NEW! Announcing an expanded catalog of science, engineering, and robotics Field Trips! Plus, bring Van Andel Institute Field Trips on location to your school through our Mobile Labs!
Van Andel Institute for Education Field Trips immerse classrooms of students—and their teachers—in learning science through inquiry. Students will conduct unique, grade-specific investigations and participate in hands-on discovery. In addition, when schools come to our facility, participants will speak with Van Andel Institute scientists and watch them in action at the Institute’s demonstration lab. All topics are aligned to Next Generation Science Standards (NGSS).
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We can customize by grade level or topic just for you! Call us at 616.234.5528
(M) = Available as on-location Mobile Lab
(P) = Premium Field Trip: includes additional cost for expanded supplies
Costs may vary for customized field trips.
Explore the structures of flowers and the organisms that pollinate them. Help farmers solve the problem of vanishing pollinators by building a model that mimics how animals pollinate plants.
How can recycling methods be improved to reduce waste? Consider this important question by exploring how better sorting methods for recycling can aid in cutting back excess waste. Use Lego WeDo’s to create and program a device that will sort recyclables according to size and shape.
Inspired by the Three Little Pigs, construct houses that can withstand the big bad wolf’s huffing and puffing. Test completed houses and vote on the most successful design.
To better understand how wind can shape the land, explore how wind can change the shape of a sand tower. Use a pile of sand and simple objects to design and test a windbreak that prevents erosion.
To Change or Not to Change… that is the question! Heat and cool different substances to gather evidence and discover whether changes are reversible. Discover how physical properties can help us determine which changes can be undone and which cannot.
Using your senses and scientific tools, investigate the characteristics of plants and animals living at Van Andel Education Institute.
Explore the world of forces and motion using matchbox cars! Students send cars down a ramp and investigate what forces are able to stop the car.
Using a variety of common materials, students design and test a nest that will hold the weight of a chicken egg. Students explore how birds in different environments need different requirements to build a nest for their eggs to survive.
Observe and analyze plants and the animals that pollinate them. Engineer a hand pollinator that moves the most pollen.
Learn the basics of electrical circuits and engineer your own conductivity tester to find the answer to the question, “What objects can transfer electricity?” With your newfound knowledge put the “A” in “STEAM” and create a conductive sculpture!
Firefighters need to know how to safely catch people and pets. Use knowledge of forces and motion to engineer a device to safely catch precious cargo.
Explore the stages of metamorphosis, from birth to adult. Using Lego WeDo, create and program a young frog, then observe and handle real frogs! Finally, use your observations to change your young Lego frog into an adult.
Use your senses and scientific tools to observe plants and animals to determine an answer to the question, “Are organisms more alike or more different?”
Investigate the physical adaptations of a variety of organisms to answer the question, “How do an organism’s structural traits help it survive in its environment?”
Investigate the behaviors of a variety of organisms to answer the question, “How do an organism’s behavioral traits help it survive in its environment?”
Learn how fossils are formed, discovered, and used to help us understand Earth’s past. Participate in a fossil dig and think and act like true paleontologists. Explore, ask questions, and find answers to the mysteries of prehistoric life.
The power has gone out! Work with your team to engineer a device that will help you to survive in the dark. Discover different ways to create a circuit and light a bulb!
A beloved VAEI organism has gone missing! Luckily, the criminal left behind a mysterious powder. Utilizing physical and chemical properties, identify the substance left behind and ink it to a suspect to help bring our organism home.
Invisible forces are all around us! Use understandings of magnetism to engineer a device that detects magnetic fields! Investigate the surface of the moon and discover where magnetic forces are the strongest and weakest. Discover the types of materials that are magnetic.
A massive storm has caused the widespread pollution of our drinking water! Learn how the earth naturally filters water, and work as a team to design and build a filter to clean the water so it is safe to use once again.
It’s a race to the finish line! Join our scientific pit crew and use your knowledge of magnetism to engineer a vehicle capable of levitation and movement on a magnetic track.
Become a rocket scientist and design a rocket capable of landing on a far-off planet! Investigate how different variables affect the flight of a rocket and learn about aerodynamics, forces, and motion along the way!
