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Virtual Laboratories for Higher Education

PNX Labs offer curriculum-driven virtual laboratories that transform STEM theory into interactive, hands-on learning for schools, colleges and universities.

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Higher Education Virtual Labs

Explore real industrial applications with STEM laboratories for Physics, Chemistry, Energy, Materials Science, Engineering Mechanics, Thermodynamics and more.

Physics

Physics virtual labs cover a wide range of concepts in Classical mechanics, including velocity, acceleration, momentum, centripetal forces, oscillations, sound waves, and energy. Through virtual simulations, students gain hands-on experience using measurement equipment and applying learned concepts to real-world applications in various industries.

Chemistry

Experience cutting-edge virtual chemistry labs. Students will learn valuable skills and knowledge, such as atomic emission and flame emission spectra, determination of molar mass, empirical formula, percentage yield, and analysis of solutions and buffers. There are over 30 full experiments available, covering multiple elements, chemical reactions, instrumentation, and quantification of chemical properties.

Materials Science

Materials science covers a wide range of topics that are critical to understanding more complex subjects like quantum mechanics and nanotechnology. Virtual Labs for Materials Science gives students the learning tools to understand a wide range of topics in a risk-free environment. Topics covered include Atomic Structure and Interatomic Bonding, The Structure of Crystalline Solids, Diffusion and more.

Engineering

Engineering mechanics is the application of mechanics to solve problems involving common engineering elements. These VR Labs allow students to experience the application of Engineering Mechanics to real problems in the industry. Students will learn how machines work and operate under different conditions and the mathematical concepts behind their functionality.

Thermodynamics

Thermodynamics is one of the core subjects of many college programs around the world. In these virtual simulations, students will apply different mathematical and theoretical tools to simulate complex industrial processes such as steel manufacturing, nuclear power, solar thermal power, refrigerators and heat pumps, steam engines, and more.

Fluid Mechanics

These Fluid Mechanics Virtual Labs provide students with a unique opportunity to visualize how different machines operate under various conditions, including hydro power plants, water pumps, hydraulic actuators, and aircraft design. Our virtual simulations use formulas and concepts such as the Bernoulli Equation, Fluid Statics, and Differential Analysis to solve real-world industrial problems.

Tillverkning

There is a huge selection of Manufacturing simulations tailored for college education and beyond. These labs are designed to meet the highest visualization standards and replicate real working environments for students. Curriculum content includes the Manufacturing of Metals, Quality Assurance, Machining and Welding, Laser Technologies, Properties of Materials and more.

Energy

Understanding how energy technologies work is critical for those interested in pursuing a career in an energy company. Virtual Labs for Energy provide a comprehensive understanding of the science and technical aspects of energy generation. These simulations feature a full set of energy power plants where students can simulate complex operations, equipping them with the necessary skills to work in the industry.