Virtual labs are online, computer-based simulations that allow students to perform experiments and interact with scientific concepts in a digital environment. They cover subjects like math, physics, chemistry, and computer science, providing benefits such as hands-on learning, safety from dangerous materials, flexibility in timing and location, and cost savings on physical materials. They can be used as a supplement to physical labs or as a primary tool for remote learning.  

Virtual Physics Lab

A physics virtual lab is an interactive online simulation that allows students to perform experiments remotely, visualize abstract concepts like waves and fields, and develop practical skills without needing physical equipment. These labs offer 24/7 access and the ability to repeat experiments to improve understanding, bridging the gap between theoretical knowledge and practical application in a cost-effective and accessible way. They are used to teach a wide range of physics topics, from classical mechanics to quantum mechanics and electromagnetism. 

Virtual Maths Lab

A virtual math lab is a digital platform that uses interactive simulations to help students understand and practice mathematical concepts. These labs make abstract ideas more concrete by allowing students to manipulate variables, visualize results, and perform experiments online, providing a flexible and accessible tool for both learning and teaching. They can be used in traditional classes, online courses, or for homework, reinforcing theory with hands-on, activity-based experiences. 

Virtual Chemistry Lab

Resources to Teach and Learn Chemistry

The ChemCollective contains a collection of virtual labs, scenario-based learning activities, tutorials, and concept tests. Teachers can use our content for pre-labs, for alternatives to textbook homework, and for in-class activities for individuals or teams. Students can review and learn chemistry concepts using our virtual labs, simulations, and tutorials.

Virtual Electronics Simulator

Circuit Simulator

  •  Visible component values
  •  Deletable components
  •  Editable components values
  •  Transient analysis
  •  Capacitors
  •  Inductors
  •  Time-varying sources (e.g. sine wave voltage source)
  •  Default circuit on startup
  •  Multiple component selection
  •  Oscilloscopes
  •  Helpful error messaging (for voltage source loops etc.)
  •  Non-linear analysis
  •  Diodes, transistors & valves
  •  Save, load and share circuits
  • AC analysis

VIRTUAL PROGRAMMING LAB

Virtual labs are online, computer-based simulations that allow students to perform experiments and interact with scientific concepts in a digital environment. They cover subjects like math, physics, chemistry, and computer science, providing benefits such as hands-on learning, safety from dangerous materials, flexibility in timing and location, and cost savings on physical materials. They can be used as a supplement to physical labs or as a primary tool for remote learning.