to read efficiency labels on real systems.

Measured vs estimated

How to document assumptions responsibly.

How to use

Enter what you measured, document what you assumed, and compare to bills when available. Measured values override estimates.

In deliverables, include a short note on what is measured vs estimated (Confidence).

Contact

Want this for a class, studio, or lab?

Tell us the constraints: network, devices, location.

support@archedstudio.org