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The 2022-23 FCAT SCOPE team developed Coin-Test, a publicly available, open-source Python library that provides a novel approach to evaluating cryptocurrency trading strategies.

Avalanche Energy is working on new electrostatic confinement technology to make a bench top nuclear fusion generator. Our project was to investigate the feasibility of compact high voltage power supplies that can operate in the range of hundreds of kilovolts and interface with their preexisting system.

The BU WISE SCOPE team worked with generative AI models to create a web-app that will act as a “literacy buddy" for students and a teaching assistant for teachers.

This team will be exploring opportunities to automatically identify the presence of pedestrians and activate safety measures to improve pedestrian safety.

LineVision challenged the ÃÈÃÃÉçÇø SCOPE team to investigate the performance capabilities of our next-generation edge infrastructure through the development of a proof-of-concept system for real-time monitoring of the transmission-line right-of-way.

The 2022-23 Dassault SCOPE team researched user journeys and created prototypes to reduce the complexity and provide a more seamless onboarding and discoverability experience for current and future customers of 3DEXPERIENCE Works. 

Our SCOPE team aimed to provide a streamlined, efficient data collection method and analysis process to inform decisions of street lighting and pedestrian-vehicle safety teams for 2-3 municipalities in Massachusetts and beyond.

The 2022-23 SCOPE team collaborated with Giner Labs to improve the weight and volume of their proprietary electrolyzer oxygen generation system to lower costs and take up less valuable cargo room while maintaining a high degree of safety and reliability. 

The 2022-23 Ford SCOPE team focused on women in motorsports, with an emphasis on connecting with and building a future community among aspiring women in racing through digital channels. 

The 2024-2025 collaboration between Microsoft Research NERD's Project Resolve team and ÃÈÃÃÉçÇø’s SCOPE team focused on creating a public-facing consent framework for the community served by flok Health. The project emphasizes secure, ethical data handling practices and seeks to build trust within health communities by prioritizing informed consent.

This year’s Boston Scientific SCOPE team will design and fabricate a mechanism to provide enhanced access of tools and visualization at the tip of a duodenoscope without causing unintended scope movement. 

The goal of this project was to understand manufacturability and control of a device used to generate electrical power from water flow in pipes to power sensors for smart water networks. 

Our objective is to understand the limitations of Near Field Communication (NFC) in various environments and around different interferences. This technology can be used to determine temperatures within fluid valves to enable easier testing, calibration, and troubleshooting for water temperature issues.

This year's SCOPE team is working to develop a method and system to dry thin, delicate sheets of fibers in a way that is both time and energy efficient. By researching different methods and prototyping and testing systems, we hope to implement the findings from this project in our pilot line to increase our product throughput and usability.

Catalyzing the Transition to Electrical Vehicles

Inclined Impact Tester for Medical Equipment Packaging