Our solution is to make an apparatus that has a foot pedal, so the client is free to hold the chords down with his hands.

Our current solution is an array of mechanical switches suspended around Max’s head which allow him to control 4 of the 10 buttons on a traditional Xbox controller.

The wall is composed of 3 panels and has dimensions of 50.4 inches in height, and a total width of 106.5 inches, with each panel having a width of 35.43 inches.

The primary objective is to enhance the MFA way-finding experience for individuals with visual impairments via a portable, tactile map by extruding the digital copy of the map to develop a physical 3D print.

The MultiTap Accessibility Device is a wireless, keypad-based communication device that assists individuals that are blind and/or have limited dexterity in their hand movements in communicating with a mobile device.

Design and build a large puzzle of the United States (approx. 5’ by 5’), with each state its piece and true to shape.

A product that is affordable, convenient, and useful. This product will be wearable and a stylish wristband that contains a microphone along with a sensor and can vibrate when a close human voice is sensed.

Our product is a cane attachment that reads information off of markers placed around cities. The device can be used independently or it can be paired with a smartphone to offer more features.

Rod puppet mechanism where the movement of the buttons on our design drive the movement of the arms and jaw.

A lightweight, low-cost enhanced obstacle detection system that attaches to a user’s white cane and appropriately alerts the user of obstacles in their path.

A thicker coated wiring to create a more substantial support structure. We chose to use a coated wire rather than 3D printing the frame due to the important functionality of masks.

The ideal solution for this problem is coming up with an idea that enables Max to use a remote with commands with the use of his head switch.

It all begins with an idea.