The LEGO® Movie puts engineering on the big screen in the hands of an assortment of plastic master builders and superheroes from various time periods and realms who come together to challenge Lord Business and the superior threat of Kragle. What they engineer in their quest to stop the Kragle will inspire students, teachers, and parents. If you aren't singing the awesome virtues of engineering yet, you should be!
If you've seen the LEGO® Movie, then you know, "Everything is awesome. Everything is cool when you're part of a team." And, maybe... everything is awesome when you trust yourself, build what you want, imagine what isn't already written in a manual, and see yourself as special.
With Engineers Week this week, the timing for the smash LEGO Movie feels pretty, well, awesome. The importance of strengthening and encouraging science, technology, engineering, and math (STEM) education for K-12 students is an important topic of discussion, and on the heels of the great GoldieBlox ad during last month's Super Bowl game, a movie devoted to highlighting what is possible when you celebrate and combine ingenuity, innovation, and the spirit of engineering has all the makings of a blockbuster.
No matter what angle you approach it from, there is something to like in the LEGO Movie, even if a toddler seated behind you stands up the entire movie with his face wedged on the back edge of your seat and babbles throughout. There is something to like even if you think you have a toe a bit too far into teenhood to still play with LEGO. This is a feel-good movie that budding engineers, creative types, parents, kids, vehicle enthusiasts, and all fans of pink unicorn kitties are sure to enjoy.
Maybe you really love the fact that the first master builder who whirls into quick-as-a-flash building view is Wyldstyle, aka Lucy, a perfect big screen moment for inspiring and applauding girls interested in STEM. Maybe you love Batman's wry persona and his comment about building only in black, and sometimes a very, very dark grey. Maybe you like Emmet's morning routines, all by the instruction manual, including some pretty fierce jumping jacks. Maybe you really liked the appearance of a floating, dangling, glowing-eyed, Ghost Vitruvious. Maybe you really liked Benny the astronaut who can snap together a space ship out of whatever parts are on hand. Depending on where you live (or in which realm), maybe you chuckled over the overpriced coffee.
Or maybe you liked the aha moment when you finally realized what the "piece of resistance" really is in the context of the story.
The movie is full of great moments that may strike a chord with viewers of all ages in ways both obvious and subtle. As a parent, I liked the movie on many levels. We have zillions of bricks in the house from years gone by, and I fondly remember our days of "instruction manual" building as well as our days of free-form building. I loved the way master builders in the movie looked around at piles of bricks and pieces and saw, instantly, the different kinds of elements they needed, complete with the LEGO part ID numbers.
Watching the master builders in the movie quickly assess the problem, the moment, the dire necessity, and whip up something amazing from salvaged and reclaimed bricks was very cool. But Emmet's solution for the broken wheel axle during an early wagon escape scene was also right on track for the way engineers think on their feet (or with their heads) as they create and innovate needed solutions. His double-decker couch may have inspired some laughter, but in the end, it helped Emmet and a core group of characters escape, its real functionality emerging as an accidental discovery—something that happens in science and engineering all the time!
Ultimately, throughout the movie, viewers see the engineering design process in action. Things are built and rebuilt over and over and over again—with or without a manual. Engineering is fun and awesome.
If the movie inspired you and your kids and made you think about the buckets, bins, and baskets of LEGO bricks that have wound their way into the basement or storage or a closet, pull them out again and see what happens when you encourage your kids to take a fresh look and think and build beyond the instruction booklet.
The following science project ideas can be turned on their heads to give students new building experiences and challenges:
- Building the Tallest Tower: this one is a vertical exploration, but what happens if you change the orientation? Or, by all means, build up! What do you need to do to keep climbing higher?
- Mixing Mystery: Why Does Tumbling Sometimes Separate Mixtures?: use LEGO to build a science tool that can help sort out a mixture. If you love the kinds of ideas you find in a Lego Crazy Action Contraptions-style book, this one might be right up your alley!
- Gears-Go-Round!: working with gears and understanding the relationship between the number of teeth and a gear's functionality will help students refine their building skills and strengthen their "how will this connect with that" know-how. What are all the ways you can reuse the collection of gears you have?
Follow these, as written, or use the ideas as starting points for launching your own building projects and engineering or robotics investigations:
- Go, Gadget, Go! Building Robots with LEGO® Mindstorms®
- X Marks the Spot: Build a Robot to Protect Your Treasures
- Stair Master: Build an All-Terrain Robot
- Take a Hike: Train Your Robot Dog to Walk with a Virtual Leash
- Use the Force! Push & Pull Robots With an Invisible Force
- Climb Every Mountain with Your Own LEGO® Cable Car *
(These projects work with older Mindstorms kits or the new EV3 model.)
What you build will be awesome—because you build it!
Science on the Dark Side
Did the Kragle in the movie make your brain buzz? Did you spot the scene at the end where the humans are un-gluing structures that had been super-glued in perfect place? Did you cringe at the sad moment when Good Cop, Bad Cop's good face was wiped clean?
These moments invite all kinds of science questions about glues, adhesives, and solvents. Get started!