Experience the future of science education with syGlass

Join us in reshaping the way we learn, explore, and engage with the world around us. Together, we're creating a pathway that empowers learners of all ages to unlock their full potential and shape a brighter tomorrow.

Elevating Education to New Heights

Our unique value proposition extends beyond the classroom. The syGlass VR experience not only sparks excitement but also nurtures critical thinking, effortlessly transitioning students from K-12 education to college-level STEM coursework.

By conditioning learners to approach challenges like scientists, we're preparing them for college and career readiness.

Empowering Collaborative Discovery

syGlass is not just for students and instructors—it's a powerful tool for researchers as well. Through partnerships with school systems and university research labs, high school students gain access to real scientific data, contributing to university-level research while expanding their own horizons.

Meanwhile, researchers benefit from our software's ability to help sort through volumetric data, accelerating their quest for scientific breakthroughs.

Curriculum

Step into the Future of Learning with our innovative curriculum thoughtfully designed to provide a holistic and immersive learning experience for students. Our program goes beyond traditional education by incorporating innovative methods such as virtual reality lectures, hands-on labs, daily lesson plans, guest speaker events, and collaborative opportunities with post-secondary institutions.

    • Neuroscience

    • Anatomy & Physiology

    • Environmental Science (Fall 2024)

    • Cell Biology (Fall 2024)

    • Computer Science (Fall 2024)

  • syGlass Virtual Reality Lectures & Labs:

    • Engage in a dynamic learning environment with virtual reality lectures that ignite curiosity and foster critical thinking.

    • Immerse yourself in scientific data like never before, enhancing understanding and retention.

    Hands-on Labs:

    • Translate theoretical knowledge into practical skills through hands-on labs.

    • Equip students with real-world experience by providing them the opportunity to apply concepts in a controlled, supportive environment.

    Daily Lesson Plans for Teachers

    • Empower educators with comprehensive day-by-day lesson plans, ensuring a structured and effective learning experience.

    • Leverage a mix of teaching methods and innovative approaches to cater to diverse learning styles.

    Guest Speaker Events:

    • Connect with the real world through planned guest speaker events featuring accomplished scientists and experts.

    • Gain insights into current research, industry trends, and practical applications from professionals actively engaged in their respective fields.

    Collaboration with Post-Secondary Institutions:

    • Explore opportunities to collaborate with esteemed post-secondary institutions.

    • Contribute to real research projects via syGlass VR, fostering a sense of purpose and exposing students to the world of academia and professional research.

    Citizen Science:

    • Enable students to actively participate in meaningful research projects.

    • Foster partnerships with research institutions, encouraging students to make tangible contributions to ongoing studies and advancements.

    Interdisciplinary Approach:

    • Embrace an interdisciplinary approach that encourages students to explore the intersections between various fields of study.

    • Develop well-rounded individuals capable of solving complex problems with a holistic perspective.

    Career Readiness:

    • Prepare students for the future by integrating essential skills for career readiness, including critical thinking, communication, and collaboration.

    • Provide exposure to various career paths through interactions with professionals in the field.

    Inclusive Learning Environment:

    • Create an inclusive learning environment that accommodates diverse learning needs and backgrounds.

    • Foster a sense of belonging and encourage collaboration among students from various disciplines.

    Continuous Innovation:

    • Stay at the forefront of educational methodologies and science research by consistently incorporating feedback and embracing emerging technologies.

Embark on a transformative educational journey with our immersive curriculum, where learning goes beyond the conventional, and students are equipped for success in the ever-changing global landscape.

Explore the syGlass Classroom

High School students count areas of importance in cell tissue image data in syGlass

Through engaging in authentic scientific research, students not only refine their proficiency in laboratory techniques but also develop a profound understanding of the cooperative and evolving essence of scientific exploration. This hands-on experience cultivates a sense of duty and excitement, nurturing a keen interest in future involvement in scientific pursuits beyond the confines of traditional classrooms.

Students Make Comparative Measurements of Biological Image Data

Students collaborate in an asymmetric learning environment. Students outside of the headset pose questions and exploration goals to the headset operator, and the headset operator responds with answers and measurements.

Collaborative Exploration using VR in the Science Lab

The video captures the essence of students not just using technology but actively teaching and learning from each other. This collaborative environment not only enhances their technological proficiency but also fosters strong oral communication skills as they articulate concepts, share insights, and troubleshoot together.

Citizen Science in Action

By actively participating in real scientific research, students not only enhance their laboratory skills but also gain a deeper appreciation for the collaborative and dynamic nature of scientific discovery. This experience fosters a sense of responsibility and enthusiasm for future engagement in scientific endeavors beyond the classroom.

FAQ

  • Our curriculum package is a full-blown, turn-key program designed with a wealth of resources. Beyond the virtual reality lessons, the package includes daily and weekly lesson plans, ensuring a structured and coherent learning environment. Additionally, students have access to virtual lectures, guest speakers, and bleeding-edge datasets from researchers from around the world. We also offer optional hands-on lab packages that include activities such as human physiology labs and invertebrate neuroscience kits.

  • Yes. Each course in our curriculum is meticulously aligned with relevant standards to provide a comprehensive and high-quality educational experience. If you would like more detailed information about the specific standards alignment for a particular course or have any further questions, please feel free to reach out to our team.

  • Our curriculum evolves concurrently with the latest advancements in science research. Our lessons are designed to be adaptable and responsive to emerging discoveries in science in order to empower students with a forward-thinking experience and access to the latest in science and technology.

