Posted on April 25th, 2015 by Jaimie Schock
Scholarships that target students interested in engineering provide an excellent way to help pay for the rising costs of higher education. Since engineering scholarships are plentiful and come from a variety of sources, such as corporations, non-profits, foundations, institutions, and governmental bodies, future engineers have a host of opportunities available to them.
Filed under: Aerospace, Agricultural, Architectural, Biomedical, Chemical, Civil, Computer, e-News, Electrical, Environmental, Explore Engineering, Industrial / Manufacturing, Materials, Mechanical, Mining, Nuclear, Ocean, Scholarships, Transportation | 5 Comments »
Tags: Awards, Scholarships, Scholarships and Fellowships
Posted on April 23rd, 2014 by Mary Lord
Special Feature by Guy Wilkins
Hate playing scales or doing fitness drills? In the not-so-distant future, the hours of repetitive practice necessary to learn a musical instrument, new sport, or dance may be a relic of the past. Lara Boyd, a researcher at the University of British Columbia in Vancouver, Canada, believes a promising new technology called magnetic brain stimulation could cut the practice time required to learn a new motor skill.
Filed under: Biomedical, e-News, Electrical, Explore Engineering | Comment »
Tags: Lara Boyd, learning, magnetic brain stimulation, motor skill, thinking cap, transcranial brain stimulation, University of British Columbia
Posted on November 27th, 2013 by Mary Lord
Combining nanotechnology with foam, Brigham Young University engineering student Jake Merrell has created a “smart foam” that could be placed inside the helmets of football players to measure the impact of hits to the head, and help prevent concussions.
Filed under: Biomedical, e-News, Explore Engineering, Materials, Meet More Students | Comment »
Tags: Brigham Young University, concussion, engineering student, football, head injury, helmet, invention, Nanotechnology, smart foam
Posted on February 21st, 2013 by aseeadmin
Sudden infant death syndrome, or crib death, is responsible in the United States for around 2,225 deaths a year of children from birth to 12 months. But German researchers have developed a stretchable, printed circuit board that could be fitted into a one-piece sleeper and would signal an alarm if a baby stops breathing. Investigators at the Fraunhofer Institute for Reliability and Microintegration IZM in Berlin have figured out how to make the flexible, wearable circuit board from polyurethane, a plastic often used as a sealant. They fitted it with sensors that monitor breathing in the chest and stomach areas, and ironed it onto baby-size PJs.
Filed under: Biomedical, Chemical, Computer, e-News, Electrical, Explore Engineering, Industrial / Manufacturing, Materials, Mechanical | Comment »
Posted on October 1st, 2012 by Mary Lord
Attention Iron Man fans. Powered suits of armor like the one designed by fictional industrialist/engineer Tony Stark may soon save or improve the lives of real people. In 2011, a motorized exoskeleton created by engineering students at the University of California, Berkeley allowed classmate Austin Whitney to walk across the stage to receive his diploma. Now, English athlete Claire Lomas is making medical history as the first paraplegic to use an exoskeleton to get around home and town.
Filed under: Biomedical, e-News, Explore Engineering, Trailblazers | Comment »
Tags: athelete, Biomedical, Claire Lomas, Electrical, exoskeleton, London Marathon, Paralympics, ReWalk, robotic suit, Robotics