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Engineering Projects

One of the goals of our group is to foster an integrated framework of GLOBE and engineering throughout the K - 12 + University environment. The Boston University Mission EARTH team has partnered with Boston University's Dept of Mechanical Engineering Senior Design Capstone course to encourage the senior Mechanical Engineering students to design instruments that can be assembled by K-12 GLOBE partner schools, for use in gathering data for GLOBE and curriculum and exploring engineering concepts and tools.

Lightbox design for fast plants protocol

Lightbox design for fast plants protocol

In response to classrooms needing a cheaper alternative to the various commercial options are available for a light box, we came up with our own design for a light box! Plans for sourcing materials for and assembling into a light box for growing fast plants are described here. The only tool required is a PVC pipe cutter (or a hacksaw). Once the pipes are cut to the indicated lengths, assembly of the box frame can be completed within 10 minutes.

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BU weather station project

Autonomous Weather Station Kit

We're very excited to share a WiFi solar powered weather station as a project for a high school-level engineering or science class or after-school club. This project was designed primarily as an instruction manual that describes all the sensors and components involved, where to buy each component, and how to assemble the station. The project is in its final stages and we're working to add the data output stream to the GLOBE database.

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The project manual can be downloaded via the link below, and any questions can be directed to Prof Caleb Farny (farny@bu.edu): 

Mission Earth Weather Station Instructions_v2_Summ2019

Video tutorials on the project assembly:

Video 1: Introduction and overview, power management and buck/boost board preparation

Video 2: Board layout overview and BME280 board preparation

Video 3: Wire layouts for the board

Video 4: Board mounting and assembly

Video 5: LED on/off button overview

Video 6: Sensor connections to the assembled board

Video 7: Tripod mounting hardware, final assembly