5. Develop a community STEM network.
Community support is extremely helpful in creating a successful STEM program. Connecting with local universities and colleges, local businesses, as well as other school districts that are implementing a similar program provides schools guidance, support and resources.
Moran explained that starting small is key to building a community STEM network. A few years after its initial implementation, Nipmuc has built its network from a few connections with colleges to now having 60-70 partners in the community supporting its STEM program.
6. Focus on workplace readiness.
There’s no doubt students tend to change their minds in regards to what they to do after high school, from what college they want to attend to what career field they’re interested in. A STEM program should provide students with hands-on opportunities that allow them to not only build STEM skills but also give them perspective of what a STEM career truly requires.
This is where a school’s STEM network can be helpful. Local businesses can provide students experience in the workforce and help them grasp an understanding of what it’s really like to be a computer engineer or web developer.
Moran advised that it’s important for schools to get buy-in from employers. “You don’t want to burn bridges.” Whether business are willing to take on students for a few hours or an entire day, if they are invested in helping to provide students valuable STEM experiences, their relationship with your school is worth maintaining.
7. Career shadowing, not internships.
One of the biggest challenges a school faces when trying to provide its students’ workplace experience is giving every student an opportunity to participate in an internship.
“How do you put 100 students out into internships? Drop the term internships,” said Moran. “There is so much legal stuff that comes along with internships. Call them career shadow opportunities instead.”
Without legal issues to delay or eliminate opportunities for students to shadow employees in STEM-related fields, schools can more easily provide students hands-on, realistic learning opportunities that relate to the STEM skills they learn in class.
Schools also need to be willing to accept any and all career-shadowing opportunities provided to them by local businesses or colleges.
“Some companies are willing to take one student for two hours; some are willing to take 25 kids for a full day. As a district, you need to be willing to cater to what those businesses are willing to offer you,” says Moran.
When students have the opportunity to exercise their STEM skills in workplace environments, they not only enhance their skills but also develop a better understanding of the reality of STEM careers and which type of STEM career they may be interested in pursuing.
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