WonderWorks in Pigeon Forge, Tennessee has planned a temporary exhibit that is out of this world, and everyone is invited to blast off with it.
The indoor park that combines amusement and educational opportunities is hosting a NASA exhibit from October 5-8, 2017 that will focus on the amazing world of science and the planets. The exhibit will feature scaled models of spacecraft and a virtual reality experience of NASA’s new rocket, the Space Launch System. There will also be artifacts such as a real moon rock that people can touch, and a meet and greet with former space shuttle astronaut Captain Robert “Hoot” Gibson. The fun and educational exhibit is slated to help further interest in STEM education and careers and is ideal for all ages.
“This is such an exciting exhibit for people and we are thrilled to be hosting it,” states Ed Shaffer, General Manager for WonderWorks. “Being able to meet a real astronaut and touch a moon rock is a once-in-a-lifetime opportunity and one that you don’t want to miss.”
The NASA exhibit will kick off with Captain Gibson visiting local middle schools to speak to students about his experience being in space. He will be at WonderWorks in Pigeon Forge on Saturday, October 7, 2017. Meet and greet opportunities are from 11 a.m. to noon, 1:00 p.m. – 2:00 p.m., and from 3:00 p.m. – 4:00 p.m., where he will answer questions, pose for photos, and give autographs. Media interviews will also be available.
The NASA exhibit will feature:
• The Exploration Systems virtual tour allows participants to experience the Space Launch System (SLS) rocket and Orion spacecraft up close as they sit on the mobile launcher at Kennedy Space Center. Users will be transported to Launchpad 39B where they will receive a brief overview of the different components that make up the most powerful rocket ever built, the SLS. Once the overview is complete, they will then be placed inside an Orion Spacecraft virtual environment prior to launch.
• Guest will be able to take and print a photo of themselves in a spacesuit with either an SLS, Orion, Mars rover, or International Space Station background. This is a one-of-a-kind keepsake!
• Space Launch System 1:50 scale model on a mobile launcher and a 1:20 scale Orion Spacecraft table top model.
• Touchable moon rock from the Apollo 17 mission.
“We are ready to grow interest in space explorations,” added Shaffer. “There will be plenty of opportunities for pictures, asking questions, and observing, making it an amazing experience for all.”
Capt. Robert “Hoot” Gibson served as a NASA astronaut from 1979 until 1996 and is a veteran of five space shuttle flights. He has logged more than 36 days in space, including having commanded the first docking of the space shuttle to the Russian space station Mir. He is also a graduate of the TOPGUN Navy Fighter Weapons School.
WonderWorks in Pigeon Forge offers 35,000 square feet of “edu-tainment” opportunities, billing itself as an amusement park for the mind. They offer over 100 hands-on exhibits covering natural disasters, space discovery, an imagination lab, a physical challenge zone, a far out art gallery, and a light and sound zone. WonderWorks is open daily from 10 a.m. until 9 p.m. For more information or to register for the event, log onto their site: wonderworksonline.com/pigeon-forge/nasa-journey-mars/.
WonderWorks, a science focused indoor amusement park, combines education and entertainment. With over 100 hands-on exhibits – there is something unique and challenging for all ages. Feel the power of 71mph hurricane–force winds in the Hurricane Shack. Make huge, life–sized bubbles in the Bubble Lab. Get the NASA treatment in our Astronaut Training Gyro and experience zero gravity. Nail it by lying on the death–defying Bed of Nails. Conquer your fear of heights on our indoor Glow-In-The-Dark Ropes Course. WonderWorks is also home to Wonders of Magic, starring Terry Evanswood, the award-winning and longest running performer in Pigeon Forge. WonderWorks hosts birthday parties and special events seasonally. Open daily from 9 a.m. until midnight. wonderworksonline.com/pigeon-forge.
Take your search game to the next level with these tools that’ll save you time and help you get more done.
When you think about Google services, apps such as Gmail, Docs, and Photos may be the first things that come to mind. I’d be willing to wager, though, that the Google service you use more than any other is one you rarely think about—because it’s woven so tightly into your life that it doesn’t even feel like a service anymore. It just feels like a utility, something that’s always there—like a faucet for metaphorical water.
I’m talking, of course, about Google Search, the gateway to an endless-seeming array of answers and information. But these days, Google Search can do a whole lot more than just look up simple queries. In fact, if you know all of its hidden powers, Search can be a Swiss Army knife that’s always within reach, even when you aren’t actively thinking about its presence.