Design rockets and test multiple variables to learn how a rocket flies. Learn how Newton’s laws of motion play a part in rocketry and use this knowledge to land your rocket on a far-off planet!
Engineers utilize large shake tables to test the ability of buildings to withstand various types of seismic waves generated by earthquakes. Become an engineer, build your own building, and evaluate how well various designs withstand seismic acitivity on our shake table!
Using Lego Mindstorms explore the world of coding and robotics. No experience? No problem! Learn the basics of block coding and create your own Lego robot to complete fun challenges.
Join the next generation of crime fighters. Learn skills and techniques that real forensic scientists use in the field. These techniques include: fingerprinting, fiber analysis, and blood typing. Apply these new skills to solve a crime!
The future is now! Grand Rapids, Michigan, is currently piloting autonomous vehicles to understand how they will operate in our world. Code your own autonomous vehicle using mBots and discover where the future is taking us!
Discover the world of neurobiology as students learn how distractions slow down their reaction time. Then they will dissect a sheep brain to identify the different parts of the brain and their functions.
Model organisms are an important component of medical research. Observe levels of organization within plants and animals to discover similarites and differences. Hold plants and animals, create slides to view under a microscope, and extract DNA. Talk to a researcher about how and why model organisms are used in research.
A catastrophe has struck Grand Rapids! An oil pipline burst and is leaking oil into the Grand River, impacting both humans and wildlife. Use creative and critical thinking skills to stop the leak, cleanup the oil spill, and care for the affected animals.
Each year 1.2 trillion gallons of untreated sewage, stormwater, and industrial waste are dumped into United States’ waterways. These pollutants affect the health of many organisms. Explore the effects of different environmental contaminants on the heartrate of Daphnia.
Living on Mars presents unique challenges. Transporting water is an important part of survival on the Red Planet. Utilizing solar energy, can you design a pump to quickly move water from place to place?
Investigate energy flow through a food web by observing the eating preferences of organisms. Dissect an owl pellet to learn where an owl’s energy comes from and construct a bone diagram to take home.
One of the many challenges associated with space travel is the return to Earth. Using everyday materials design, build, and test a waterproof capsule that will protect astronauts as they splashdown on Earth!
Someone poisoned the food! VAEI needs your help to figure out who is responsible. Analyze the stomach contents of the victims to determine the presence of lipids, proteins, carbohydrates, and vitamins. Use that information to identify the culprit!
Do you like bitter foods? Does coffee taste disgusting to you? This could be due to your genotype! Extract and amplify your own DNA, then utilize PCR and electrophoresis to determine your genotype for the PTC tasting trait.
Wind power has more than tripled over the past decade and is now the largest source of renewable generating capacity in the country. Explore different variables that will maximize the efficiency of your own turbine.
Drugs are defined as any substance having physiological effects on the body. Discover these effects using the model organism, Daphnia. Assess the heartrate of the Daphnia after it has been exposed to common substances such as caffeine and alcohol.
Discover how roller coasters work and design your own marble roller coaster to see how energy transformation works! Developing a computational model, students will investigate energy and work in a closed system.
Become biomedical engineers as you design, create, and test a medical device that can measure a patient’s pulse. Learn about basic coding, how sensors gather data, how the human circulatory system works, and learn how your device can save lives!
Explore the challenges of living on Mars. Design, test, and build a solar water heater to be used on the red planet. Successfully heat water to shower where no one has showered before.
Drugs are defined as any substance having physiological effects on the body. Discover these effects using the model organism, C.Elegans. Assess the thrashing rate of the C. Elegans after it has been exposed to common substances such as caffeine and alcohol.
Robotics are a growing component of manufacturing. Behind all automation is an engineer coding and designing a robot to complete tasks. Working with Lego Mindstorm, program and design your own robot to complete a series of tasks!
Practice the skills of forensic scientists by identifying a DNA sample left behind at a crime scene. Learn to use a micropipette, set a gel, run DNA samples with the aid of electrophoresis, and analyze the results.