Entries for E-ROBOT Prize

New approach for evaluating a building for an envelope retrofit that is faster, safer, more scalable, more economical, and more accurate.

We retrofit buildings (including windows) with super-insulating materials using robots & machine learning to make our solution affordable

We provide a localized exterior envelope air leakage testing system that is non-destructive and minimizes occupant disruption

Fresh air for all is for reducing silica dust for us all.

Semi-automated tools to allow scaling retrofits of buildings.

We address robotic inspection and mapping tasks to identify issues with the thermal envelope using an innovative salamander robot.

We propose a drone-based sensing and inspection solution to inspect and sense problems both inside and outside of an old house.

We improve energy efficiency and comfort by generating 3D thermal point clouds to create sophisticated models of building heat flows.

Morf is a user-friendly and accessible software suite that guides the consumer through every stage of the residential retrofit process

Our team of industry experts has created a holistic solution to inspect, map, and perform surgical, robotic retrofits to building envelopes

A tool developed using autonomous drone, advanced NDT sensors, machine learning, and cloud database to accelerate building envelope retrofit

This project will investigate application of active, building skin retrofit strategies for existing buildings, and robotic technologies.

Robotic Envelope Assessment for Energy Efficiency, with a multi-function drone, AI-based data analysis and mapping, and AR for retrofitting.

wall-EIFS is a robotically applied, 3D-sprayable exterior insulation and finish system (EIFS) for building envelope retrofits.

A framework using a mobile robot with IEQ sensors combined with drones to identify IEQ problems caused by building envelope defects.

Automating design, fabrication, and installation of EIFS to increase worker productivity and safety and reduce installation costs