Nanotube transistors have been a huge game-changer in computing, but even they are beginning to evolve from their silicon-based design. Researchers have developed the first computer chip that uses carbon-nanotube transistors, which are smaller and more efficient than their silicon counterparts. This can lead to further supercomputing advances.
Nanoscale devices are another tiny element with big ramifications. Ranging from one hundred to ten thousand times smaller than human cells, these devices are small enough to manipulate matter molecularly, something that could make DNA sequencing substantially more efficient.
Of course, not all advances in electrical and computer engineering are microscopic. Electric cars are quickly gaining on their gas-guzzling counterparts in speed, horsepower, performance, and battery life. For instance, cars that can go more than 300 miles on a single charge have begun to hit the market.
Advances in prosthetics tech are also making controllable limbs a reality. Some of these advances use nerve-to-muscle interfaces. Others use brainwave tech to control movements through thoughts.
Additionally, the building blocks of quantum computing continue to be laid. While its applications are years away, its ability to push beyond binary language is predicted to have a profound impact on climate change, chemistry, finance, and more.
Advances in engineering have also furthered the possibilities of 3D printing. Thanks to increased precision and efficiency techniques, it’s predicted that the concept could potentially produce a broad range of biomedical and thermoplastic materials.
Electrochemical Energy Technology
Finally, electrochemical energy technology continues to evolve into a more efficient process. Scientists project the clean energy it produces can have positive, cost-effective ramifications on agriculture and other key industries.
Major advances in electrical and computer engineering mean a better quality of life and greater productivity across the globe. To learn more about recent electrical and computer engineering advances, check out this infographic created by Ohio University’s Online Masters in Electrical Engineering degree program.