Browse through these 40 advanced functions—and get ready to see Search in a whole new light.
1. Need an impartial judge to help make a decision? Try typing “random number generator” into Google. That’ll bring up a tool that lets you specify a minimum and maximum number—for however many choices you have, or even representing a specific set of values within a spreadsheet—and then have the Google genie randomly pick a number within that range.
For a more visual (although also more limited) version of the same concept, type “spinner” into Google and then switch the toggle at the top to “Number.” You can then create a wheel with anywhere from two to 20 numbers and click it to spin and land on a random digit. The Google Search number spinner will land on a random digit, with anywhere from two to 20 options in place.
2. For even simpler decisions, let Google flip a coin or roll a die for you by typing either command into the search box. (Bonus tip: You can also ask Google to spin a dreidel.)
3. Make Google serve as your personal time-keeper by typing “timer” or “stopwatch” into a search box. You can also launch right into a specific timer by typing “20 minute timer” (or whatever amount of time you desire).
4. You probably know that Google can act as a basic calculator, performing addition, subtraction, and so on—but did you know it can also do all sorts of advanced mathematics? For instance, you can have Google graph complicated equations like “cos(3x)+sin(x), cos(7x)+sin(x)” by entering them directly into the search box. And you can fire up a geometry calculator by searching for a specific query—”area of a circle,” “formula for a triangle perimeter,” or “volume of a cylinder”—and then entering in the values you know.
5. Google has separate standalone calculators that can figure out tips and monthly mortgage payments, too. Search for “tip calculator” or “mortgage calculator” to give either a whirl.
6. The next time you need to convert between units, try asking Google to do the heavy lifting for you. In addition to handling currency and practically any measurement system, Google can convert megabytes to gigabytes, Fahrenheit to Celsius, and days into minutes or even seconds. You can explore all the possibilities by typing “unit converter” into the search box and then looking through the dropdown menus that appear—or you can perform most conversions directly by searching for the exact changeover you want (e.g. “14.7 lbs to oz”).
7. Who among us hasn’t come across a sprawling number and stared at it blankly while trying to figure out how to say it aloud? Search for any number followed by “=english”—”53493439531=english,” for example—and Google will spell out your number for you in plain-English words.
8. Designers, take note: Searching for “color picker” will pull up a simple tool that lets you select a color and find its hex code, RGB value, CMYK value, and more—and easily convert from one color code type to another.The color picker tool is an easy way to find color codes and convert among different code types.
9. You can also see an identifying swatch for a specific color code by typing it into Google in almost any form: “#fcef00,” “rgb(252, 239, 0),” “pantone 444 u,” and so on.
10. Get up-to-date info on any flight, anytime, by typing the airline name or code and flight number directly into Google.
11. Find your current IP address in a snap by typing “IP address” into any Google prompt.
12. Google can measure your internet speed and give you speedy results, regardless of whether you’re on Wi-Fi or mobile data. Just type “speed test” into a search box and then click the “Run Speed Test” button to get started.
13. From your phone, type “bubble level” into Google to load an on-demand level tool and make sure the picture you’re hanging is perfectly straight. Keep the toolbox in the closet and pull up a bubble level right from Google Search on your phone.
14. Trying to stay on beat? Google “metronome,” and the search site will give you a fully functional metronome with a slider to start any beat-per-minute setting you need.
15. Search or browse through hundreds of old print newspapers at Google’s hidden newspaper archive site. The selection is pretty hit-and-miss, but you just might find what you’re after.
16. Hardly anyone knows it, but Google has a system that allows you to save results from your searches and then organize them into collections. From a browser, it works with images, jobs, and places; after searching for any of those types of items, you’ll see small bookmark icons alongside your results that can be clicked to save the associated entities. If you have an Android phone, you can also save web pages by pulling them up within the Google app and then looking for the bookmark icon in the upper-right corner of the screen. Either way, you can find and sort your saved stuff by going to google.com/collections or looking for the “Collections” option in the Google app on Android (tucked away within the “More” menu).
17. Find your next job on Google by searching for “jobs near me” or something specific like “programming jobs.” You can then narrow down the search as needed, find direct links to apply to positions, and even turn on email alerts for worthwhile queries. Google’s job search function pulls in postings from all over the web and presents them in a centralized, easy-to-follow manner.
