A feature article examining urban educational innovation in Valparaíso, Chile, reports on a grassroots technology initiative:
In the hillside neighborhoods of Valparaíso, an initiative called 'Cerros Conectados' is transforming community centers into communal digital fabrication laboratories. Founded by local university engineers and neighborhood associations, the program provides high school students with hands-on training in 3D printing, environmental sensor construction, and basic computer programming. Rather than focusing solely on theoretical knowledge, participants design practical tools that directly address regional challenges, such as localized landslide detection monitors and water conservation devices for hillside gardens. By pairing technical education with civic problem-solving, the project has not only boosted secondary graduation rates among participants by twenty-five percent, but has also inspired dozens of teenagers to pursue degrees in science and engineering. Organizers emphasize that empowering youth with modern technological skills fosters community resilience against environmental and economic vulnerabilities.
Which of the following statements best expresses the main idea of the article?
- AThe primary objective of the community fabrication laboratories is to manufacture landslide detection monitors for hillside neighborhoods.
- The 'Cerros Conectados' initiative empowers young people in Valparaíso with practical technological skills to solve local challenges and enhance community well-being.Answer
- CUniversity engineers established the program because traditional high schools in Chile refuse to teach science and engineering subjects.
- DThe article argues that teaching theoretical science is entirely useless for modern secondary school students.