Pathways 2.5

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Cultural

Connections

Sustainability

Healthy

Lives

Perseverance

Your Inner

Inventor

K-12 | COLLEGE | PARENTS | Educators

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Josh Siegel

Josh Siegel works across disciplines to develop “Deep Technologies” - technologies that were impossible yesterday, that are barely feasible today, and that tomorrow have the potential to pervasively and invisibly solve meaningful and significant problems.

In a mobility context, this includes: pervasive sensing for identifying transit mode and vehicle diagnostics, defensive self-driving, applications for vehicular data, efficient vehicle-to-vehicle connectivity, transportation cybersecurity, human-vehicle interactions, simulator design, and trajectory forecasting.

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Robotics Engineering Fundamentals: Students collaborate to build and code a robotic vehicle, learning the basics of mechanical assembly, sensor integration, and programming logic.

Electronics and Circuitry Exploration: Students work hands-on with electronic components and utilizing tools like microscopes to understand the intricacies of circuit design.

Introduction to Biotechnology:

Introduction to the world of biotechnology through experiments in a lab setting, fostering an understanding of biological processes and laboratory techniques.

Creative Problem-Solving with Robotics: Engage in creative problem-solving by constructing and programming robots, integrating STEM principles with a focus on teamwork and innovation.

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Starting a Makerspace

Starting a school-based makerspace can be a transformative initiative that fosters creativity, innovation, and hands-on learning among students. A makerspace serves as a collaborative environment where students can explore and experiment with various tools and technologies, ranging from traditional crafting materials to cutting-edge electronics.

Fostering a maker community with an invention mindset contributes to interdisciplinary learning bringing together various fields such as science, technology, engineering, arts, and mathematics (STEAM) and fostering a holistic understanding of concepts.

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Therapy group smiles as teen girl kids with teen boy

Asian teenager doing robot project in science classroom.

Inclusive Communication Skills:

A lesson on the importance of active listening, respectful dialogue, and the exchange of ideas in a collaborative setting.

Advanced Robotics Programming: Delve into advanced robotics, electronics, and control systems.

Self-Expression and Creativity:

A lesson on self-expression and creativity, encouraging students to explore their identities and present themselves confidently.

Engineering Design Process:

A lesson on the engineering design process, teamwork, and project-based learning.

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Stem education. Kids creating robots at school

Young Asia Student Remotely Learn Online at Home in Coding Robot Car and Electronic Board Cable in STEM, STEAM, Mathematics Engineering Science Technology Computer Code in Robotics for Kids Concept.

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