18. Thinking about going back to school—or maybe enrolling in college for the first time? Google can give you oodles of useful info about any four-year college in the United States. All you have to do is search for the school’s name, and you’ll get an interactive box with facts about its average cost (before and after financial aid for any income level) along with its acceptance rate, typical test scores, rankings, and notable alumni.
19. Get the perfect recipe for any meal by searching for the name of a dish from your mobile device. Google will give you a scrolling list of choices and will even provide one-tap commands for sending any set of instructions to a Google Assistant Smart Display connected to your account. (Bonus tip: You can search for drink recipes in the same way—again, though, only on a mobile device for some reason.)
20. Speaking of eating, you can Google any individual ingredient to find detailed nutritional information about the food. You can also search for specific nutritional queries—things like: “How many calories are in avocados,” “How much fat is in an egg yolk,” or “How much protein is in chickpeas.”
Facebook has acquired GrokStyle, a shopping startup that uses AI to help you buy furniture and other items for the home. The move, which was reported by Bloomberg, is the latest sign yet that the social network is looking to push deeper into e-commerce in 2019.
Facebook spokesperson Vanessa Chan confirmed the acquisition saying, “We are excited to welcome GrokStyle to Facebook. Their team and technology will contribute to our AI capabilities.”
GrokStyle, which was founded in 2016 according to CrunchBase, is a San Francisco startup specializing in visual search. The company is known for technology that allows shoppers to search for furniture and other items by taking photos with their phones. Last year, the company partnered with Ikea on its augmented reality furniture app.
In a note posted on its website, the company said it had “only scratched the surface of what is possible with computer vision.”
“Our team and technology will live on, and we will continue using our AI to build great visual search experiences for retail.”
It’s not clear exactly what team within Facebook GrokStyle and its “AI capabilities” will be a part of. But it’s another potential sign that Facebook plans to move deeper into shopping features.
The company has been steadily adding shopping features to Instagram, but hasn’t said much about similar shopping experiences in other places.
Continue on to Mashable to read the complete article.
The Siemens Foundation is advancing its mission to narrow the opportunity gap for young people in the United States in STEM careers by launching a new workforce training program to fill skilled positions in the intelligent buildings industry in collaboration with Siemens Building Technologies and the Association of Controls Professionals (ACP).
Together, the organizations will create community college training programs and develop career pathways into local K-12 systems, both aligned to new, non-proprietary industry certifications under development by ACP. This innovative program will focus on reaching traditionally underserved or underrepresented student communities and providing them the opportunity to excel in a software-driven field. The Foundation will invest more than $1.6 million in the workforce training program over a three-year period, with the first iteration expected to launch in DeKalb County in metro Atlanta in late spring.
“Operating and maintaining today’s smart building systems requires skilled, technology-minded professionals, but companies like Siemens continue to have difficulty in finding skilled applicants for these open positions,” said Dave Hopping, CEO of Siemens Building Technologies division, Americas. “The development of career pathways from K-12 through community college, leading to high-quality certification, will help address this gap and grow the diversity of individuals who have an opportunity to receive training, compete for these software-driven jobs and earn a competitive salary.”
“A career focused on how to make buildings smarter and more efficient is truly one of purpose, giving students the opportunity to pursue work in a field that will play a significant role in reducing emissions and making our world more sustainable for years to come,” said Brian Lovell, president of ACP. “There are tens of thousands of jobs in the building automation field open today and our program’s mission is to provide the next-generation workforce with the skills and opportunity to fill these jobs and move the industry, and our world, forward.”
The intelligent buildings workforce training program is a part of the Siemens Foundation’s new SPARKS (STEM Partnerships to Advance Real-World Knowledge and Skills) Initiative, an effort to stand-up focused and employer-informed STEM training programs across industries like smart infrastructure, healthcare, and advanced manufacturing.
The Foundation will work in tandem with Siemens core businesses to develop targeted programming that addresses specific workforce development needs across their industry. Though each program will be unique, all share common goals under the broader SPARKS Initiative to provide economic opportunity for America’s next generation of workers and grow talent for relevant industries.
Since its inception, the Siemens Foundation’s mission has been to ignite and sustain today’s STEM workforce and tomorrow’s scientists and engineers. The Foundation has invested more than $115 million in the United States to advance workforce development and education initiatives in science, technology, engineering, and math. Its mission is inspired by the culture of innovation, research and continuous learning that is the hallmark of Siemens’ companies. Together, the programs at the Siemens Foundation are narrowing the opportunity gap for young people in the United States in STEM careers.
