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.
Google's Code Jam returns for the 14th year as one of the most challenging programming competitions in the world. The contest consists of multiple rounds of algorithmic puzzles, culminating in the World Finals at Google's office in Dublin, Ireland.
Code Jam begins with a Qualification Round taking place on April 7, 2017 @ 23:00 UTC. The round is available for 27 hours.
Next, multiple online rounds lead up to the Code Jam World Finals in August, during which the top 25 Code Jammers and last year's champion will compete for the title of Code Jam World Champion and a grand prize of $15,000.
Register before the Online Qualification Round on April 7 at 23:00 UTC. https://code.google.com/codejam/
Join Zappy the squirrel in a fun new app adventure designed to help you learn how IEEE Standards shape the development of new technology. The object of the mobile game, developed by the IEEE Mobile Center of Excellence, is to help Zappy through all the obstacles at a metropolitan electric power station -- and gather acorns along the way, of course. The obstacles highlight the IEEE standards that deter small animals from getting into power stations, damaging equipment, and causing outages.
Engineers Week 2017, 19-25 February, is a time 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
More than a week-long event, Engineers Week is a year-round commitment to making a difference.
Check out some of the highlights of this year's celebration:
Watch the following planning guide for some great ideas on how to get involved:
Learn more at: http://www.discovere.org/our-programs/engineers-week
Senior industrial design major at the Savannah College of Art and Design, Anna Haldewang was given an interesting project by her professor: "create a self-sustainable object that stimulates the growth of plants." Having been struck by reports regarding diminishing honeybee populations, Haldewang wanted to help. In response, she designed Plan Bee, a smartphone-controlled robotic drone designed to mimic the way honeybees pollinate crops and flowers. The small yellow-and-black drone consists of a lightweight “foam core, plastic-shell body, and pair of propellers" for flight. The drone uses suction to retrieve the pollen, which is then held inside the body of the drone, and then deposited onto other plants for cross-pollination later. Haldewang has applied for a patent for her design, and hopes to bring the drone to market in two years. Potential applications for the drone include personal gardening, commercial farming and hydroponic farming.
Project Arduino is a competition that’s designed to give an insight into what it’s like to work at Thales. Students were asked to build their own Thales-inspired project using Arduino, and create a video to promote it. This gave them the opportunity to work with some cutting-edge technology and win some big prizes in the process. The teams featured are already through the initial stages and each represents one of the seven regions which are participating in the competition: France, UK, USA, Netherlands, Singapore and China and Hong Kong.
Now it’s up to you to help decide who will be the global winners. The top three videos with the most votes will be put before a jury of Thales experts to decide who will win a trip to a Thales Research Centre in one of the regions participating and who will be crown global winners of Project Arduino 2016/17!
Check out their videos and vote for your favourite team. Not only will you be helping them to win, you’ll be helping yourself too – because with every vote, you get the chance to win your very own Arduino kit (or an equivalent value prize of shopping vouchers, if you are a Thales employee). Prize winners will be contacted by email by no later than 31st March 2017
So what are you waiting for?
VOTE FOR YOUR FAVOURITE TEAM UNTIL 28TH FEBRUARY
There were a number of engineering marvels recognized as part of the 2016 Beazley Designs of the Year Awards hosted by the Design Museum in London. The Design of the Year Award went to the Better Shelter by the Ikea Foundation and the UN Refugee Agency. The shelter, which is able to house a family of five, can be built out of only 68 components in as little as four hours. The structure is comprised of recyclable plastic, and includes a solar panel for lighting and electricity needs. Another winner, the Space Cup designed by the NASA Johnson Space Center and the IRPI LLC enables individuals aboard the International Space Station to experience "earthly drinking" by using capillary forces and surface tension. Lumos by Ew-wen Ding and Jeff Haoran Chen is a smart bicycle helmet that integrates lights, brakes, and turn signals. OpenSurgery by the Royal College of Art (London) and the Kyoto Institute of Technology is a DIY surgical robot made from off-the-shelf and 3D-printed components, which can be operated with a video game controller.
A growing utilisation of sensors and the expanding IoT continue to make meaningful and useful impacts on society. Today, there are numerous examples of applications that not only make our lives easier, but that also bring both economic and environmental benefits, as well as setting the stage for more low-cost and easy-to-deploy future solutions.
Check out more of this great article on the future of The Internet of Things, by IEEE member Nicholas Kirsch at IoTnews:
A recent report by the US Food and Drug Administration (FDA) offered evidence regarding a threat to implantable medical devices: cybersecurity. The report confirmed that St. Jude Medical's pacemakers and defibrillators are vulnerable to hacking. These devices, which control and monitor the heart and help prevent heart attacks, have the potential to be accessed by hackers. Battery depletion, abnormal pacing and electrical shocks are all potential ways with which these devices can be tampered. St. Jude's has developed a patch to correct this particular threat which is now being rolled out. This report however, underscores the importance of considering cybersecurity when designing remotely monitored implantable medical devices. The FDA recently released cybersecurity manufacturing guidelines in December of 2016 to help prevent future gaps in security.
Every year, the EngineerGirl website sponsors a contest dealing with engineering and its impact on our world. The theme of the 2017 contest is Engineering and Animals.
The International Union for the Conservation of Nature (IUCN) maintains a list, known as the IUCN Red List, which ranks the conservation status of thousands of species. For your essay, choose an animal that is ranked by IUCN as either: vulnerable, endangered, or critically endangered. Learn about the animal and consider how engineering might improve life for that species.
Guidelines for length:
- Grades 3–5: 400 to 700 words
- Grades 6–8: 600 to 1100 words
- Grades 9–12: 1000 to 1500 words
Submissions will be judged by a slate of volunteers that include professionals from various engineering fields.
Finalists will be judged by the EngineerGirl Steering Committee based on the following criteria:
- Effectiveness in communicating ideas and fully addressing the requirements of the contest;
- Accurate research and analytical thinking;
- Creativity and originality in the content selection and presentation
Winners in each grade category will receive the prizes listed below:
- First-place winners will be awarded $500.
- Second-place entries will be awarded $250.
- Third-place entries will be awarded $100.
All winning entries will be published on the EngineerGirl website.
Honorable Mention entries will not receive a cash award but will be published on the EngineerGirl website.
Submit your essay online by February 1, 2017 at 6:00 pm EST.
For more information and to enter visit: http://www.engineergirl.org/32376.aspx