Led project in analysis of network traffic using machine learning in corporate environment, leading to filing an intellectual property patent with Google
Ran a start-up in mobile-centric software for trucking navigation and dispatching
Plantile
a project to terraform suburban roofs
I'm doing this...
For plants: reclaim green space lost to roofs
For the bees: no-maintenance flowers to fight colony collapse and fight declining pollinator populations
For the sewers: reduce runoff by capturing and utilizing rain water
For the house: protect the shingles from sun and prolong their life
The planters must be...
No-maintenance for 5 years, which means
It can withstand winds in MA even on a 45-degree sloped roof
It is drought tolerant
It contains perennials or self-seeding annuals with nitrogen fixing plants.
Better for the house than a bare roof, which means
It protect the shingles from the sun
Affordable, which means
Cost of materials is below $30 per planter
Portable, which means
It weighs less than 51 lb, which is a safe lifting weight according to OHS
It doesn't require the resident to install additional waterproofing on their shingles
Current Design
Stability on Roof
Planter Design
Drainage to Keep the Roof Dry
Portable Weight
Plant Choice
Water Retention
Open Questions
How much additional static load can a roof take? How heavy is a planter once it's saturated with water? Can a roof take that plus snow?
What are people's priorities?
Why is this better than standard planters on the patio?
Help the Project
If you like the idea, let's get in touch! I'd love to hear your thoughts, both positive and critical, on the design and the presentation. If you'd like to help, I need alpha testers, helping hands in the Boston area, and connection to architects/builders who can tell me about the static load's effect on the roof.