Recently, the Foundation took a closer look at the widening U.S. income gap and shifts in workforce demographics and determined it could better address the education and economic challenges facing young adults by leveraging Siemens own business expertise and the Foundation’s experience in building and implementing youth STEM initiatives. This focus led to the Foundation’s launch of the STEM Middle-Skill Initiative in 2015, its inaugural investment in workforce development.
“The Foundation’s mission, at its core, is to ensure opportunity for those who traditionally have been left behind and make good on America’s most basic social compact – to ensure that those who set goals and work hard can provide for themselves, their families, and their communities,” said David Etzwiler, CEO of the Siemens Foundation. “Work like the STEM Middle-Skill Initiative and SPARKS partnerships allows us to continue to deliver on this mission by increasing awareness, advancing proven training models, and communicating the value of STEM middle-skill careers.”
Through the STEM Middle-Skill Initiative, the Siemens Foundation has created an ecosystem of national partners, government leaders, and educational stakeholders to further its workforce development mission including the National Governors Association, The Aspen Institute, Advance CTE, New America, among others. These partnerships have resulted in expanded work-based learning opportunities, including new registered apprenticeship programs, the first national conference on apprenticeship, growing excellent community college STEM programs, and building a new generation of CTE students.
Hyundai has shown off a small model of a car it says can activate robotic legs to walk at 3mph (5km/h) over rough terrain and also able to climb a 5ft (1.5m) wall and jump a 5ft gap.
The Hyundai Elevate could be useful for emergency rescues following natural disasters, Hyundai said.
It was part of a project exploring “beyond the range of wheels”, it added.
The concept has been in development for three years and was unveiled at the CES technology fair in Las Vegas.
“When a tsunami or earthquake hits, current rescue vehicles can only deliver first responders to the edge of the debris field. They have to go the rest of the way by foot,” said Hyundai vice-president John Suh.
“Elevate can drive to the scene and climb right over flood debris or crumbled concrete.”
Mr. Suh also suggested that wheelchair users could be collected via the vehicles, which could “walk” up to the front door of a building with step-only access.
Prof David Bailey, from Aston Business School, said: “Often car companies bring out lots of concepts which may or may not make it into production but it’s great to think in new ways about mobility.
“For most of us, it’s going to be wheels and roads but in extreme situations there may be scope for this sort of thing.
Continue on to BBCnews.com to read the complete article.
For Computer Science Education Week, social media star Kitboga teamed up with global STEM education nonprofit FIRST to show K-12 students how they too can use their powers for good. Kitboga hosted FIRST’s Twitch feed to chat live with students and fans about how the STEM skills they learn today can empower them to stand up for what’s right and make a difference in the world.
Diversity in STEAM Magazine (DISM) recently had the opportunity to ask Kitboga about his interest in STEM for kids.
Kitboga has become a vigilante when it comes to scam baiting, using tech skills, secret identities and wit to toy with and then take down scammers and hackers.
DISM – What inspired you to join the STEM movement?
Kitboga – My parents did a fantastic job of giving me opportunities to explore the world around me and pursue learning. Whether it was backyard catapults, converting a riding lawn mower into a go-kart, or helping us reinstall Windows when we broke the family computer, my parents were there. At this point, I would almost say I’m addicted to learning. I absolutely wouldn’t be who I am today without this passion and I believe experiences like FIRST (a global education nonprofit that fuels kids’ interest in STEM through robotics-based challenges), home science experiments, the Boy Scouts, and having an encouraging family environment surrounding me set the foundation. Sadly, not everyone has the same opportunities I had as a child, but organizations like FIRST help bridge the gap.
Now as a father and online influencer, I want to help provide experiences for the younger generation that inspire them to try new things, learn from their mistakes, and pursue things they’re passionate about.
DISM – Why do you think it is important for the younger generation to get a head start in STEM?
Kitboga – I think one of the most incredible parts about us as a species is our capability to explore and contemplate things that we know very little about. We’ve learned so much in our short time on Earth, but it seems as though we’ve only just begun in terms of what kind of technological advancements will come next. If we don’t encourage our students to push boundaries in STEM, who knows what inventions and discoveries we’ll miss out on.
