Michigan’s manufacturing past is fueling its tech future

Michigan’s struggles have played out on the world’s stage. Just after the turn of the century began what’s referred to as the state’s lost decade, the economy faltered, oil prices skyrocketed and the housing market crashed. Nearly a million jobs left the state between 2000 and 2013, many of them in manufacturing and the automotive industry. For a state of just under 10 million people, the impact was devastating: Unemployment was higher than the national average by more than four percent.Bailouts for Chrysler and General Motors were followed by Detroit’s record-setting municipal bankruptcy, but through grit and determination, Michigan started clawing its way back from the brink. Now multimillion-dollar investments in the city from tech titans like Amazon, Facebook and LG make headlines with startling frequency, and a host of tech startups have begun to fill the gaps left by plant closures.

On the state’s west side lies Grand Rapids, where 20 percent of the area’s residents are employed in manufacturing jobs, twice the national average, according to a recent report from the Los Angeles Times. The median wage for such workers? About $30,000 per year — enough for a single person but hardly enough to raise a family. A recent wage survey found machinists in the region averaged $41,710 per year, around half that of software and application developers.

Manufacturing is changing, and assembly line jobs are increasingly being handled by robots. Where humans were once doing the physical labor themselves, they’re now supervising several machines at a time or operating as quality control. As time goes on, more areas of low-skill labor will be taken over by artificial intelligence, machine learning and automation in what’s being labeled the fourth industrial revolution.

“When you walk through a plant, there are going to be very few humans on the floor, but there’s going to be hundreds of people that are high-tech [trained], maintaining all those systems, because they’re not stupid systems that are just stamping out metal parts,” said Tom Kelly, executive director of the Michigan-based nonprofit Automation Alley. “Michigan is poised extremely well to play in that space, because we know how to make things. We know how to make things high quality, cheaply, quickly. All the things you want, and at volume.”

The bottleneck is talent.

Motown was a different place when Damien Rocchi relocated from Australia eight years ago. Among regions with more than a million residents, Detroit’s unemployment rate ranked highest in the nation, with 16.7 percent of people in the metro area jobless. The city hadn’t replaced streetlights rendered useless by copper thieves during the Great Recession either, so many of Detroit’s pockmarked avenues and seven-lane roads were pitch black come nightfall. That September, the FBI reported Michigan’s violent crime rate was 10 percent above the national average. Things were desperate.
Damien Rocchi

Rocchi kept himself busy with consulting work and in time met folks from Detroit Venture Partners who introduced him to the Detroit tech scene and the investments Quicken Loans founder and chairman Dan Gilbert was making downtown. Like many others interviewed for this piece, Rocchi moved to Michigan because of preexisting ties (his wife wanted to be closer to her parents).

“The idea was to train Detroiters in some new economy skills, the skills that had become increasingly difficult for companies to fill.”

In early 2013, Rocchi launched Grand Circus to address the imbalance between talent supply and demand that plagued the region. “The idea was to train Detroiters in some new economy skills, the skills that had become increasingly difficult for companies to fill,” he recalled. Rocchi said it was absurd that there was a huge base of people in the area who were either unemployed or underemployed, considering the number of jobs that needed to be filled in the space. The hurdle was educating them in a way that was both efficient and expedient.

By July this year, the organization had trained 2,618 students via boot camps that cover a range of subjects, from software and web development to coding and software testing. Each 10-week class costs $8,500. Students in these micro-credential programs — which offer specialized training certificates — fall between 24 and 45 years old, with class sizes varying between 16 and 22 students per session.

For comparison, two full-time semesters at Detroit’s Wayne State University cost $9,533 while Grand Valley State University in Grand Rapids is $11,994. Here’s the difference that helps justify the expense: Within three months of graduating, 93 percent of Grand Circus alumni have jobs in their respective fields of study. That might explain both why enrollment numbers have climbed steadily and why Grand Circus expanded 160 miles west to Grand Rapids, operating out of the Start Garden startup accelerator.

“We want to become the one-stop shop for technical talent in Michigan,” Rocchi said. “We think we have what it takes to train people and take them from zero [skills] to entry-level software development jobs.”

These micro-credentials will shape the future of work, according to a recent survey from the Pew Research Center and Elon University. Pew says that within a decade, education systems “won’t be up to the task” of adapting to train or retrain the most prized skills for the future. And while a four-year degree will still be important, tangible proof of competency like a portfolio of completed projects and “alternate credentialing systems” — like the ones Grand Circus offers — may be just as accepted.

