Noon Institute · Field Engineering

Water has been engineered by hand for two thousand years.

We read the ground and move water by hand — gravity first, stone and grade before pumps and pipe. Proven designs where they fit. Field prototypes where your ground deserves better questions.

Where this comes from
The puquiosSpiral wells cut into the Nazca desert, walking water up from the ground by hand. Many still run.Peru · ~1,500 years old
The qanatsGravity tunnels that carried mountain water across whole deserts — no pumps, no power, no evaporation.Persia · ~2,700 years old
The acequiasSan Antonio’s mission ditches — gravity-fed, community-run, still moving water after three centuries.San Antonio · ~300 years old

The mark on our homepage is a puquio — five resources spiraling to a center. That isn’t decoration. It’s the school we build in.

Two ways we work
Applied work

Known problem, proven answer.

Most water problems have a known solution. If your site calls for a French drain, a buried pipe, or a regraded swale — that’s what we build.

  • Standardized, proven designs
  • Predictable price
  • Built once, warrantied
Research & field design

Some sites deserve better questions.

Can we keep the tree? Can the drainage be the landscape? Can we understand why the ground behaves this way? Then the work becomes a pilot project on your own land.

  • Site-specific design
  • Field prototype → observe → refine
  • Every observation documented

Engineers don’t experiment on every bridge. They use established designs where they fit, and reserve research for the sites that need it — innovation isn’t making every project experimental; it’s knowing which projects deserve it. We’ll tell you plainly which kind of site you have.

The Noon field engineering process
PH·1
Observe

Read the site’s existing hydrology. Where the water actually moves — not where the plans say it should.

PH·2
Build

An initial intervention shaped by field conditions. A working prototype in real material, on real grade.

PH·3
Evaluate

Performance is judged during natural rain events. We come back in the storm and watch the water grade our work.

PH·4
Refine

Where the water disagrees with the design, the design changes — geometry, materials, grade.

PH·5
Finalize

The long-term solution, documented — what was tried, what the site taught, what holds.

The habit underneath it
We come back after storms.

Where the water actually moved. Where sediment settled. Where roots interfered. Where the assumption was wrong. Written down, every time — so the next design is built on evidence from this ground, not intuition about ground in general.

Dry-creek drainage — the water path became the landscape

Start where we start: read the site.

90 minutes on your ground. Free. Then we tell you which kind of site you have.

Book a Site Read →

Field engineering is our name for this craft — reading ground and moving water by hand, in a lineage older than the license. Where a project needs a stamp, we work with licensed engineers and surveyors rather than around them.