It’s also important to mention that STEM is in every single industry and will only continue tobecome more prevalent as time goes on. I can’t think of a field that doesn’t benefit from advancements in STEM, or a single industry that doesn’t need a programmer, for example. I suppose STEM and loving to learn will help you help the world around you and make you valuable when it comes time to start your own family or career.
DISM – We know you spent the day building a “meme-o-meter” with young students involved in robotics, can you tell us a little more about that?
Kitboga – On my Twitch channel I spend a significant amount of time talking to scammers – people who take advantage of not-so-tech-savvy individuals, for example. Sometimes I try to include some humor and lighten the mood with jokes or start rambling about a nonsensical story to waste the scammer’s time. My community watching live will start to “spam” an emoticon:
This fills up a gauge over time and alerts me that I might be being a little too silly and the scammer might catch on to what I’m doing.
FIRST reached out about doing a project together and had the idea to recreate this in physical form. It was an incredible experience working with different technologies that I have never used before. We 3D-printed the “needle,” used Raspberry PI to interface with a servo and other parts, and coded a IRC chat bot in Python, to name a few.
Throughout the livestream I made some mistakes and learned a lot. I’m hoping it inspired some people to try projects like this on their own, or maybe even look into joining an organization like FIRST near them.
DISM – What is one thing you would tell students who are looking to pursue STEM?
Kitboga – Don’t let a fear of making mistakes stop you from diving into STEM. When I was younger, I was so afraid to “mess up” or fail when I was learning. Now I see each “mistake” as an opportunity to learn and know it’s going to make the next project or next path of my life better. So start pursuing STEM today and don’t worry if you are not “good at it” at first, it’s all part of the fun of it!
The first female African-American astronaut in space was not cured of curiosity when she whirled about the cosmos as part of NASA’s STS-47 in 1992. Her vision sharpened, like a kid who takes her first plane flight. Wondrous, yes, but still a hint.
Space, for Dr. Mae Jemison, is a wild trip in your bones and a homecoming in your soul. “It’s the one thing that connects us all around the world,” she said, in an interview with Diversity in STEAM Magazine. “And it also connects us to the planet and to the greater universe.”
Jemison is in demand, but she manages telescopic vision when it comes to her current project: 100 Year Starship.
The goal? Human travel to another solar system in the next 100 years. “Creating an extraordinary tomorrow actually creates a better world today,” Jemison said.
Jemison, the principal and leader of the 100 Year Starship program, stated on the organization’s website (100yearss.org): “When we explore space, we garner the greatest benefits here at home. The challenge of traveling to another star system could generate transformative activities, knowledge, and technologies that would dramatically benefit every nation on Earth in the near term and years to come.
“The concept of humans traveling to other star systems may appear fantastical, but no more so than the fantasy of reaching the moon was in the days of H. G. Wells. The First Men in the Moon was published considerably less than 100 years before humans landed on the Moon (1901 vs. 1969), and the rapidity of scientific and technological advances was not nearly as great as it is today. The truth is that the best ideas sound crazy at first. And then there comes a time when we can’t imagine a world without them.”
Jemison was the science mission specialist on STS-47 Spacelab. STS-47 was a cooperative mission between the United States and Japan. The eight-day mission was accomplished in 127 orbits of the Earth, and included 44 Japanese and U.S. life science and materials processing experiments.
She was a co-investigator on the bone cell research experiment that traveled with the mission. In completing her first space flight, Jemison logged more than 190 hours in space. She’d been starstruck all her life; that didn’t change. “I imagined myself on another star, and I was connected to that star because I’m part of the universe,” she said.
Dr. Jemison, the author of Find Where the Wind Goes: Moments From My Life and other books, overcame all the obstacles placed on the career course, and life course, of an African-American woman. She negotiated each pothole, each roadblock, moved on, didn’t look back. “You make sure you’re doing the best you can do, but you don’t hang out at stumbling blocks that other people want you to hang around.”
Her advice for those facing similar challenges? “You have to be comfortable with yourself,” she said. “The key issue is to understand criticism. Is it coming because you aren’t doing something right or because someone has a different expectation of you?”
Jemison, who earned a bachelor of science degree in chemical engineering from Stanford University in 1977 and a doctorate degree in medicine from Cornell University in 1981, urges others to focus on education. “There is nothing we can do that is more important in this world than education,” she said. “Here’s the thing: Children don’t get to do 8 years old over again… if we fail to take advantage, then we have lost.”
