The Evolution of Science Education PraxiLabs’ Vision- Presentation (2).pdf

The rise of virtual labs has been a key tool in universities and schools, enhancing active learning and student engagement.

💥 Let’s dive into the future of science and shed light on PraxiLabs’ crucial role in transforming this field!

1. The Evolution of
Science Education:
PRAXILABS’ VISION
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2. Science education is evolving with
the widespread use of technology,
especially since the COVID-19
pandemic.
The rise of virtual labs has been a
key tool in universities and schools,
enhancing active learning and
student engagement.
Let’s dive into the future of science
and shed light on PraxiLabs’ crucial
role in transforming this field!
www.praxilabs.com

3. In early 2021, Oxford University Press introduced a report about the
Evolution of Science Education, where instructors and experts from
around the world answered a survey about the report including 5
major questions:
What should be the fundamental objective of science education?
How effective is the current science education in preparing learners?
What are the main obstacles students may encounter in the future that
science education should prepare them for?
What are the skills and competencies students acquire to be able to
face these challenges?
What is the influence of the global COVID-19 pandemic on science
education?
Did you know that the responses, comments, and insights from these
questions set the basis for the Evolution of Science Education Report 2021?
Do you want to discover how the future of science education is shaped?!
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4. Let’s find out the fundamental objective of science education!
Instructors and experts mentioned that it has multiple perspectives and could be
summarized as the process of meeting the following four categories:
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Encourage students to
engage with science
Teach skills to enhance
experimental
performance
Assist students in
achieving good results
through science
Teach basic scientific
concepts 04
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5. How effective is science education in preparing learners?
66% agreed the current science syllabus encourages young students to develop scientific
literacy and become engaged citizens.
46% of respondents stated that it prepared them to face the challenges that our world will
tackle in the future.
31% confirmed that science education is compatible with the future.
Let’s take a closer look at the major challenges that students face in the future and how science education
prepares them to face these challenges.
It is clearly mentioned that due to the global COVID pandemic and its scientific changes, teachers and experts
have united to identify these challenges.
25% identified climate change as the main challenge in the future of science education.
The responses to this question varied and here are the percentages for elaboration:
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6. Are you now wondering about the skills and competencies
that students should acquire to confront these challenges?!
According to teachers, there is a high need for cognitive and interpersonal skills, including:
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Critical thinking
Communication
Creativity
Personal drive
Problem-solving
Collaboration
Preservability
Mental flexibility
Initiative
Resilience

7. Last but not least, let’s explore the influence of the global
Covid pandemic on science education!
42% stated that the pandemic did not change the focus of science education.
67% confirmed that the pandemic transformed the way science is taught.
In other words, less than half of the instructors did not notice a change in science education
because of the COVID-19 pandemic.
However, the overall results of this survey indicate that the pandemic has led to a reconsideration
of the current science education and a move towards a transformation in science education.
During the pandemic, teachers switched to online teaching and there were fewer chances for
hands-on experiments.
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PraxiLabs, your science virtual lab available anywhere, create Your Free Account Now! And perform
science experiments as many times as you wish!
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8. Virtual lab technology appeared as a key method of
teaching science.
With virtual lab simulations, students can perform
experiments in a risk-free environment, easily and
without the need for real tools, expensive
equipment or materials.
Virtual lab technology provides students with
computer-based materials, tools, and resources,
allowing them to conduct experiments online or
offline.
This creates an immersive learning experience for
students and enhances their engagement.
Science education &
virtual laboratories
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9. Developing and improving science requires integrating
virtual laboratory technology within educational institutions,
and establishing immersive digital lab environments that
support STEM education.
Are you looking for a way to interact with your students and
focus on their individual educational needs?
Virtual lab technology can free up your time by automating
some of your tasks such as tracking your students’ progress
and grading assignments.
Take the first step towards enhancing your students’
learning experience by exploring the possibilities of virtual
labs today.
Science education & virtual laboratories
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10. Your students are
experimenting in a 100% safe
environment where they are
protected from laboratory
hazards such as toxic
materials, explosive devices,
electricity, and radioactive
chemicals.
Students have the chance
to repeat the experiments
an unlimited number of
times.
Both teachers and students
benefit from various features
while using the virtual lab like
personalization, feedback on
course quality, tutoring, and
accurate feedback to
students.
Step into the future of science education with PraxiLabs!
Utilizing virtual labs ensures that:
Let your students explore, experiment, and excel in our online virtual labs for
chemistry, physics, and biology.
If you want to explore more about virtual labs and teaching improvement, visit our blog
“14 Ways Chemistry Experiments at Virtual Labs Improve Teaching”
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11. 01
02
PraxiLabs stands as a beacon in innovating teaching methods and using cutting-edge
technology to enhance science education, providing virtual labs in chemistry, physics, and
biology.
Our virtual labs empower students to easily conduct experiments from the comfort of their
homes or classrooms and enhance their practical knowledge without the need for expensive
materials and equipment.
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PraxiLabs offers 3D interactive and immersive simulations that replicate real traditional
laboratories.
A key feature of Praxilabs virtual labs is ensuring the safety of students while exploring
scientific concepts, performing virtual experiments, and making observations.
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Are you wondering how PraxiLabs revolutionized the
future of science education?!

