Our STEM catalog offers course packages designed to enhance the teaching of science, technology, engineering, and mathematics. Each simulation is developed specifically to match your STEM curriculum, providing students with immersive, real-world scenarios to deepen their understanding. With full LMS integration, faculty and students can easily access these simulations and track progress, all within your existing academic systems.
Showing 1 - 16 of 31 results
Identify various mixtures on an extraterrestrial planet and leverage your understanding of mixtures and compounds to assess their safety for consumption. Will you manage to endure until your escape from the planet is possible?
Team up with iXGenie for a primer on waves. When the laboratory experiences a malfunction, its up to you to resolve it by gaining knowledge about waves, their various types, and associated parameters. Fine-tune the amplitude, frequency, and wavelength of the waves within the lab to successfully complete your mission.
Journey to Antarctica in pursuit of the perfect penguin photograph! Albert Einstein will be your guide, imparting knowledge on how the reflection and refraction of light influence the images you capture amidst the snow and ice.
Acquire the ability to distinguish between vector and scalar quantities and to determine the magnitude and direction of vectors. Define vector components and solve fundamental engineering problems using the Cartesian coordinate system while assisting two astronauts during their planetary mission on the surface of Mars.
Investigate the photoelectric effect alongside Albert Einstein! Conduct an experiment to challenge the wave model and reveal that light is comprised of photons. Apply this newfound understanding to establish an effective solar farm capable of energizing the time machine, allowing Einstein to return home.
Aid the extraterrestrial Pondus in his exploration of gravitational acceleration on Earth. Uncover the relationship between Earths mass and the distance from the measurement point on the strength of Earths gravitational field.
Assist Farmer Greg in gaining insights into the broader factors influencing corn production. Analyze various reservoirs and their interconnections, and then explore the impact of human emissions on the cycle using the interactive 3D model.
Immerse yourself in water at the molecular level to gain insights into how molecules behave in the three distinct states of matter: solid, liquid, and gas. Explore the bonding interactions among molecules throughout various phase transitions.
Master the art of spring oscillations and contribute to determining the magnitude and epicenter of an earthquake using only a mass and a spring.
Embark on the Shrink-o-Ship ride to get up close and personal with a propagating sound wave. While doing so, delve into the intricacies of sound production, propagation, and detection. Engage in experiments to manipulate the properties of a sound wave and subsequently apply your newfound expertise to assist a rock star
Embark on your chemistry adventure! Explore and categorize physical and chemical properties as part of your quest to break free from the barren surroundings where you find yourself stranded. First, determine which metals can withstand acidic conditions, and then, find out if you can too!
Acquire knowledge about physical and chemical changes in the realm of science while attempting to assist a scientist in their escape from a perilous planet.
Embark on a journey through time and space to aid Newton in recalling his second law. Engage in a physically accurate simulation to explore the impact of forces and masses on acceleration and velocity through experimentation.
Collaborate with a team of motorsport engineers to acquire a fundamental understanding of Newtons laws of motion. Grasp the essential principles of both passive and active safety when operating a high-performance race car.
Accompany Newton in his garden and embark on a space voyage to delve into the concept of gravity in the cosmic realm. Grasp the significance of each component in the equation of the universal law of gravitation and apply this knowledge to anticipate the gravitational pull between two celestial bodies.
Journey back to the year 1687 and assist Newton in recollecting his first law of motion and its implications for objects at rest or in constant motion. Grasp the conditions under which two forces are either balanced or unbalanced, and conduct experiments involving his first law of motion in the realm of space.