The astronaut who went on to be inducted into the National Women’s Hall of Fame, the National Medical Association Hall of Fame, and the Texas Science Hall of Fame, started off gazing at the night sky as a girl in Chicago and watching the Gemini and Apollo flights on TV.
“I used to be really irritated when I was a little girl that there were no women astronauts,” she said. “And no people of color in the astronaut program. Really irritated.”
She said there’s a difference between role models and inspiration. She’s had many role models, including cats (“They’re so confident; they don’t take nonsense”), but inspiration is another matter. “Life inspired me,” she said.
Jemison, a lover of the arts who dove deeply into dancing, has a background in engineering and medical research. She has worked in the areas of computer programming, printed wiring board materials, nuclear magnetic resonance spectroscopy, computer magnetic disc production, and reproductive biology. She completed her internship at Los Angeles County/USC Medical Center in June 1982 and worked as a general practitioner with INA/Ross Loos Medical Group in Los Angeles until December of that year.
From January 1983 through June 1985, Jemison was the Area Peace Corps Medical Officer for Sierra Leone and Liberia in West Africa. On return to the United States, Jemison joined CIGNA Health Plans of California in 1985 and was working as a general practitioner and taking graduate engineering classes in Los Angeles when she was chosen for the astronaut program in 1987.
She worked on the Kennedy Space Center in Florida, the Shuttle Avionics Integration Laboratory and the Science Support Group activities.
Then she was chosen to go to space, and she made history. “We have been in science all along,” she said about women of color. “Even when people didn’t want us involved. I want folks to understand they have the right to be involved. They don’t have to ask.”
Jemison left NASA in 1993—with a new mission. “My path was to include other people,” she said. She formed the Dorothy Jemison Foundation for Excellence, which fosters science literacy. The non-profit, founded in honor of Jemison’s late mother, who was a school teacher, is all about “personal excellence.” The foundation’s main program, developed in 1994, is The Earth We Share international science camp. Students from the United States and around the world work together to solve such global issues as, “How Many People Can the Earth Hold?” and “Predict the Hot Public Stocks for the Year 2030.”
Today, if you visit the Intrepid Sea, Air, and Space Museum in New York City, Jemison will speak directly to you about the contributions women have made to the space program, via a life-size hologram in the exhibit Defying Gravity: Women in Space. She narrates, discussing her career and those of other women involved in the space program while visitors wear Microsoft HoloLens mixed-reality headsets and walk around the exhibit. Holograms appear, helping to illustrate her points, including a life-size rendering of an spacewalking astronaut that appears to be tethered to the real-life Enterprise that hangs above the installation.
Jemison’s story jumpstarted when, as a girl, she did a simple thing: she looked up.
The story never really ends; the cosmos are infinite; you can never look too closely or far enough. All this is to say Jemison is still looking up, and she wants others—especially generations to come—to do the same.
That’s why she coaxed a sea of people to do just that on September 28, 2018, as part of her Look Up project. “We want to chronicle what happens when you look up at the sky,” she said. “What do you hope, dream, think, fear, wish, plan, love?” Stories of those voyages were posted to the digital world as poems, songs, photos and art. That day and in the days after, Americans, Africans, French, Japanese, girls, boys, old, young and you-name-them connected in strange and soothing ways.
Ironman isn’t Ironman without the suit, but the suit has no power without the man. That is the future of robotic development, people and robots, working together hand-in-hand to accomplish more than we ever thought would be possible.
The next generation of robots isn’t working to replace people, it’s working to improve the lives and jobs of people. We see that in the industrial world, where robot design is pivoting from giant mechanical arms that take up factory floors, to smaller, more collaborative bots, that are designed to work alongside people. While these collaborative bots only make up 3% of the market today, they will make up 34% of the market by 2025.
In today’s world, to suggest that automation will eliminate the need for human workers is proving to be as ridiculous as suggesting that tablets will replace laptops. With the United States enjoying a 3.8% unemployment rate, the job market is more booming, and employees can be more selective about the roles they want to take. Locked in the battle for top talent, companies are looking to find ways to get more efficient and effective, rather than cut headcount.
Deloitte recently published a study confirming this fact, in that the majority of organizations leveraging automation are focused on the benefit of increasing the efficiency and effectiveness of their workforce, rather than the motivation of replacing people. In most cases, as it becomes easier to accomplish formerly manual tasks through automation, organizations will take advantage of the extra bandwidth by retraining employees to manage more valuable or rewarding activities. And this suits the millennials just fine.
