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On-Site Staff / Partnerships and Building Relationships / Program Design, Development, and Quality / Staff Leadership and Management

How to Start the Afterschool Engineering Club You’ve Always Wanted

engineering hands on

For all the popularity of STEM activities outside of school time, engineering remains something of a neglected stepchild. “Full STEM Ahead,” an America After 3 PM survey, found that the favored siblings in the STEM family, science and math, feature in a preponderance of available programs, 60 and 45 percent, respectively. Technology and engineering share the table scraps, named in less than a third of program offerings. And with the greater share of these programs focused on computing and programming, engineering rates almost certainly at the bottom of the STEM list.

engineering hands onWhich is too bad. Out-of-school programs are ideal vehicles for introducing kids to engineering. Free of standards-driven teaching pressures and penalties for failure, they offer safe spaces for students to explore, stumble, and regain their footing in a new area of learning. An engineering club could be just the spark that fires the imagination of a kid for whom math and science in school just don’t quite do it.

Moreover, engineering clubs can introduce kids to the pervasive influence the field has on their daily lives. We live our lives immersed in the products of engineering – from communications technologies to infrastructure to clothes, medicine, and food, and much else! For students who go on to get one, an engineering degree positions them for careers squarely in the mainstream of the technological forces that shape and define our lives in private and public.

Afterschool clubs can be a great way to insert engineering into the OST STEM mix. As experienced afterschool leaders know, the club format is highly flexible and adaptable to local circumstances. Home-and-school associations are ready platforms for clubs to get up and running, and parent networks can serve to identify willing volunteers with subject-matter expertise. Many school districts also budget for stipends to support teachers’ involvement.

engineering challenges

However, engineering often seems to pose particular challenges, notwithstanding the friendly environment for clubs that might otherwise exist. The technical content people assume to be required for engineering instruction can seem intimidating. In a reader survey we conducted through our blog, Start Engineering Now, practical knowledge of engineering was seen as the biggest obstacle to afterschool engineering program activities. Next in rank were the cost of equipment and supplies and then the lack of instructional materials thought to be available.

The good news is that these obstacles are really not so great. A wealth of energy has gone into building out the supply of afterschool engineering resources, especially for elementary and middle school levels. Getting a substantive afterschool engineering club up and running for students at these ages have never been easier or more fun to do.

For an educator, getting prepared to teach engineering does not have to be an obstacle. The intellectual core of any engineering activity is the engineering design process. In essence, this means: identify a problem to solve, dream up solutions to try and build, test them out to see if and how they work, improve the solution, then teach people how to use it to make their lives better. Lather, rinse, repeat; learn this process, and an educator is basically ready to teach engineering.

All engineering lessons are built atop the design process. One great benefit is that the learning does not involve the transmission of objectified knowledge from educator to student. Instead, educator and student join as partners in learning — they collaborate in both defining the problem and producing the knowledge needed to solve it.

Starting an engineering club need not break the bank. People might already be familiar with groups like FIRST LEGO League, Engineering is Elementary, or BEST Robotics, high-profile, high-quality, and often high-cost approaches to organizing afterschool engineering activities.

In fact, found household or classroom objects of sufficiently varied nature can serve as the entire portfolio of equipment and supplies needed for a full-blown engineering learning program. For example, our elementary engineering learning program – Dream, Invent, Create – details many lessons that make use of low-cost items: rubber bands, notebook paper, duct tape, bubble wrap, balloons, paper plates, etc. This approach is common among widely available approaches to engineering, as detailed below.

Instructional materials have proliferated, along with expert guidance in how to put them to use in club settings.

  • PBS Design Squad Global, for example, has a “Clubs” program in engineering that supplements abundant activities and lesson plans with online training options, networks of partners, and extensive learning resources to support club leader needs.
  • Future City challenges middle school kids to imagine and invent ways to make the world a better place in a competition-based club program; it features an award-winning, low-cost learning program that directs kids’ collaborations in a range of sustainability-oriented projects.
  • LEGO’s are the basis of the club approach offered up Educating Young Engineers, who publish a guide to starting a club as well as a rich set of design challenges all using LEGOs to teach kids engineering principles and practices.
  • For more self-directed club leaders, is an NSF-funded goldmine of engineering lessons, available for free.
  • And the TeachersPayTeachers online marketplace offers thousands of engineering-related lessons, produced and reviewed by teachers, for less than $10 in almost all cases.

These frameworks for engineering clubs are readily affordable and can serve the needs of all different kinds of student populations.

The logistics of setting up a club will vary enormously, according to the local educational environment. And OST leaders will have their own preferences and networks to put to use in these efforts. Even so, the good engineers at Vivify STEM offer up the lessons they learned from starting an engineering club to appealing, helpful effect. As a starting point, you could do much worse.

Good luck, then, now that you’re convinced of the need for an afterschool engineering club in your area! When yours is up and running, write up the journey you took and add it to the list here.

For breakfast, I had a fried egg on a wheat bagel with some strawberries, along with the customary multiple cups of coffee!

Author: @ericiversen

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