China3D printingNet January 25th, students from Dade County Middle School in Trenton, Georgia have used their school’s FDM 3D printingThe aircraft produces flightable components for the International Space Station.
NASA’s HUNCH (High School Students Create Hardware Together with NASA) program aims to enhance the abilities of STEM students through project-based learning activities and expose them to3D printingAnd other modern manufacturing technology. By designing and manufacturing products that are cherished by NASA, students will have the opportunity to participate in real deep space missions without the need for two years of astronaut training.
Bob Zeek, co-founder of HUNCH, said: “The most important thing in my work is that when students complete a project or task and know its flight path on the space station, the light bulb will go out. . It will fly and be self-satisfied. All these factors are closely related to inspiring the next generation.”
Middle school students in Dade County showed their ULTEM ISS parts. The picture comes from Dade County Middle School.
HUNCH plan
HUNCH was established in 2003 and initially only involved two schools in Alabama and one school in Texas. Over the past 18 years, the program has recruited more than 2,500 students in 277 participating junior and high schools across the country. To date, students have produced more than 1,500 items for the space station program, of which 1,340 have been shipped to the International Space Station, including a set of end-use spacewalking wires.
Despite the name HUNCH, the HUNCH program is not limited to hardware manufacturing, as there are six main focus areas for students to participate: design and prototyping, software, hardware, sewn flying objects, video and media, and culinary arts. To participate, the school must meet a set of minimum eligibility requirements and be able to complete the requirements of the program. In order to make the most of the program, HUNCH organizers recommend that school teachers responsible for supervising students should include teachers with practical experience in at least one key area.
Whitney Young, manager of the HUNCH space law agreement at NASA’s Marshall Space Flight Center, explained: “Astronauts will ask for what they need on the space station. Essentially, this is a wish. The list has been published in the school system.”
International Space Station. The picture comes from NASA.
ISS astronauts can send HUNCH requests for parts and equipment they want to manufacture. The picture comes from NASA.
3D printingReady ULTEM parts
The ISS components in Dade County are printed on the newly purchased Stratasys Fortus 450mc using high-performance ULTEM filaments, which have high strength, flame retardancy and excellent dielectric stability. The school said it will also use carbon fiber-reinforced composite materials to print upcoming parts.According to reports, Dade County is the only school system participating in the NASA HUNCH program, which can use both industries at the same time.3D printingFunction.
Zeek concluded: “For students in Dade County, this is a unique experience. They can start their careers and interact with NASA. Empowering and motivating the next generation of students is a key task of NASA HUNCH and affirms It will be successfully achieved in Trenton this year. You will never know that one of the students may be the next NASA astronaut, engineer or scientist.”
Give students the opportunity to proceed before leaving the education system3D printingExperiments are a great way to promote participation and encourage the adoption of STEM. 3D printingThe machine manufacturer EOS recently announced continued support for the University of Texas Rocket Engineering Laboratory (TREL) for student design challenges. Specifically, as part of the Base 11 Space Challenge, the company will help TREL print advanced aerospace components for a 28-foot-tall liquid dual-propellant rocket.
In other places,3D printingEducation provider PrintLab previously partnered with engineering software developer Autodesk to initiate3D printingDesign challenge.This competition called Make:able Challenge requires STEM students to design and conduct3D printingprototype. With Autodesk design software, this product can help individuals with mobility impairments.
China3D printingNet comment: It is a very meaningful thing for students to participate in the development of space components. It not only cultivates students’ interest, but also exercises students’ hands-on ability. Maybe these students will have engineers who will land on Mars next time. Woolen cloth!
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