Millennials are Shaping the Nature of Work
When it comes to the workforce, no group has more to gain from the rise of robotics than millennials. As the most educated generation, millennials expect a lot from their time in the workforce. With different motivations than their parents, including a relentless focus on creating memorable experiences in all areas of their lives, millennials prioritize job opportunities that will allow them to develop their skills for the future, and find a rewarding career path.
Millennials crave opportunities for advancement and challenge, and they will not stay in roles that don’t offer it. The average job tenure was already in decline, but millennials will only accelerate this trend. A recent LinkedIn survey found that millennials were 16% more likely to switch industries and 50% more likely to relocate for a new job than non-millennials. Industries and jobs that have historically offered little room for advancement will be overlooked, as millennials expect to be trained on technical skills in their area of expertise, and want the opportunity to lead while pursuing creativity and innovation.
Continue onto Forbes to read the complete article.
Companies hope chatbots and video interviews will improve the recruiting process for everyone.
Most job seekers and human resources managers would agree that the hiring process is flawed.
It’s as if the two groups speak different languages. For example, there’s a disconnect in how HR and job seekers prefer to communicate, and there’s also a gap between how employers present job requirements and the skills job seekers include on their resumes. Applicant tracking systems seem to arbitrarily weed out candidates or, worse, lose them in a black hole. Employers say they can’t find candidates with the right skills and are eager to fill open jobs.
There isn’t an easy fix for recruiting process problems. But employers want to talk to qualified candidates and workers want to talk to recruiters. This human-to-human connection is still the most important aspect of hiring. As strange as it sounds, technology may actually help more of these conversations happen. Here’s how:
Improved Job Postings
In order to attract the best candidates, HR needs to write a compelling yet accurate job description. The technology exists to assess and analyze job postings based on how well they do. Manually analyzing this data consumes a lot of time, but algorithms can quickly analyze successful job postings and descriptions and make suggestions to improve the wording to address the unique needs of specific candidates. This saves hours and improves the applicant pool. It also better informs potential candidates.
Companies already use artificial intelligence to provide customers with answers at any time. Now HR can use it to provide more information to job seekers when they need it. Chatbots allow applicants to ask questions and get quick automated answers while perusing the company’s website. Do you want to know what the company’s culture is like? Just ask.
Chatbots are also used to pre-screen interested candidates by asking qualifying questions. Be aware that information given to and provided by chatbots is reviewed by HR.
Once you apply to a job, you may receive a link to a video interview platform before you talk with a recruiter. Recorded video interviews save recruiters time by replacing screening calls. They also provide candidates with an opportunity to prepare answers to questions.
Algorithms review recorded video interviews to evaluate the answers by analyzing facial expressions, word choice, speech rate and vocal tones. If all goes well, candidates move forward for in-person interviews.
Proponents of this kind of evaluation claim it removes human bias while providing recruiters with better-quality candidates in less time. For job seekers, a video interview provides the opportunity to thoughtfully construct your answers and explain your qualifications. During a phone interview, you may not have as much time to plan your responses as thoroughly.
The best advice for a video interview is to make sure you are prepared. Research the company, know about the job and make sure you record in a neutral, professional setting.
A red laser pointer shining through a raw chicken carcass may not seem like groundbreaking science, but for veteran technologist Mary Lou Jepsen, it’s worth $28 million in funding for her latest startup, Openwater.
Jepsen performed the chicken act as part of her August TED Talk to illustrate how her imaging-tech company is building cost-conscious body-scanning technology by using the same components one might find at a science fair. The laser pointer’s light made both skin and bone of the plucked fowl glow, revealing a tumor just under its flesh. This simple demonstration shows the science behind what Openwater is trying to achieve; wearable diagnostics made from consumer electronic parts that offer higher resolution than multimillion-dollar MRI machines but cost as much as a smartphone.
Just as the chicken’s tumor blocked the laser pointer light, which shone through the rest of the chicken’s flesh, Openwater’s wearables will capture images by recording light particles and the negative spaces where they fail to scatter. X-rays use radiation and MRI machines use a magnetic field and radio waves because they can go through the human body and produce an image. But so does “red light, infrared light,” Jepsen tells Forbes. “Guess which one is cheaper by a lot?”
