Calendar of Events

Visit Spark!Lab Smithsonian to invent your own flying machine! Using a variety of materials, you can invent a contraption that will take a human into the sky. This challenging STEAM activity requires inventors to consider key concepts of flight including lift, weight, thrust, and drag. Best of all, what you invent is yours to keep! Please note: This activity includes access to tools and materials that can be dangerous if used improperly. Parents are encouraged to help young inventors use the tools and…

Visit Spark!Lab Smithsonian to invent your own flying machine! Using a variety of materials, you can invent a contraption that will take a human into the sky. This challenging STEAM activity requires inventors to consider key concepts of flight including lift, weight, thrust, and drag. Best of all, what you invent is yours to keep! Please note: This activity includes access to tools and materials that can be dangerous if used improperly. Parents are encouraged to help young inventors use the tools and…

Visit Spark!Lab Smithsonian to invent your own flying machine! Using a variety of materials, you can invent a contraption that will take a human into the sky. This challenging STEAM activity requires inventors to consider key concepts of flight including lift, weight, thrust, and drag. Best of all, what you invent is yours to keep! Please note: This activity includes access to tools and materials that can be dangerous if used improperly. Parents are encouraged to help young inventors use the tools and…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit Spark!Lab Smithsonian and use the process of invention to build a car that’ll protect its precious cargo. Using available materials and the invention process, you can create a vehicle that will protect a plastic egg in the event of a crash. Even if your egg breaks, you can tweak your design and test it again, and again, and again! Please note: Spark!Lab Smithsonian offers access to tools and materials that can be dangerous if used improperly. Parents are encouraged to…

Visit The Discovery’s Spark!Lab Smithsonian to explore nano technology by creating a thin film. A thin film is a layer of material ranging from less than a nanometer (one billionth of a meter) to several micrometers thick. Everyday examples of thin films include soap bubbles, oil slicks on water, and anti-reflection coating on eyeglasses. Scientists are developing thin films to use as computer memory and in solar cells. Please note: This activity includes materials that can be dangerous if used improperly. Parents are encouraged…

Visit The Discovery’s Spark!Lab Smithsonian to explore nano technology by creating a thin film. A thin film is a layer of material ranging from less than a nanometer (one billionth of a meter) to several micrometers thick. Everyday examples of thin films include soap bubbles, oil slicks on water, and anti-reflection coating on eyeglasses. Scientists are developing thin films to use as computer memory and in solar cells. Please note: This activity includes materials that can be dangerous if used improperly. Parents are encouraged…

Visit The Discovery’s Spark!Lab Smithsonian to explore nano technology by creating a thin film. A thin film is a layer of material ranging from less than a nanometer (one billionth of a meter) to several micrometers thick. Everyday examples of thin films include soap bubbles, oil slicks on water, and anti-reflection coating on eyeglasses. Scientists are developing thin films to use as computer memory and in solar cells. Please note: This activity includes materials that can be dangerous if used improperly. Parents are encouraged…

What if dinosaurs still existed today? What would they need to survive? What would they eat? Where would they live? Visit Spark!Lab Smithsonian to use a variety of materials to invent your own modern-day dinosaur. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

Visit Spark!Lab Smithsonian to design a mini ecosystem. Learn about the balance of nature when you assemble layers of rocks, soil, plants, and decorations. Through guided instruction, visitors will understand how these elements interact to create a sustainable environment within a closed container. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

Visit Spark!Lab Smithsonian to design a mini ecosystem. Learn about the balance of nature when you assemble layers of rocks, soil, plants, and decorations. Through guided instruction, visitors will understand how these elements interact to create a sustainable environment within a closed container. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

Visit Spark!Lab Smithsonian to design a mini ecosystem. Learn about the balance of nature when you assemble layers of rocks, soil, plants, and decorations. Through guided instruction, visitors will understand how these elements interact to create a sustainable environment within a closed container. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

Visit Spark!Lab Smithsonian to design a mini ecosystem. Learn about the balance of nature when you assemble layers of rocks, soil, plants, and decorations. Through guided instruction, visitors will understand how these elements interact to create a sustainable environment within a closed container. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

Visit Spark!Lab Smithsonian to design a mini ecosystem. Learn about the balance of nature when you assemble layers of rocks, soil, plants, and decorations. Through guided instruction, visitors will understand how these elements interact to create a sustainable environment within a closed container. Please note: Spark!Lab offers access to tools and materials that can cause injury if used improperly. Parents are encouraged to help young inventors use the tools and materials safely in this space.

3D printing technology is changing the fields of design and manufacturing at a rapid rate. Visit Spark!Lab Smithsonian to witness the layer-by-layer creation of various objects, learn about the materials and technologies involved, and understand the applications and implications of 3D printing across industries like healthcare, engineering, and art.

3D printing technology is changing the fields of design and manufacturing at a rapid rate. Visit Spark!Lab Smithsonian to witness the layer-by-layer creation of various objects, learn about the materials and technologies involved, and understand the applications and implications of 3D printing across industries like healthcare, engineering, and art.

3D printing technology is changing the fields of design and manufacturing at a rapid rate. Visit Spark!Lab Smithsonian to witness the layer-by-layer creation of various objects, learn about the materials and technologies involved, and understand the applications and implications of 3D printing across industries like healthcare, engineering, and art.

3D printing technology is changing the fields of design and manufacturing at a rapid rate. Visit Spark!Lab Smithsonian to witness the layer-by-layer creation of various objects, learn about the materials and technologies involved, and understand the applications and implications of 3D printing across industries like healthcare, engineering, and art.