TryEngineering Today! is dedicated to providing the latest news and information for students, parents, teachers, and counselors interested in engineering, computing technology and related topics.
Engineers at Brigham Young University are developing surgical instruments inspired by origami, the Japanese art of paper-folding. The tools in development are so small that the incisions required to accommodate them would be able to heal without sutures. The origami-inspired designs involve fewer parts, enabling them to be both simpler and smaller. A robotically-controlled forceps designed by the team, is small enough to enter through an incision only 3mm in size! The researchers hope that someday these small instruments will enable surgeons to manipulate parts of the body as small and delicate as nerves. The tiny tools will also make surgeries less invasive, meaning less pain and faster healing time for patients.
Engineers Week 2016, 21-27 February, is a week-long celebration of the positive contributions engineers make to our world. Join the festivities to:
- Celebrate how engineers make a difference in our world
- Increase public dialogue about the need for engineers
- Bring engineering to life for kids, educators, and parents
- Jumpstart your plans by listening to 5 Ways to Make a Difference During Engineers Week webinar
Check out some of the highlights of this year's celebration:
Learn more at: http://www.discovere.org/our-programs/engineers-week
Find out how engineers are lighting the way toward progress in this issue of IEEE Spark. Learn about the technologies that are making our world brighter, meet a photonics pro, explore infrared radiation with your remote, and get enlightened about optics with online tools.
Read the issue: http://spark.ieee.org/2016-issue-1/
The inaugural ASME Innovative Additive Manufacturing 3D (IAM3D) Challenge is designed to give mechanical and multi-disciplinary undergraduate students around the world an opportunity to re-engineer existing products or create new designs that minimize energy consumption and/or improve energy efficiency. Students will showcase their creativity by demonstrating the value added through their ingenuity, application of sound engineering design principles, and leveraging Additive Manufacturing technology to address a broad spectrum of industrial, manufacturing, and humanitarian challenges.
Judges will choose up to top 15 finalists to assemble their design, showcase their functional prototype, and compete in a 10 minute verbal presentation with additional 5 minutes reserved for Q & A at the 2016 IDETC/CIE/AM3D Conference in Charlotte, North Carolina. The finalist/team will receive up to a maximum of $1500 subsidy to cover travel expenses, hotel, and food while at the IDETC/CIE.
Each winning design in the category will receive $2,000 based on the combined score of the judging criteria. Each entry can be considered for more than one category.
The Faculty Advisor of each winning team will enjoy a complimentary five year ASME membership (a $735 value), AND a $1,000 cash award. A Faculty Advisor will be eligible to receive the award for only one category.
Registration for the Challenge ends on April 15, 2016, at 12 AM EDT (GMT-5).
To learn more visit: https://www.asme.org/events/competitions/iam3d-challenge
Researchers at Virginia Tech have taken cues from beetles to create technology that could prevent the development and spread of frost. The researchers studied the physiology of the Namib Beetle, which resides in the deserts of southern Africa. This variety of beetle has a shell that is designed to collect moisture from the air and then channel it into the insect's mouth. The shell's design inspired the researchers to develop chemical micropatterns using photolithography, on top of a surface that repels water to deter the spread of frost. Essentially, the researchers created tiny hydrophilic (water-attracting) dots spaced far enough apart that moisture evaporates before frost is able to form and spread across the surface. The pattern was created on a surface only one square centimeter in size, but the researchers believe that this can be scaled up. This technology has potential applications in preventing frost on airplane wings, windshields and heat-pump coils.
New, potentially life-saving, headphone technology debuted this year at the 2016 Consumer Electronics Show (CES) in Las Vegas, Nevada. Known as Audio Augmented Reality (AAR), the wearer can use this technology to selectively cancel out sounds they do not want to hear, while enhancing those sounds they need to hear. The headphones can be programmed via an app to recognize various “audio triggers” picked up by the headphones’ external microphones. These triggers can include the wearer's own name being called, a bike bell, or even the honking of a car horn. To enable the wearer to hear these vital sounds, the headphones would turn down the audio in response. Conversely the headphones could be programmed to cancel out sounds that the wearer does not want to hear, such as a neighbor’s barking dog. This technology has the potential to improve safety for headphone-wearing pedestrians and cyclists, and reduce countless accidents each year.
The MTConnect Student Challenge is an innovation competition that seeks student-created ideas and applications utilizing the MTConnect Standard.
The MTConnect Student Challenge is an opportunity for all U.S.-based undergraduate and graduate students. It may be of particular interest to those studying engineering or computer science disciplines.
- Students possess the skills, talent, and creativity to develop solutions that are critical to advanced manufacturing.
- Build relationships with potential employers by demonstrating initiative to learn about their needs and propose solutions.
- This Challenge is a natural fit as a thesis or capstone project for students who need to demonstrate proficiency and subject mastery.
- A total of $33,000 will be awarded - $10,500 for the Ideation Competition and $22,500 for the Application Development Competition.
The deadline has been extended to March 15, 2016
To learn more visit: http://web.ncdmm.org/cn/ackdg/Mtconnect
Engineers at Tel Aviv University have developed a miniature jumping robot inspired by the characteristics and movement of the locust. The researchers designed the robot, known as TAUB, around the locust's basic biomechanical features as well as its great ability to use stored mechanical energy when jumping. The robot is powered by a small battery and can be controlled remotely using a microcontroller. The researchers employed a 3D printer to create the robot's body out of the same type of plastic used in Lego blocks. The legs of the robot were created using rods, springs, and wire. The robot is approximately five inches long and weighs less than one ounce. It can jump 11 feet in the air and cover a distance of 4.5 feet in a single leap. The researchers envision that the robot will prove useful in surveillance and search and rescue operations.
Learn basic programming skills with the "Star Wars: Building a Galaxy with Code" tutorial on Code.org. Drag and drop blocks of code to program the BB-8 droid to walk and collect bits of scrap metal. Team up with Princess Leia to build your own game featuring R2-D2 or C-3PO. Play your game on your smart phone and share your completed game with friends.
We are pleased to announce the judge's choice and people's choice winners in the IEEE Spark Innovation through Animation Competition.
Judge's Choice winner: Madeline Loui & Alicia Loui
Nominated by IEEE Member: Alexander Loui
Animation title: The Future of Fitness
People's Choice winner: Andrei Cristian Smărăndoiu
Animation Title: Smart Home - Improving Life Quality and Reducing Environmental Impact
Congratulations to our winners and to all who challenged themselves to develop a creative animation in this year’s competition!