It’s a method similar to how holograms are made, and it uses readily available camera and display chips you can find in a smartphone. It’s also an idea that took Jepsen’s skill set to consider, and perhaps her impressive CV to convince investors to buy in. The serial founder led the display divisions at Intel and the semi-secret research group Google X and helped develop Oculus after Facebook purchased the virtual reality headset company in 2014. But Openwater began with Princess Leia’s projected message to Obi Wan Kenobi, when Jepsen aimed her life at building holograms like the one she first saw in Star Wars.
Hooked by the lasers and optical illusions involved, Jepsen made her first hologram as an engineering undergrad at Brown. Later, she’d use her growing skill set to develop computer display screens and VR glasses at the top tech companies in the world.
At that time, however, holograms did not pay the bills. Because holography was viewed as a frivolous “technology looking for an application,” no one would fund it, Jepsen says. “I just had to figure out a way to support my habit. I basically lived all through my 20s on $12,000 a year just because I thought I’d die if I couldn’t make holograms,” Jepsen said.
Her pursuit of holograms bought her to Melbourne, Australia, where she worked as a professor of computer science at the Royal Melbourne Institute of Technology and helped put holograms on the country’s paper money. In Cologne, Germany, she built some of the world’s largest holographic displays, including one of historic buildings projected on an entire city block. Still, she didn’t feel her work was taken seriously, so Jepsen figured she’d need a Ph.D.
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Amazon and Code.org partner for this year’s Hour of Code, which aims to inspire one million girls during the first week of December to try coding their own dance party
Over 1,000 Amazon employees volunteering at schools and events around the world to inspire young people to learn to code
Initiative forms part of Amazon’s Future Engineer program, a comprehensive kindergarten-to-career program that works to inspire, educate, and train 10 million children and young adults each year from underrepresented communities to pursue careers in the fast-growing field of computer science
Amazon (NASDAQ: AMZN) and Code.org today introduced Hour of Code: Dance Party – an online gamified tutorial that aims to teach basic coding skills to more than one million young girls during the first week of December and will continue to reach millions more kids throughout 2019. To help raise awareness of the value of coding at schools around the world, over 1,000 Amazon employees are volunteering at hundreds of Hour of Code events, from San Luis Obispo, California, to Edisto Island, South Carolina, to Tokyo, Japan, and Gdansk, Poland.
Code.org’s new spin on the Hour of Code, in collaboration with the Amazon Future Engineer program, will combine coding, music, and dance to break stereotypes about coding and make learning about it accessible to everyone online.
“Amazon Future Engineer is designed to make computer science skills accessible and exciting to kids and young adults in underserved communities,” said Jeff Wilke, CEO of Worldwide Consumer at Amazon. “I am thrilled to see the creativity of Dance Party aimed at attracting more girls and young women to the world of coding.”
“Amazon’s support for Code.org is instrumental in our effort to engage young women in computer science,” said Hadi Partovi, founder and CEO of Code.org. “Today, computer science provides a basic foundation for all careers. Thanks to Amazon’s support, millions of students, especially young women, will be introduced to coding this year.”
The Bureau of Labor Statistics projects that by 2020 there will be 1.4 million computer-science-related jobs available and only 400,000 computer-science graduates with the skills to apply for those jobs. Computer science is the fastest growing profession within the Science, Technology, Engineering or Math (STEM) field, but only 8% of STEM graduates earn a computer science degree, with a tiny minority from underprivileged backgrounds.
While significant gains have been made in teaching computer science in schools, only 35 percent of high schools in the U.S. teach computer science across 24 states, according to Code.org data. In addition, Black and Hispanic students, students receiving free and reduced lunch, and students from rural areas are less likely to attend a school that provides access to this critical subject.
Amazon Future Engineer launched in November. It is a comprehensive childhood-to-career program intended to inspire, educate, and train children and young adults from underprivileged communities to pursue careers in the fast-growing field of computer science. Amazon Future Engineer aims to inspire more than 10 million kids each year to explore computer science, help over 100,000 underprivileged young people in over 2,000 high schools in lower income communities take introductory or Advanced Placement (AP) courses in computer science, and provide 100 students from underrepresented communities with four-year $10,000 scholarships as well as guaranteed internships to gain work experience. Code.org’s Hour of Code: Dance Party is a big piece of this commitment. Code.org relies on AWS services to scale its annual Hour of Code.