The beautiful days in Chicago this summer have made me think about how I would love to be able to plug in on Northwestern’s beautiful Lakefill using the power of Solar Energy! In other news, the club is on break for the summer, but our summer fellow, Allie, is busy developing the bracket that will move us one step closer to the completion of our project.
A big challenge in our project is creating something that meets our basic idea (a structure that uses solar energy to charge your phones/laptops), while making sure the rest of our design is not only appealing to look at, but also continues to project ideas of sustainability. A big problem for us was deciding on what sort of seating to install on the tree. We needed something affordable, but we wanted it to look nice, and be sustainable! Our first thoughts were recycled plastic and wood, but we were unable to find a merchant that could give us the sizes and shapes we needed as well as suit our budget. Then one day, SEED (Students for Ecological and Environmental Development at Northwestern University) came to us with an idea. The wanted to create benches that used old plastic bottles as filler. The benches are built from “bricks” that are stuffed with old plastic bottles, non recyclable plastic bags, and plastic wrappers. The benches are low cost and are customized around the SmartTree project! It was perfect for us!
Until next time!
The medical advances being made today with sensors reminds me of when, as a kid, I watched with rapt attention the movie Fantastic Voyage.
Sensors can monitor implants as they heal or detect early signs of organ rejection after a transplant. A sensor in the human brain could even help people control a prosthesis or use assistive technologies such as wheelchairs.
The advantage of being able to constantly collect data about someone’s health would keep hospital costs down by catching diseases early and helping the ill or elderly manage their own health between doctors’ visits.
Who knows? In a decade, we may all be wearing microchips. After all, this microchip technology already exists in many of our pets.
Sometimes leaving the path you’ve chosen can be so very positive! Read the post by Lavina Melwani on LinkedIn about these two former U Cal Berkeley students, Nikhil Arora and Alejandro Velez, who’ve gone Robert Frost and ‘diverged’ with wonderful success…
Visit their website and learn more: Back to the Roots
Buildings and streets are helping out the environment by fighting pollution. These structures are able to do this because of a titanium dioxide coating that’s integral to their design. The coating heats up when the titanium dioxide is exposed to light, which is every day thanks to the rays of the sun. When it heats up it releases molecules that combine with moisture in the air that neutralizes pollutants. In The Netherlands some streets are paved with the titanium dioxide coating helping neutralize the effects of 1,000 cars a day.
Now that’s what I call pollution fighting free radicals.
Only one questions remains. Where can I get a jar?
You may ask, what is a drone degree? More universities are offering engineering degrees in the fast-growing field of drones.
Professors are combining robotics and computer science with engineering to provide these degree programs. Nevada is hoping to be the next Silicon Valley in this field.
The US Army just granted a $150 thousand grant to engineer drones to detect radiation and other toxins.
The drone industry is expected to generate over $89 billion over the next few years.