PocketLab provides wireless sensors that stream real-time data for hands-on science experiments, enabling students to conduct genuine scientific research and analysis. The platform enhances STEM education by offering a digital lab notebook and teacher-curated curriculum resources, fostering interactive learning environments that engage students effectively.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional science education often lacks hands-on experimentation, limiting students' ability to engage with scientific concepts and conduct genuine research. Existing lab equipment can be expensive, cumbersome, and confined to the classroom, hindering exploration and real-world application.
Solution
PocketLab provides a suite of wireless sensors that stream real-time data directly to student devices, enabling hands-on science experiments and fostering a deeper understanding of scientific principles. The platform includes a digital lab notebook for data collection, analysis, and reporting, as well as a library of teacher-curated, standards-aligned curriculum resources. By offering accessible, user-friendly tools for data acquisition and analysis, PocketLab empowers students to conduct genuine scientific research and explore scientific phenomena in various environments.
Target Audience
PocketLab primarily targets K-12 science educators and students seeking engaging, hands-on tools for science education, as well as educational institutions looking to enhance their STEM programs.
Features
- Wireless sensors that measure various parameters, including motion, temperature, pressure, and light
- Real-time data streaming to smartphones, tablets, and computers via Bluetooth
- Integrated digital lab notebook for data logging, graphing, and analysis
- Teacher-curated curriculum resources aligned with educational standards
- Cloud-based platform for data storage, sharing, and collaboration
- Compatibility with various operating systems and devices
- Ruggedized sensor design for durability in classroom and field settings