Future of Science with a Virtual Lab University

Last Updated on June 19, 2025 by Muhamed Elmesery

As education evolves in the digital age, virtual lab university is transforming how we teach, learn, and explore. They offer immersive, interactive, and safe environments for experimentation, allowing learners to build hands-on skills without the constraints of time, cost, or resources.

In this blog, we dive into the objectives of virtual lab university, broad areas of Praxilabs as virtual lab for universities, virtual simulations role for STEM education in virtual universities, Why Praxilabs’ virtual labs are the best for universities, and more!

What is virtual lab in college?

A virtual lab in college is a virtual environment that enables college students to experience and explore scientific concepts and principles safely, anytime and anywhere, as many times as needed, without any limitations. 

Virtual lab university simulates real laboratories in several science branches such as chemistry, physics, and biology. All you need to start conducting your virtual experiments to register on one of the trusted virtual lab platforms.

Objectives of Virtual Lab University

Just imagine that every student could try every experiment in the curriculum independently and multiple times! And you as a professor can trace your students’ performance in each experiment and assess their understanding!

This is considered one of the most vital objectives of virtual lab university (providing each student with the opportunity to conduct experiments independently in a lab-like environment.

Another objective of virtual lab university is to eliminate problems that traditional science labs in science education at universities are facing such as:

• Safety hazards.
• High costs.
• Ethical challenges ( .e.g., animal testing).
• Limited access for students.
• Lack of engagement and student interest.
• High student dropout rates.

Virtual lab university online aims to make science labs accessible, usable, and affordable for educational institutions and universities.

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Broad Areas of PraxiLabs as Virtual Lab for Universities

PraxiLabs offers virtual science labs designed to support university-level teaching and learning across multiple scientific disciplines. These labs simulate real experiments in a 3D interactive environment and are categorized into three broad scientific areas:

1. Biology Virtual Labs

Covers key branches of biological sciences for undergraduate and postgraduate students:

• Molecular Biology (e.g., PCR, electrophoresis, DNA extraction).
• Microbiology (e.g., gram staining, culturing bacteria).
• Cell Biology.
• Genetics.
• Biochemistry.

2. Chemistry Virtual Labs

In the virtual chemistry lab you can simulate fundamental and advanced experiments in:

• Analytical Chemistry.
• Inorganic Chemistry.
• Organic Chemistry.

3. Physics Virtual Labs

Enable hands-on learning for foundational and applied physics topics:

• Mechanics.
• Electricity. 
• Magnetism. 
• Waves. 
• Thermodynamics.
• Modern Physics.

Support engineering, general science, and physics majors.

Key Features of university virtual lab across all areas

• 3D realistic simulations mimicking real lab environments.
• Step-by-step procedures & theoretical explanations.
• Real-time error detection and feedback.
• Multiple languages (including English and Arabic).
• Accessible via browser—no need for installation.

Access our vast and exceptionally diverse collection of in-demand lab 3d science experiments to enhance your students’ learning experience in online lab experiments.

Virtual simulations role for STEM education in virtual universities

The major role of virtual simulations for STEM education is to provide an interactive 3D virtual lab solution that offers students with access to realistic science labs in biology, chemistry, and physics.

It enhances their understanding through a variety of informational and educational content, aiming to offer equal opportunities for enriched STEM virtual lab education for students everywhere.

The key feature of online simulation for STEM education is flexibility, as it is considered a convenient and effective way to gain knowledge for students.

VR technologies in STEM education

A study aimed to investigate the perceptions, expectations, and experiences of ICT preservice teachers regarding the potential of using VR technologies as a learning and teaching tool in STEM education.

The study also concluded that the self-efficacy perceptions of pre-service teachers regarding the use of digital technologies as a pedagogical tool in STEM education were lower compared to VR technologies, but this difference was not statistically significant.

Another result obtained from the study is that all the pre-service teachers stated that they intend to use VR technologies in STEM education when they start teaching.

Why Praxilabs’ virtual labs are the best for universities?

At PraxiLabs, we seek to provide an affordable solution with high quality and effective learning outcomes, aiming to increase students’ performance, while lowering dropout rates.

PraxiLabs provides a complete solution, which does not merely provide a basic “tool” that educational institutions can use, but rather provides an interactive and enriching learning experience.

PraxiLabs provides students with resources, guidance, experience and engaging approaches, which further enhance the learning process, make it more immersive and eliminate concerns as costs, safety hazards, and other constraints commonly found in traditional labs.

PraxiLabs on Numbers

Let’s take a look on PraxiLabs on numbers:

• +1,000 Educational Institutions
• +200 science experiment simulations in over 20 branches of science.
• Over 1 Million students worldwide benefitting from our simulations in addition to over.
• 100K students enjoying our free accounts.
• +10 global partners.
• Over 6,000 attendees to our webinars.
• More than 10 internationally recognised awards.

 Examples of Universities using PraxiLabs Virtual Lab Simulations

Here are some examples of universities and educational institutions using PraxiLabs virtual university lab simulations:

• Ain Shams University (Egypt).
• Banha University (Egypt).
• Sadat University (Egypt).
• South Valley University (Egypt).
• University of Nizwa (Oman).
• Galala University (Egypt).
• Tiba University (Saudi Arabia).
• Dammam University & Faisal University (Saudi Arabia).
• La Salle Universidad (Mexico).
• De La Salle Medical and Health Sciences Institute (Philippines).
• Asia‑Pacific International University (Thailand).
• Universidad de Piura (Peru).
• Colegio San Agustin Bacolod & University of St. La Salle (Philippines).
• King’s College London & Ulster University (UK).

Check out what professors say about PraxiLabs!

Elevate your students’ Learning Retention and Engagement with PraxiLabs’ Chemistry virtual labs!

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Frequently Asked Questions

How to access a virtual lab?

All you need to access a virtual lab is to choose a trusted platform that offers virtual lab simulations that align with your needs.

What is the difference between a virtual lab and a physical lab?

The main difference between them is that a virtual lab is a digital simulation of a physical laboratory, while a physical lab is a real-world, hands-on environment.

Virtual labs offer several features such as cost-effective and accessible learning, allowing students to conduct their experiments anytime and anywhere, while physical labs provide concrete, and tactile experiences.

When are virtual labs available?

Virtual labs are available online at anywhere and anytime.