Manufacturing

Research

a graphic with a bird feather and the words blue origin

Automated Thermal Interface Material Applicator

The Blue Origin SCOPE team designed and fabricated an automated thermal interface material (TIM) application machine for use in a production environment.

Research

Faculty Advisor: Amon Millner

Push Test- Continued Automation

As part of New Balance’s continual work to improve associates' work experience while maintaining high-quality standards, the SCOPE students built upon the 2025 SCOPE team's work to develop a highly-automated solution, creating tooling that reduces the manual tests and improves the consistency of the quality check.

Research

Faculty Advisor: Scott Hersey

Fiber Sheet Drying System

This year's SCOPE team developed a method and device to dry thin, delicate sheets of fibers in a way that is time and energy efficient, user friendly, and scalable.

Research

Faculty Advisor: Lawrence Neeley

Identifying Manufacturing Variations in Computerized Stitching

Our team worked with New Balance to investigate certain manufacturing processes for New Balance shoes at their Lawrence, MA factory.

Research

Students posing in front of project poster at Summit

Faculty Advisor: Lawrence Neeley

Push Test Automation

Our team worked to automate a physically taxing process by designing tooling that reduces the manual strain on thumbs and improves the consistency of the quality check.

Research

Faculty Advisor: Sarah Bloomer

Circularity and Repairability of Bose Products

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

Research

Faculty Advisor: Lawrence Neeley

Brandeis Rosbash Lab FlyBox Redesign

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.

Research