STEM Night Activities: Best Options to Introduce to Students
Envision a friendly evening when students of all ages may join together to discover more about the exciting and intriguing STEM (Science, Technology, Engineering, and Math) fields. A STEM Night event is a fun and informative event that's sure to pique the interest of kids and grownups alike.
Activities for a Family STEM Night should not necessitate a lot of resources or expensive preparation time. Since each station only takes 5–10 minutes to complete, it should be accessible to people of all ages and interests. If you're looking for inexpensive ideas for stations that will entertain both children and adults, here are twelve to consider.
9 Stem Night Events to Introduce to Students
1. 3D Modeling and Printing
3D modeling and 3D printing one of the interesting STEM night activities that you need to introduce to your students. As students progress in their educational career, it becomes important to equip them with essential skills of 3D printing and 3D modelling. As a STEM night activity, students can design and 3D print small shapes, toys, puzzles and other wonderful items.
There are many 3D modeling softwares available for making educational 3D models but we recommend using SelfCAD. It is easy to use and anyone regardless of their experience can get started easily and it runs both online as well as on Windows and Mac.
In addition to 3D modeling tools, SelfCAD also comes with 3D printing tools like the in-built online slicer that students can use to slice the files they have designed and generate the G-code to send to the 3D printer without having to switch to another different software.
SelfCAD also comes with many resources for learning that students and teachers can use to get started with ease. One of the resources is the SelfCAD academy that comes with step step courses for learning general 3D modeling and SelfCAD. There are also interactive tutorials that one can learn by actually designing 3D models. Teachers can also create interactive tutorials and share it with the students so that they can follow. SelfCAD also comes with many YouTube videos like SelfCAD 3D modeling tutorials for beginners and 3D modeling 101 series.
2. An Activity to Build Family Names
Here at Family STEM Night, we want families to let their creativity run wild as they work together to create their last name out of all sorts of materials. In addition to providing a great opportunity for family connection, this hands-on activity is a great method to understand engineering ideas, as families can build a 2D design or take on the challenge of trying a 3D building.
Snap pictures of each family's crafts as the event unfolds and post them on the school's website or Facebook page to preserve the precious memories.
3. A Game of Egg Dropping
A timeless STEM project that is in line with the Next Generation Science Standards (NGSS), the Egg Drop Challenge is a great way to challenge your kids. The objective of this activity is for students to create a mechanism that can shield a raw egg from damage when dropped from different heights.
This STEM project is so common that it serves as a quasi-rite of passage for students studying engineering, physics, and Newton's laws of motion in high school. There are a plethora of educational opportunities spread out around the Egg Drop Challenge.
As a first step, students can gain experience with the engineering design process through the phases of device research, planning, and design. Second, in order to make a mechanism that can hold the egg steady while it falls, students need to think about the activity's physics and Newton's Laws of Motion.
4. Cardboard Automata
Students can test the limits of their engineering knowledge with Science Buddies' Cardboard Automata activity. Automatons are mechanical devices that move and obey a set of predefined instructions to operate themselves.
Using only a few of the craft components, your kids will build a moving monster in this STEM lesson. Designing mechanisms that run on a hand crank allows students to give their creatures a wide range of motion, including but not limited to: climbing, spinning, appearing and disappearing, and any combination of these. Students can combine their technical abilities with their own ideas to create anything they choose when they let their creative sides shine.
5. Use Conductive Playdough to Make a Circuit
Make two forms out of playdough to begin this STEM project. Next, attach the positive and negative terminals of a 9V battery to the corresponding forms. After that, place the longer leg of the LED light into the playdough shape that bears the positive terminal.
The LED light will turn on to demonstrate the circuit's functionality. Then, to show when the current flow ends, you can employ circuit breaking, which is turning off the LED lights. The playdough shapes touching is one example, as is inserting the negative-current end of an LED light into a shape.
Asking your primary school pupils to guess whether the light will turn on or not will make this experiment more engaging for them. Add modelling clay as an insulator to your circuit after pupils have shown they understand circuits; this will enhance the complexity. The amount of materials and the pupils' grade level determine whether they work alone or in small groups to create their own forms and replicate the experiment. Playdough, 9V batteries, LED lights, and modelling clay are all necessary (though not required) for this activity.
6. Stem-themed Pattern Block Puzzles
Collaboratively solving pattern block puzzles is the goal of this STEM Night activity for groups. Each group will receive a set of pattern blocks that include a variety of forms, including squares, rhombuses, triangles, and beyond. Arranging the blocks in the right ways to form the provided patterns is the key to solving the riddles. In addition to teaching problem-solving and critical thinking skills, this interactive project also fosters family unity via shared work and conversation.
7. Build a Helping Hand
Students use concepts from both anatomy and science, technology, engineering, and mathematics (STEM) to design and construct working models of a helping hand.
The body is one of the most underappreciated machines. Integrating STEM with a wide range of disciplines, including health science, the Build a Helping Hand exercise allows students to explore the human body's mechanics and how they connect to robotics and prosthetics through the application of STEM principles.
Students use their imaginations to create and construct their very own helping hands in the Build a Helping Hand exercise, which promotes engineering exploration and scientific inquiry into robotic technology.
8. Create a DIY Thermometer
Making one's own thermometer is a fun and easy approach to teach kids about the relationship between temperature and molecular speed. In order to begin, fill a half-empty glass bottle with one-third water and one-third rubbing alcohol until it is three quarters full. Then, to make the temperature readings more visible, add a few drops of food colourant. After that, insert the straw into the bottle and seal it tightly using the modelling clay.
After you've created the thermometer, put it in the bowl of hot water and, after a few minutes, use the straw to mark the level at which the liquid has increased. After a few minutes of soaking in cold water, remove the thermometer and indicate the spot where the liquid in the straw has fallen. To demonstrate the practical application of science, bring in actual thermometers so everyone may measure the temperature.
9. Make Your Own Lava Lamp
Using an engaging lava lamp experiment, this STEM project can help elementary school pupils understand density. To begin, pour vegetable oil into your empty water bottle until it is nearly full. Before adding a few drops of food colourant, fill the remaining space in the bottle with water. As a last step, crush an Alka-Seltzer pill into little pieces and add them to the bottle one by one for a pleasant and fizzy reaction. This craft calls for a few common household items: a clear glass or empty water bottle, vegetable oil, water, food colouring, and alka-seltzer.
Conclusion
While it may be difficult to choose an activity that would engage your kids and encourage them to acquire new STEM topics, using exciting and interactive hands-on activities captures their attention and boosts their self-esteem.
These STEM activities are perfect for introducing kids to new concepts like engineering principles or for demonstrating the connections between STEM and other disciplines.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
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