The Multi-Planar 3D Printer is a revolutionary 3D printhead design for the Ender 3 that reduces sacrificial support material and post-processing times for 3D prints without compromising on part complexity. It accomplishes this by introducing additional axes of rotation to allow for printing along angled planes that are not parallel to the base layer. By doing this in a low-cost design, we allow freedom from traditional 3D printing constraints and open unforeseen design possibilities.

For more information on our project, visit our website.

Most commercial digital stylus today are restricted by either limited functionalities, compatible devices, or the requirement of additional hardware. The AirMotion Pen is a compact combination of an optical mouse and digital stylus with minimized platform dependencies. It leverages machine learning to translate gesture recognition into mouse and stylus functionalities without the need of a tablet.

For more information on our project, visit our website.

Swim Pro is a project committed to helping open-water swimmers train by themselves safely. Open-water swimming is an activity practiced by triathletes and swimmers but can be hard to train for without another person’s assistance. The swimmer in the water may not be visible to nearby boaters and it can be hard to know if a certain pace and course is being kept during training sessions. Swim Pro is an autonomous aquatic solution to address and solve these issues for the benefit of the athlete.

For more information on our project, visit our website.

From choosing effects, to plugging them in and playing live, Corda offers an all-in-one platform for electric guitar effect processing. This customizable, multi-effect system is controlled by a small device that clips onto a guitar, eliminating the complexity and rigidity of multiple foot pedals. Corda's software platform allows users to upload and create customized effect combinations.

For more information on our project, visit our website.

Underwater structures are an integral part of civil infrastructure globally. From bridges, to docks, piers and dams, critical submerged structures must withstand harsh conditions and require regular maintenance and inspection. AquaBat, in association with Deep Trekker, aims to increase the viability of automated underwater inspection techniques by incorporating Simultaneous Localization and Mapping technology into Deep Trekker’s Revolution Automated Underwater Vehicle. This capability will allow inspections to be carried out in more adverse conditions and decrease the reliance for divers to manually perform these inspections.

For more information on our project, visit our website.