SCOPE Projects

As a part of the NIH-funded HAFTRAP project, the AirPartners/Aerodyne SCOPE team created an integrated air quality measurement system that included both low and high-cost atmospheric chemistry instruments.

This year’s SCOPE team is creating a comprehensive object taxonomy for Amazon’s diverse product catalog, which in conjunction with advanced perception systems, is the beginning of revolutionizing the way autonomous robots are used for object manipulation. This system can be used to increase accuracy in warehouse operations. 

This year’s SCOPE team created a package manipulation robot, with an integrated perception system, that can be operated remotely. The robot control system can be used to remotely support Amazon associates and improve the ability to complete orders quickly.

The SCOPE team developed a custom tool with specific torque values to attach and remove avionics harness cable connectors to help decrease both the assembly time and turn-around time of the New Glenn launch vehicle.

This year's team worked to design a device to help technicians lift and transport batteries to work benches and installation locations.

In this project, our team will be working closely with Blue Origin to understand the standards and difficulties of PCB rework and designing a workstation to aid in this process. This station will be self-contained and easily accessible by the avionics team, reducing lead times wherever possible. Major challenges include understanding and designing around worker ergonomics and mitigating environmental hazards.  

The 2022-23 Brandeis SCOPE team overhauled the original Roshbash Lab FlyBox's hardware, assembly, and software, creating a robust and polished tool to track the behavior of genetically modified fruit flies over multiday periods.

The 2022-23 Bose SCOPE team worked with Bose to infuse sustainability and product circularity across its global business operations.

Our project will review the manual complexity and risk assessment work in GCS, and recommend an automation framework by conducting data analysis and machine learning along with implementing a proof of concept using the framework. This will enable timely response to changes and aid in efficiently allocating GCS resources.

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 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. 

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 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.