STEM in Sacramento

As a former engineer, Nicholas Haystings recognizes the importance of a STEM based education for young generations.

His organization, Square Root Academy, aims to provide underserved students in the Sacramento area these opportunities. At no cost, scholars participate in a collaborative and creative environment that emphasizes innovation and academic excellence.

Scholars can participate in workshops to learn industry skills including 3D modeling and printing, coding, and electronic circuit design and creation. Afterward, they can utilize open lab hours to build their own creations.

For Nicholas, 5G means better connectivity and greater opportunity for his scholars to experience the technologies of tomorrow. Currently, a group of students are developing a garden system that is aiming to grow food using 70-90% less water. With 5G connectivity, scholars will be able to monitor in real time how the plants are growing and their PH levels.

Check out the latest video from Faces of 5G and then click here to learn more about The Square Root Academy.


Faces of 5G: Alex Lee on 5G and IIoT

We’re taking a week off from 5G in 5 and trying something new. In addition to videos, we’ll be rolling out a series of blog posts to spotlight innovators and entrepreneurs and their visions for the future regarding how 5G will impact various industries.

For the inaugural post of the series, meet Alex Lee.  He works at a venture capital fund in San Francisco and recently talked to us about how 5G will enhance the industrial sector.

Check out a new piece he did covering market trends that will drive early 5G adoption across the  Industrial Internet of Things (IIoT) sector.  In this blog, Alex discusses why the industrial sector is ready to use 5G, certain use cases for 5G in IIoT, and what consumers can expect. Here’s an excerpt from Alex:

Factories are already creating value using IoT technology on the existing 4G LTE network. When factories can tap into 5G and the benefits that come from faster speeds, lower latency, and greater capacity, it will unlock a suite of new use cases. These are four use cases that I am most excited about:

Self-driving – Autonomous vehicles is a commonly referenced 5G application because it requires high network bandwidth and latency. Self-driving applications aren’t only for public roads but also in industrial settings too. Autonomous forklifts in a factory and autonomous tractors in a mine are near-term applications.

Robotics – Most robots used in factories today are caged off because they are programmed to move in one fixed path. While co-bots exist in some factories, the slow reaction time limits use cases. 5G will enable co-bots to process data faster, adjust its path based on this new data, and complete the action so it doesn’t slow down the line.

Augmented reality – Better bandwidth through 5G means better quality resolution and less likelihood that an AR headset gets disconnected. Some factories are hesitant to adopt AR technology because of the large bandwidth required. 5G will solve this problem and enable factory workers to access data visualization or design specifications while on the line and in real time.

Smart grid – This includes power generation, transmission, distribution, and usage. The ability to manage a power distribution across a factory is complex as each link has different communication requirements. It requires real-time data streaming and insight to upcoming demand to ensure the line gets the power it needs. 5G will allow seamless communication between machines connecting smart grids.

Click here for more.

Also, if you haven’t seen it already, take a look at the latest – and just released – video from Faces of 5G, which highlights Big Shoulders Fund, a Chicago-based charitable organization that supports inner-city schools with innovative programming.

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