The evolution of technologies like AR and fully manipulatable 3D models is having a profound impact.
GUEST COLUMN | by Cheryl Costantini
In today’s education landscape, creating accessible and high-quality learning materials is crucial for effectively engaging students, and this is especially true in the sciences. Currently, students doubt their ability to step into science fields, as nearly half (48%) of middle school students have trouble picturing themselves as future scientists.
With the integration of technology, educators can now offer more interactive and immersive learning experiences that cater to diverse learning needs. These edtech innovations are providing more learners with the ability to explore and pursue scientific fields, opening the door of opportunity. Let’s explore the ways that technology is making an impact within the sciences so that learners can adequately prepare for futures in those fields.
‘These edtech innovations are providing more learners with the ability to explore and pursue scientific fields, opening the door of opportunity.’
The Importance of Access in Science and STEM Education
Research shows that science students gain significant benefits from hands-on learning, and that it can be what makes or breaks their interest in the subject. But right now, the Gallup and Walton Family Foundation found that although most (82%) Gen Z students they surveyed said their school had a variety of STEM-focused courses, only about a third said they studied core STEM-focused topics.
This is why it’s important for science courses to have laboratory aspects to them and why studio-style and open-inquiry classrooms have been so successful. However, traditional wet labs are often costly due to equipment expenses, material costs, space requirements and a lack of resources necessary for full lab experiences.
Augmented Reality (AR) and fully manipulatable 3D models provide an alternative opportunity for hands-on access without needing a physical lab setup. These tools simulate environments so that learners can practice and engage with realistic concepts by visualizing and manipulating objects, facilitating deeper understanding and retention of information.
Through virtual labs enabled via platforms like Visible Body—recently acquired by Cengage Group—students gain equitable access to critical materials they may have otherwise missed due to financial or logistical constraints. Additionally, students can access materials like biomedical illustrations, which help them visualize parts of the body through images that balance realism with different colors and textures are used to make each structure identifiable. These illustrations not only make complex curriculum more digestible, but they also help increase students’ chances of becoming interested in scientific and medical roles.
Role of Edtech in Encouraging Scientific Pursuits
Edtech like this plays a pivotal role by offering flexible support tailored specifically towards student needs as they progress from simpler concepts toward more challenging ones. This is valuable because some learners may initially rule out science studies, perceiving it as too difficult. This can also lead to future workforce challenges and labor shortages down the road. As the Bureau of Labor Statistics projects an uptick in science-focused occupations over the next decade, it’s important to spark students’ interest in these roles now.
However, with the right resources, students come to understand that the sciences are something they can learn and excel in. In fact, edtech opens active learning to a much larger cohort of students and provides meaningful and engaging content. This content can be picked up and used by educators who otherwise lack the science and STEM resources necessary to craft such experiences themselves.
Making content engaging yet informative using innovative technologies such as AR/VR simulations alongside traditional teaching methods ensures comprehensive coverage catering to diverse learner preferences thereby encouraging greater exploration within scientific domains.
Best Practices for Creating Informative and Immersive Content
The power of immersive learning tools in supporting science education is evident. For educators looking to incorporate these tools, there are some best practices for creating informative and immersive science education materials:
- Focus on Clear Objectives: Clearly defined objectives are crucial in guiding educators’ delivery methods, ensuring alignment between intended outcomes and actual achievements during lessons. This clarity helps maintain focus throughout sessions, preventing unnecessary digressions that could detract from overall effectiveness. By keeping learning goals front and center, educators can ensure that all activities and materials contribute meaningfully to students’ understanding.
- Concise Modules with Constructive Feedback: Breaking down content into concise modules with timely, constructive feedback enhances comprehension levels among participants. Shorter segments allow students to digest information more easily and reflect on their learning without feeling overwhelmed. Providing immediate feedback helps learners identify areas for improvement and reinforces their understanding of key concepts.
- Real-World Relevance: Connecting lessons to real-world applications bridges the gap between theoretical knowledge and practical utility, effectively answering the age-old question: “Why do I need to know this?” By formulating activities that relate science to everyday experiences or aspirational career objectives, educators can overcome barriers inhibiting genuine interest development among learners eager to explore further once initial curiosity is piqued.
- Multi-Modal Learning Strategies: Few people fully grasp a complex science lesson on the first encounter and multiple exposures build strong neural connections necessary for integrating concepts into long-term memory over time. Multi-modal strategies provide diverse ways for learners to engage with material—such as visual aids, interactive simulations, hands-on experiments.
- Scaffolding Techniques: Providing more support early in the learning process and gradually removing it as students become more skilled allows them to transition comfortably from easier concepts toward more difficult ones—significantly improving overall outcomes. Technology facilitates this kind of scaffolding by offering adaptive resources tailored specifically towards individual needs at each stage along their educational journey, saving instructors time while empowering students to succeed independently too.
The evolution of technologies like AR and fully manipulatable 3D models is having a profound impact in science education. These tools are empowering science educators and learners alike by providing access to hands-on learning that may previously have been inaccessible due to limited resources. With these tools, learners can confidently pursue scientific studies with immersive resources that ultimately lead to better engagement, improved problem-solving skills and a stronger grasp of key science concepts.
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Cheryl Costantini is Senior Vice President, Cengage Academic Product where she is responsible for setting and executing product strategy for $1B in K-12 and U.S. higher education businesses. Connect with Cheryl on LinkedIn.
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