“Three-dimensional materials — in essence, job reels — that demonstrate expertise will be the ultimate demonstration of an individual worker’s skills,” Marilyn Krieger, a career specialist from Indiana University Bloomington, said in the report. “The educational and training programs of the future will become (in their best incarnations) sophisticated combinations of classroom and hands-on training programs.”

Facebook approached Rocchi earlier this year after hearing about the workforce development that Grand Circus was doing around Detroit. Like these things tend to, the conversation stalled and then before the announcement this June, ramped up quickly. Before Rocchi knew it, Facebook COO Sheryl Sandberg was standing in his office telling a crowd that the social network would offer scholarships for 25 Michiganders to pursue training certificates. Rocchi said that it’ll be a traditional boot camp, with students split between Grand Rapids and Detroit, and it’ll feature some customized curriculum to incorporate Facebook-specific activities. The partnership also involves Digital Promise, a tech nonprofit with a focus on education, which will help train 3,000 Michiganders in social media marketing. All told, it’s a $25.5 million investment in Michigan’s workforce.

“When we can find a great local partner like this that we can partner with to help provide the training people need and we can bring them what we know,” Sandberg told Crain’s Detroit Business, “it’s just a great opportunity for us to develop people who will go to do great work with Facebook and other local companies.” The scholarship is the first of its kind from the social network.

During Michigan’s lost decade, Quicken Loans’ billionaire founder Dan Gilbert took advantage of Detroit’s empty builds and low land costs. He began buying property in and courting talent to downtown Detroit before moving Quicken Loans’ headquarters and 1,700 employees from nearby Livonia to downtown in 2010.Gilbert-related companies now control 90 buildings downtown, and the mogul has thrown over $2 billion at real estate and tech ventures. These include the M-1 Rail streetcar system (“Gilbert’s little choo-choo,” one source joked), which weaves through the burgeoning business district; an online stock market for sneakers; a symmetrical fiber-optic internet service that’s half the price of Comcast’s; and Rocchi’s Grand Circus. This February, Gilbert convinced Microsoft to leave the suburban location it had occupied for 30 years for his One Campus Martius building. People have begun referring to the sections of downtown he’s rebuilding in his own image as Gilbertville.

Along with the late Mike Ilitch, founder of Little Caesar’s and former owner of the Detroit Red Wings and Detroit Tigers, Gilbert has been one of the biggest driving forces in Detroit’s recovery. Not everyone is happy with his influence on Detroit though. “He just went further and harder than everyone else,” said a person from the tech community who wished to remain anonymous.

The source described a recent Detroit Demo Days hosted by Quicken Loans, with $1 million in capital up for grabs. If a company took first place from a field of 20 finalists, it would get a 48-month, $200,000 interest-free loan to move to downtown Detroit. The two teams that ended up winning were already located downtown: upscale barber shop The Social Club and vocational-education outfit the Detroit Training Center. “They’re essentially vendors that would raise Gilbert’s property value,” the source said.

“It’s kind of a spur for Detroit people to actually put their money to work in Detroit.”

That’s not to say Gilbert isn’t doing good in Motown. Sources said that Gilbert’s monopoly on downtown real estate is having a ripple effect that’s beneficial to the city. “It’s kind of a spur for Detroit people to actually put their money to work in Detroit instead of sitting in a hedge fund somewhere,” the source said. While Gilbert may be acting in self-interest, his interests often align with those of the city.

He’s a firm believer in technology’s ability to help Motown rise from the ashes. One example of this is the Cheese Factory, a Quicken Loans skunkworks program where employees pitch everything from new salad dressing for the cafeteria to wiring Detroit for ultra-high-speed broadband.

Rocket Fiber is a fiber-optic internet service that offers gigabit speeds. It’s “a story of not waiting for it to happen, not waiting for someone else to come here and hope they build it,” according to founder and CEO Marc Hudson. “It’s really a story of a Detroit, Michigan-based organization doing it on their own.”Hudson pitched the idea via the Cheese Factory in Jan. 2013 after reading how Google Fiber was attracting tech companies to Kansas City. After graduating from Michigan State University, he worked on his own web development startup and fell in love with downtown Detroit before working at Quicken Loans as a user interface engineer.

