Learn Biology, Chemistry, Physics the fun way!
The most complete cathalog of experiments based on the American and British Curriculums.
Assign tasks, add questions and additional literature and track your student's progress.
At STEAM to Teach, we are dedicated to transforming science education by making it accessible, engaging, and deeply insightful for every student. We develop comprehensive, curriculum-aligned virtual labs that bring the entire science laboratory—from Physics and Chemistry to Biology—directly into the classroom and the home.
Our mission is to bridge the gap between theoretical concepts and tangible understanding. We believe that students learn best by doing, and our interactive simulations provide a safe, cost-effective, and limitless environment for experimentation and discovery. Whether it’s exploring the laws of motion, titrating a solution, or mapping an ecosystem, our labs offer hands-on experience without the traditional constraints.
Our Comprehensive Virtual Laboratory Suite:
Physics: Students master the fundamental principles of the universe through labs covering classical mechanics, energy, momentum, rotational dynamics, electromagnetism, thermodynamics, waves, and optics.
Chemistry: From determining chemical formulas and mastering titration techniques to exploring chemical equilibrium, kinetics, and electrochemistry, our labs provide a robust foundation in quantitative and qualitative analysis.
Biology: Learners investigate life at every level, from cellular processes like diffusion, enzyme action, and respiration to organismal physiology, genetics, molecular biology, and complex ecological systems.
By integrating the scientific method with interactive technology, STEAM to Teach empowers educators to inspire the next generation of scientists, critical thinkers, and innovators. We are not just simulating experiments; we are cultivating a lifelong passion for discovery.
Scientific method with interactive technology
This virtual lab program offers a comprehensive exploration of core biological principles through interactive experiments. It begins with cellular fundamentals, investigating energy in food, limitations on cell size (surface area to volume), and the critical properties of biological membranes through diffusion, osmosis, and the disruptive effects of alcohol. Key metabolic processes are examined in detail, including enzyme action using catalase, photosynthesis, and both aerobic and anaerobic respiration (cell respiration, yeast fermentation), with experiments analyzing the effects of temperature on these reactions and more.
This virtual lab suite provides a hands-on digital exploration of advanced biological concepts, spanning from molecular genetics to organismal physiology. It begins with core cellular processes like diffusion, osmosis, and enzyme action, using catalase as a key example. Central metabolic pathways are investigated through detailed experiments on photosynthesis using plant pigment chromatography and multiple methods for analyzing cellular respiration and more.
This virtual chemistry lab program provides a comprehensive exploration of fundamental principles, beginning with energy and phase changes. Students investigate endothermic and exothermic reactions, the freezing and melting of water, and use these concepts to determine the heat of fusion for ice. A significant portion of the lab focuses on the properties of gases and liquids, including Boyle’s Law, vapor pressure, evaporation, and fractional distillation, linking them to intermolecular forces.
This comprehensive virtual chemistry lab program guides students through fundamental quantitative analysis and synthesis techniques. It begins with core skills like determining chemical formulas, calculating molar mass using various methods (volatility, freezing-point depression, gas volume), and standardizing solutions. A major focus is on stoichiometry and titration, including acid-base, oxidation-reduction, and potentiometric methods to analyze substances like hydrogen peroxide.
This virtual physics lab provides a comprehensive exploration of classical mechanics, electricity, and waves through interactive experiments. It begins with foundational kinematics, using motion sensors and analysis of graphs to study movement on ramps, free fall, projectile motion, and oscillations. A core unit on dynamics investigates Newton's Laws of Motion, friction, and the Atwood's Machine, while energy and momentum principles are explored through collisions, impulse, and centripetal force demonstrations and more.
This virtual physics lab provides a focused and in-depth investigation of classical mechanics, beginning with foundational concepts. It covers motion on an incline, error analysis, and a thorough exploration of Newton's Three Laws of Motion. The study of kinematics and dynamics extends to projectile motion and the detailed mathematical and physical analysis of simple harmonic motion, including pendulums aand more.
This virtual physics lab program offers a comprehensive exploration of thermodynamics, waves, and electromagnetism. It begins with the behavior of gases and the principles of heat engines before transitioning into wave phenomena, including standing waves on strings and in air columns, as well as the Doppler effect.
Our Learning apps not just help students succeed in science but helps them develop social skills. Therefore we work with parents and educators to make sure they get the most out of our solutions in both the classroom and at home.
Our apps promote teamwork by creating content where students must work with their classmates in order to solve puzzles and science problems. Unlike other apps we make sure that the content provides a real mathematical challenge to students so they can develop problem solving skills working with other children.
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K-12 students love competitions, therefore we make sure our apps promote a safe competition enviroment. The best students are rewarded and those that once felt they can't succeed in SCIENCE realize they can be as good as they can imagine.
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Great leaders are trained in childhood. Our apps promote the interaction between students and promote the development of leadership skills by including content where students must make decisions and take responsibility of their own doing.
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