Rising up from its corner lot like a ship on a wave, this shipping container home in Williamsburg, Brooklyn, is a stunning private residence made from sliced, diced and strategically reassembled cargo boxes.

The cut containers were flipped and reassembled to avoid waste, reusing various angled sections generated through diagonal slicing (images by Danny Bright). Moving through the home, the logic of these cuts becomes increasingly clear.

Designed by LOT-EK, a firm famous for its industrial-style containertecture, the corrugated facade is spliced with vertical windows along the sides. Along the front and back, container ends open up for larger views and terraced roof access — there are outdoor spaces at each level, given privacy thanks to the angled cuts. Below, those same cuts provide a natural opening for the building’s sunken entry, garage and cellar.

Social living, dining and kitchen spaces are on the first floor. The inside is also shaped by the slice angles, forming spaces like a media room with bleacher seating and a projector. Upper levels include bedrooms, play areas and other private spaces.

Faster, leaner and just plain better, this ingenious resign reduces wasted cardboard, eliminates excess tape and is also more convenient to build, open and store than traditional shipping boxes.

Fully reversible for easy reuse, this patent-pending creation is the product of two Cooper Union student collaborators, Henry Wang and Chris Curro, undergraduates in the Albert Nerken School of Engineering.

The Rapid Packing Container deftly address a long series of shortcomings, showing that even something so taken for granted as the cardboard box can benefit from serious improvement.

Instead of pulling the unfolded box from a shelf then manually taping together various sides and flaps, shippers can simply press the flattened version of the RPC into a box that folds it for them. After removing a single strip of paper, a minimal amount of exposed adhesive does the rest. Instead of unnecessarily overlapping layers of cardboard, or using tape to support weight, the built-in corrugation and interlocking folds provide for essential structural needs all while using less material.

The end-user experience is also refreshingly clean and simple – instead of cutting through copious amounts of tape, recipients can push a tab to open the box and watch it unfold in front of them. If there is branding or shipping data on the exterior, that set of exposed sides can be flipped, folded and bent back into the hidden interior. Of course, only time and rigorous testing will tell whether this radical reinvention can disrupt entrenched industrial design standards.