Our project addresses the need for improved train track inspection. Two prevalent rail system hazards are gauge defects and breaks in the rail, caused by daily wear. A.R.I.S is a long-distance autonomous plane developed to fly above train tracks and measure the inside distance or gauge of the tracks and detect breaks in the tracks. This product utilizes vision, controls, and hardware engineering to detect these defects, enhancing rail system safety.

Faculty Advisors: HJ Kwon and Yanjun Qian

A conventional keyboard requires users to type in positions that apply strain and pressure to their wrists. This increases the risk of developing Carpal Tunnel Syndrome. The Optinomic (Optimal Ergonomic) Keyboard is a split keyboard design that mitigates this issue. It allows users to freely change their typing form to achieve a more comfortable posture, reducing stress on their wrists.

Faculty Advisor: JuHyeong Ryu

Adverse weather conditions have a detrimental effect on solar energy generation as dust and debris on solar panels significantly reduces their efficiency. Traditional cleaning methods are costly, require many hours of labour, and are often not applicable to existing utility solar farms. Solaris has designed a solution to reduce the cost of cleaning solar panels using semi-autonomous robotics. Our design cleans panels with minimal user intervention, while filtering and reclaiming cleaning water for reuse.

Faculty Advisor: Michael Collins

Transporting and storing canoes often requires costly roof racks and copious storage space. The packable canoe increases convenience and reduces barriers for the use of canoes in the boating industry. Designed on a telescoping principle, the packable canoe extends to its full size and conveniently collapses in minutes. This canoe is easily locked into its extended and retracted configurations to ensure safety, and its combination of aluminum framing and neoprene skin creates a lightweight design.

Faculty Advisor: John Montesano

With the growing popularity of e-commerce, delivery is becoming an increasingly valuable service. The last mile of delivery presents a unique opportunity to make sustainable freight superior to gas-powered vehicles. The Velociparcel is a swappable cargo container that integrates with cargo bikes to increase delivery efficiency. Our solution minimizes the duration that couriers spend at a shipping hub, maximizing time available for delivery.

Faculty Advisor: Steve Lambert