After the initial pitch Hudson got in contact with Gilbert directly, formed a team and began working on Rocket Fiber on nights and weekends before getting enough internal support to make it his full-time job. After a “long, two-hour meeting,” pitching the financial model and viability to Gilbert and his quasi Shark Tank, he got the green light.

The 1Gb service launched in May 2014 for $70 per month, with no service agreements or equipment-rental fees. Ten Gb service is $299 per month. The idea is that in its admittedly smaller service area, customers will be happy enough with their connection that they don’t need a contract to stick around. Comcast charges $139.95 per month without a contract or $70 per month with a three-year service agreement for speeds of up to 1Gbps.

Hudson wouldn’t go into specifics about subscriber numbers, but as of July he said that there were “several thousands” across 200 commercial and residential buildings downtown. Rocket Fiber is dubbed Detroit’s technology partner on billboards around the city. It’s providing internet service to the QLine streetcars and WiFi for the 65,000-capacity Ford Field, and it installed 10Gb service at the revamped Cobo Center convention hall. The latter is a bid to draw esports events and virtual reality exhibitions to the convention center, according to Crain’s Detroit Business.

“We want to fundamentally change this industry and make it more scalable and more automated so that companies like Rocket Fiber can compete with the larger entrenched companies,” Hudson said.

“It’s cool to say we’re not some company from out of state, from another city.”

He said that the idea was to be a “moonshot for Detroit” and that there was never an idea of going to another city. For him and his team, comprised of CTO Randy Foster and COO Edi Demaj, there wasn’t any interest in doing this anywhere outside the D. “It was always about taking care of our hometown and doing something really cool and fun here,” he said. “It’s cool to say we’re not some company from out of state, from another city. We’re a Detroit-headquartered company creating jobs in the city, employing Detroiters and building an internet infrastructure that exists in few other places.”

All of Rocket Fiber’s team members live in the metro area, and a “good number” of the company’s contractors do as well. Hudson has even managed to get local senior-level talent who had moved to Silicon Valley to come back home. Outside network engineers, designers and biz-dev folks poached from competitors, most of Hudson’s employees don’t have a background in telecommunications and are trained on the job.

Hudson described a new hire who’d never touched an Ethernet cable in his life but had a great attitude and was a good fit for Rocket Fiber’s culture. “Put me to work and I’ll learn,” the new hire told Hudson. He had started as an apprentice, shadowing experienced residential installers during his first week on the job. “They’ve been teaching him, and he’s just been soaking it up like a sponge,” Hudson said. Now he’s doing service installations.

For Hudson, it’s about creating opportunity, something the Motor City hasn’t always done. That doesn’t mean Rocket Fiber will open its doors and invite thousands of the city’s displaced automotive workers to start installing internet service; the company isn’t ready for that yet. But it can help on a smaller scale. “[We’re] trying to play a small part in creating opportunity here, because when opportunity is not equal, it leads to issues that I think Detroit is a pretty good case study of,” he said.

Jacques Panis, president of luxury watchmaker Shinola, agreed. For someone with no prior skills, it takes between two and four weeks to go from the first application to being an entry-level Shinola employee. One employee was a security guard in a past life. Now he’s leading the company’s movement-assembly team.

“The walks of life here are something that are absolutely incredible and really speak to what we have and why we have it,” he said. “It’s not just about you coming in here and having a specific skill set. It’s about you coming in here and having the ability to work with people and be a part of a team at a bigger picture and aligning with everyone here.”

Out west, the tech and startup scene is a little different. While Henry Ford was dreaming up assembly lines and the Model T, Grand Rapids, a quarter the size of Detroit, was a hub for the logging and furniture industries. The latter still holds sway in town; Herman Miller, Steelcase and Haworth all have headquarters there. The metro area also has a rapidly expanding medical-research scene, a number of well-regarded craft breweries and Amway’s global headquarters. Rather than assembly-line jobs, many of the automotive plants in town focused on stamping or tool-and-die making, like the 1,500-employee stamping plant that made sheet metal parts for GM trucks and SUVs that was shuttered in 2009 or Riviera Tool, which was acquired by Tesla in 2015.Unlike Detroit, the city is incredibly conservative, both socially and fiscally. The former comes from a predominant Catholic and Christian Reformed culture, with a combined quarter of residents identifying as either denomination in 2010. There’s a distinct irony in tourism boards calling the nearby Lake Michigan shoreline “Michigan’s West Coast” when the region is anything but liberal. In Detroit, Weedmaps billboards dot the highways; in Grand Rapids, it’s hospital advertisements with a photo of a Dutch wooden shoe on a prosthesis under “Keep on klompin!” Alcohol sales are restricted before noon on Sundays, when plenty of local businesses are closed all day. Finding anything to do after 10 PM that isn’t sitting at a bar is close to impossible. As in many Rust Belt towns, mom-and-pop shops reign supreme.

