
The Beckman Institute for Advanced Science and Technology is a hub for innovation, where researchers from over 40 disciplines unite to address critical challenges in human health, clean energy, artificial intelligence, and more.
Rooted in the belief that extraordinary science can transform lives, Beckman values collaboration and fostering the next generation of scientists.
Through their partnership with I-Sci Explorers, Beckman inspires curiosity in kids by introducing concepts like imaging, intelligence, and molecules in engaging and accessible ways.
Introduction to Microscopes and Bugscope

In this session, children will explore the microscopic world using handheld microscopes to examine objects like leaves and insects, followed by using a digital microscope. They’ll also learn about the advanced Beckman microscope, called Bugscope, used in scientific research to study tiny details of insects. The session will highlight how microscopes help us see hidden details and advance scientific discoveries.
Exploring Insects

In this module, children will use magnifying glasses and handheld microscopes to explore the fascinating world of insects. They’ll examine various insects up close, such as ants, beetles, and butterflies- observing details like wings, legs, and body structures. Through hands-on exploration, children will learn about the anatomy of insects, how their body parts help them survive, and the important roles they play in ecosystems. This module encourages curiosity and scientific observation, allowing children to discover the tiny wonders of the insect world in a fun and interactive way.
Insect Collection

In this module, children will go outside with nets and collection jars to catch insects in their natural environment. They will use their tools to capture a variety of insects, includingbutterflies, grasshoppers, and beetles. Once collected, they’ll examine the insects up close using magnifying glasses and handheld microscopes to study their features and behaviors. Through this hands-on activity, children will learn about the roles insects play in ecosystems, their anatomy, and how they adapt to their surroundings, all while fostering curiosity and a deeper connection to the natural world.
Neurons

In this module, children will work on a hands-on challenge where they use a battery, copper tape, and a small light bulb to simulate how neurons send electrical signals. The task will require them to connect the copper tape to create a circuit that lights up the bulb, mirroring how electrical impulses travel through neurons. This activity will help children understand the basics of how neurons transmit signals, with the light bulb representing the signal being sent along the neuron. The task not only challenges their problem-solving skills but also gives them a tangible understanding of how the brain’s electrical activity powers communication within the body.
Why are lemons sour?

In this module, children will explore the concept of acidity and the pH scale using a hands-on scientific investigation. They will learn about the pH meter, a groundbreaking tool developed by Arnold O. Beckman in 1934 to measure acidity—an invention still widely used today. Using the scientific method, children will test how acidic or basic different household solutions are, gaining a deeper understanding of the pH scale and its role in identifying substances. This activity will challenge their problem-solving skills while providing a practical, real-world connection to the tools and methods scientists use to analyze everyday materials.
MRI and Imaging Activities

In this module, children will explore how doctors and scientists use medical imaging to safely see inside our bodies. They will learn about MRI scanners and how these powerful tools create images of the body’s internal structures. Through a fun matching game, children will test their skills by imagining what different types of fruit might look like on the inside, providing a hands-on way to understand the basics of medical imaging and how it helps scientists and doctors visualize hidden details.
Brain Power!

In this module, children will discover the amazing role the brain plays in our daily lives—from solving conflicts with friends to coordinating movements like riding a bike and even keeping us breathing while we sleep. They will engage their temporal lobe to create fun memory devices that help them learn about different parts of the brain. Through hands-on activities, children will explore key research on how the brain works and build a model of the human brain, deepening their understanding of this incredible organ.
STEM Challenges

In this session, children will tackle fun and engaging STEM challenges designed to encourage creativity and problem-solving. They will use cups to build the tallest tower they can, testing their engineering skills and understanding of stability and structure. In another challenge, they’ll use notecards and tape to create a tent, learning about design principles and teamwork. These hands-on activities promote critical thinking, collaboration, and the application of basic engineering concepts, while providing a fun way for children to explore the world of STEM through simple materials and inventive thinking.
Viscoelastic Fluid

In this module, children will dive into the fascinating world of states of matter with a hands-on exploration of viscoelastic fluids—materials that behave like both solids and liquids. After reviewing the key characteristics of solids and liquids, children will investigate the unique properties of these unusual fluids. They’ll put their knowledge to the test by working in teams to tackle fun challenges, making this messy, interactive activity an exciting way to learn about the science of materials.