Virtual Labs
Online labs that simulate real laboratory environments are websites that help you conduct various experiments, analyze data, and learn scientific notions without physical lab equipment. They are, first of all, relevant for allowing students to carry out hands-on experiments devoid of the need for equipment and supplies that are dangerous, especially in engineering and science.
Virtual laboratories provide diverse advantages in teaching and learning, for instance, the greater availability of resources, individualized learning pace, and the opportunity to perform experiments that could be too risky or costly for a conventional laboratory. To illustrate, students can simulate the chemical reactions in a virtual chemistry lab, which can, in turn, help them to grasp the concept and actively participate in the learning process without the potential contamination of materials.
Virtual labs take the remote learning to a next level with the help of replicable and immersive experiences that are interactive and virtual setup. Students conducting experiments and visualizing concepts through simulations, which is crucial in the case of maintaining engagement and preventing slipping comprehension, lack of physical lab access have is better. During such situations like COVID-19 pandemic where schools moved to the online learning platform the aforementioned situation is particularly applicable.
Almost all disciplines can benefit from using virtual laboratories. Biology, Chemistry, Physics, and Computer Science are some of the examples of encountering such benefits. Take for example a biology student who uses the virtual labs to study and investigate about cellular metabolism while a student in electrical engineering would simulate circuit designs. That is what makes virtual labs an indispensable tool across all academic fields.
Of course, the virtual laboratories are indeed an efficient teaching medium for practical skills. They usually embed realistic situations and problem-solving tasks that require students to think critically. Even if they do not fully replace the hands-on experience, they provide a solid base for understanding the principles and techniques, and thus, can be considered an excellent addition to traditional lab work. For instance, students can first resolve equipment problems in virtual labs and then proceed to that actual lab with such skills.