简介：
Overview
This article presents an overview of how synchronous web-based virtual outreach can be used to expose 6th-12th grade students to advanced imaging technologies such as ultrasound, computerized tomography, and electroencephalography. The integrated approach used in virtual STEM outreach presentations aims to engage students and promote interest in STEM careers.
Key Study Components
Area of Science
- Neuroscience
- Biomedical Imaging
- STEM Education
Background
- Virtual outreach can bridge the technology gap for students in rural areas.
- It provides critical access to STEM role models.
- The approach aims to diversify the STEM pipeline.
- Professional quality live streaming enhances student engagement.
Purpose of Study
- To promote student interest in STEM careers.
- To provide access to advanced imaging technologies.
- To develop an effective virtual outreach model for education.
Methods Used
- Live streaming of imaging technologies.
- Use of video switchers and HDMI connections for presentations.
- Demonstration of ultrasound, CT, and EEG technologies.
- Engagement of students through interactive sessions.
Main Results
- Increased student engagement in STEM subjects.
- Successful demonstration of imaging technologies.
- Positive feedback from participants on the outreach model.
- Enhanced understanding of complex imaging techniques.
Conclusions
- Synchronous virtual outreach is effective for STEM education.
- It can serve as a recruitment tool for underserved populations.
- The model can be replicated in various educational settings.
What imaging technologies are covered in the outreach?
The outreach covers ultrasound, computerized tomography (CT), and electroencephalography (EEG).
How does virtual outreach benefit students?
It promotes interest in STEM careers and provides access to role models.
What equipment is essential for the virtual presentations?
A video switcher and HDMI connections are key components.
Can this model be used in rural areas?
Yes, it effectively bridges the technology gap for students in rural locations.
What is the main goal of the outreach?
To engage students and increase participation in STEM-related fields.
How is student engagement measured?
Engagement is assessed through feedback and participation levels during sessions.
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