Cristo Rey Jesuit High School
Ken Melrose Technology Lab
solution
Technical Education
Market
K-12 EDUCATION
location
Minneapolis, MINNESOTA
PARTNERS
Stratasys, makerbot, Universal laser systems, roland, Forest CNC, BOFA, Interior Concepts, Greene Manufacturing, erlab
ABOUT THE PROJECT
Cristo Rey Jesuit High School is a Catholic high school located in Minneapolis, MN with students that come exclusively from families of limited economic means. The Ken Melrose Technology Lab (M-Lab) within the school provides space and equipment for Cristo Rey Jesuit to incorporate coding, computer-aided design (CAD), circuitry, audio/visual editing, videography, photography, and social media marketing into their curriculum.
H2I Group provided high-tech equipment for this lab including 3D printers, laser engravers, printers and cutters, CNC machines, STEM furniture, and other industry-related equipment and training to help prepare students for future careers and enhance access to STEM opportunities. The M-Lab prepares over 500 students per year for skilled in-demand jobs.
PRODUCTS & SERVICES
RELATED PROJECTS
GET STARTED
LET’S TALK ABOUT YOUR
NEXT PROJECT
CONTACT US
FIND MORE ON THE BLOG
November 6, 2024
Racing Against Time: USC Engineering Students Maximize Speed and Efficiency with 3D Printing
As part of the University of Southern California's Formula SAE race teams annual international collegiate competition, their task is to design, build, and field a race car within a short time window and with limited resources. For these student teams, additive manufacturing (AM) technology is a tool they lean on heavily to give their cars the best chance at the winner’s circle and maximize their time to make that happen.
Read MoreOctober 14, 2024
A Comprehensive Guide to Gym Floor Installation and Care
When designing a gym, flooring is one of the most critical components that can make a big difference in the finished project. A well-installed gym floor not only enhances the aesthetics of the space but also ensures safety, durability, and optimal performance.
Read More