12. What do you know about interactive learning?
How can PraxiLabs support interactive learning?!
Interactive learning encourages students’
participation during the learning process through
class or small group discussions, as well as by
providing interactive materials in a digital classroom
like in virtual lab simulations. The advantage of
interactive learning is its ability to reach various
kinds of students in the classroom.
PraxiLabs provides interactive and immersive 3D
virtual experiment simulations that replicate the
real lab, offering students better time management,
skills, and knowledge to improve their learning
results.
Our virtual labs are game-like experiment
simulations with no boundaries.
Oxi, the virtual lab partner
Skipping steps during the
experiment (recorded in reports)
Progress bar
Hints
Walkthrough videos
Enrichment documents
Lab manual
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PraxiLabs offers interactive learning
materials and tools that captivate students’
attention and personalize their science
learning such as:

13. PraxiLabs is revolutionizing science education by providing students with practical, hands-on laboratory
experiences and virtual lab simulations.
Our target is to shorten the distance between theory and practice, enabling students to achieve their
learning goals and develop self-learning skills.
Discover how PraxiLabs’ virtual labs provide unlimited accessibility for diverse learners worldwide!
PraxiLabs offers a high-quality science education with no access restrictions!
PraxiLabs virtual labs
provide unlimited access,
allowing students from
diverse backgrounds to
perform experiments
anytime and from
anywhere.
With 24/7 availability,
students can repeat virtual
simulations
PraxiLabs virtual labs overcome the boundaries of distance and
resources!
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14. PraxiLabs’ Virtual Experimentation and Learning Platform
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PraxiLabs replicates
real lab experiments
and scientific
concepts to support
STEM curricula and
various learning
approaches. This
encourages students
to perform
experiments in a
controlled virtual
environment.
Experimentation and
virtual simulation
Praxilabs tailors the
learning experience
to each student’s
needs, assisting
them to progress at
their own pace while
maintaining
engagement and
ensuring effective
learning.
Enhancing learning
anytime, anywhere
Our virtual labs
provide students
with instant feedback
during the
experiment, allowing
students to improve
their understanding,
and correct
misconceptions.
Intelligent feedback
and assessment
PraxiLabs offers
instructors and
administrators with
detailed reports to
monitor their
students’ progress
and the states of
experiments.
Data analysis and
insights
Our virtual lab
application does not
only allow smooth &
easy accessibility to
any virtual lab
through smartphones
and tablets, but also
supports offline
mode, which enables
students to
download
experiments and
perform them offline.
PraxiLabs Mobile app

15. Do not Hesitate Anymore!
Thank You
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Create your free account & explore 28 free virtual experiments with PraxiLabs:
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