  • No. syGlass is designed to use any off the shelf virtual reality headset. However, there are advantages to each device. The syGlass staff can assist you with choosing the best device for your classroom.

    • Visual Learners: Visual learners benefit from syGlass VR's ability to present information in a highly visual and spatial manner. The platform's 3D and 4D visualizations, interactive models, and immersive environments enable these learners to grasp concepts more effectively through visualization.

    • Auditory Learners: While primarily a visual tool, syGlass can incorporate audio elements, such as narration, explanations, or accompanying sound effects, to provide auditory reinforcement to the visual content. This assists auditory learners in processing information effectively.

    • Kinesthetic Learners: For kinesthetic learners who thrive on hands-on experiences, syGlass can offer interactive experiences where users manipulate objects, explore data, and engage in simulations. This hands-on interaction allows these learners to engage actively with the material.

    • Customization and Adaptability: Educators can leverage syGlass to create customized learning experiences that cater to diverse learning styles. By tailoring content, interactions, and activities within the VR environment, the platform can adapt to individual learning preferences.

    • Accessibility Features: syGlass can incorporate accessibility features, such as adjustable font sizes, color contrasts, voice commands, and intuitive navigation controls. These features can assist learners with different abilities, including those with visual impairments or motor skill challenges.

    • Differentiated Learning Paths: The platform can offer multiple learning paths or levels of complexity within the same content, allowing educators to cater to learners with varying abilities and learning speeds.

    • Collaborative Learning Opportunities: syGlass can facilitate collaborative learning experiences where students with different abilities can work together within the VR environment. This fosters teamwork, communication, and peer learning.

    By leveraging these features and functionalities, syGlass VR can create a more inclusive and adaptable learning environment, accommodating various learning styles and abilities. Customization, interactivity, and multisensory engagement are key aspects that can be utilized to ensure an inclusive educational experience for all learners.

    • Online Tutorials and Documentation: syGlass provides comprehensive online tutorials, user guides, and documentation tailored for educators. These resources offer step-by-step instructions, practical tips, and best practices for utilizing syGlass VR tools effectively in the classroom.

    • Professional Development Workshops: syGlass conducts specialized workshops and webinars designed specifically for educators. These sessions focus on practical applications of syGlass VR technology within educational settings, strategies for seamless integration into the curriculum, and ways to maximize the educational impact.

    • In-Person Training Sessions: Educators can benefit from in-person training sessions hosted by syGlass experts. These sessions offer hands-on experiences and live demonstrations, enabling teachers to familiarize themselves with syGlass VR tools and their pedagogical applications.

    • Customized Support and Assistance: syGlass offers personalized support through direct communication with dedicated tech support teams and educational specialists. This ensures that educators receive tailored guidance, troubleshooting assistance, and recommendations to suit their specific classroom needs.

    • Continued Professional Development: With syGlass, educators benefit from ongoing support and resources that keep them abreast of new features, updates, and innovative approaches to leverage VR technology for enriched learning experiences. This continual learning ensures educators stay at the forefront of educational innovation.

    syGlass is committed to empowering educators with the necessary tools, knowledge, and support to seamlessly integrate VR technology into their teaching practices, fostering engaging and immersive learning environments for students.

  • Yes. We are thrilled to announce the preliminary findings of our ongoing study, revealing compelling evidence that learning retention is markedly enhanced when utilizing syGlass compared to traditional teaching methods. As we continue this study with diverse groups of students, the results consistently highlight the transformative impact of syGlass on educational outcomes.

  • Yes, the syGlass curriculum and its associated virtual reality (VR) technology can often be used in parallel with an existing curriculum. The flexibility and versatility of such a platform typically allow for integration rather than replacement of current teaching methods.

    Here are some considerations and benefits:

    • Supplementary Learning: syGlass can supplement your existing curriculum by offering additional resources, immersive experiences, and real-world applications that complement what is being taught in traditional methods.

    • Enhanced Engagement: Utilizing syGlass as a supplementary tool can enhance student engagement by providing immersive, interactive experiences that support and reinforce concepts covered in the standard curriculum.

    • Enriched Learning Experiences: The VR-based content from syGlass offers a different dimension to learning, allowing students to visualize complex concepts, explore interactive models, and engage with real-time data, thereby enhancing their understanding and retention.

    • Flexibility and Adaptability: Teachers can use syGlass content to tailor lessons, demonstrations, or projects that align with specific sections of the existing curriculum, fostering a more diverse and inclusive learning environment.

    • Integration into Various Subjects: Depending on its content, syGlass can be integrated into multiple subjects, including science, technology, engineering, mathematics (STEM), health sciences, and more, providing interdisciplinary learning opportunities.

  • Initial learning to navigate the tools only takes a few minutes. The capabilities of the software can be limitless for exploration of active scientific data.

    Learning the basic fundamentals of syGlass will only take a few minutes to a few hours. This timeframe generally involves getting acquainted with the user interface, navigation within the VR environment, understanding basic functionalities such as importing and manipulating data, and utilizing the core features provided by the platform.

    syGlass provides resources like tutorials, documentation, and customer support to aid users in their learning journey. Additionally, professional learning workshops, webinars, or training sessions offered by the syGlass team or other educational institutions may expedite the learning process and provide a structured approach to gaining proficiency in using the VR tools effectively.

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