When Detroit fell, Grand Rapids merely stumbled. In 2009, unemployment hovered near 10 percent, a little over half of Detroit’s jobless rate. Even with its fiscal conservatism and diversity of businesses, though, numerous businesses downsized and closed, just not at the rate they did on the east side of the state.

This January, unemployment in Grand Rapids dropped to 3.1 percent.

Grand Rapids’ battles following the economic downturn were different than Detroit’s, Tim Mroz, vice president at The Right Place, said. “Our biggest challenge in 2012, 2013 and 2014 was that there was so damn much cash in the bank for these manufacturers that it was just sitting, waiting for something to do with it.”

That’s where Start Garden, the incubator founded by Amway heir and Secretary of Education Betsy DeVos’ son Rick DeVos, comes in. The accelerator works to match tech startups with established local businesses like Steelcase as a way of marrying tech ideas with manufacturing. From its outset in 2012 until 2015, Start Garden offered $5,000 per week for a good startup pitch. On monthly Update Nights, previous winners would compete for an additional $20,000 in funding. One of its biggest early successes? Boxed Water Is Better, the purified tap water that comes in minimalistic paper cartons.

“That [funding system] was almost like us teaching ourselves what would really work here,” Start Garden Director Paul Moore said. Now Start Garden’s business model has changed.

“What started to become really clear was that we had these large enterprises that really needed to make a bridge into the startup community, [and] startups that wanted to bridge to them,” Moore said. “A small startup isn’t going to build up the capacity to build 30,000 pieces of furniture and ship them around North America from a facility every month, and that company that’s 100 years old isn’t going to just suddenly turn itself into a tech company overnight.”

Local investors don’t see the value in something that isn’t tied to manufacturing in some way. “If a young person were pulling together a Snapchat-like app, I don’t think this is the place for that,” Moore said. Michigan is known for making things and, for better or for worse, probably always will be. Local firms aren’t excited about an app for sending photos; they want something that’s tangible and plays to their logistic and production strengths.

“The whole concept of a unicorn is pretty lost on our culture.”

“We find that, oddly enough, that’s a really hard sell in a place like the Valley,” Moore said. That’s because the cultures are different. When someone in San Francisco dreams up a piece of hardware, the first thing that comes to mind are the year-plus shipping and production bottlenecks of dealing with China or Korea. Hence a focus on software. Michigan is the exact opposite. “The whole concept of a unicorn is pretty lost on our culture,” Moore said, laughing. “[Grand Rapids startups] aren’t like ‘ship it in three months to the cloud and you’re up and running’ kind of things.”

Here, industrial designers and engineers are familiar with the timeline and process of getting a manufactured good to market. Rent is going up, but compared to San Francisco, Boston or even nearby Chicago, it’s cheap enough that waiting a year or more for your product to come to market might not drain the bank account.

Start Garden director Darel Ross II

In addition to Grand Circus, Start Garden also hosts Seamless IoT, which describes itself as “the nation’s leading multi-industry, multi-channel proof-of-concept laboratory.” Seamless finds manufacturing and testing partners for low-energy Internet of Things gear — things like sensors that detect when a fire truck is near and deliver an alert to internet-connected cars and motorcycle helmets or sensors for tracking air quality. It’s something Darel Ross II, another director at Start Garden, thinks is a way for tech to help rebuild communities and serve the marginalized.

This June, Start Garden and Seamless announced a partnership with the city government to develop sensors and software for monitoring air quality. It could be seen as a response to the Department of Human Services and Environmental Protection Agency labeling a corner of the city’s low-income Madison Square neighborhood a Vapor Intrusion site. Last year the regulatory bodies found “dramatically higher than allowable” levels of probable carcinogens tetrachloroethylene (PCE) and trichloroethylene (TCE) after the gasses seeped through cracks in foundations. The sensors will be made by Grand Rapids’ Open Systems Technologies and mostly placed on light poles in neighborhoods and near highways. The data will be open-sourced so apps like Breezometer can access it and give everyone a better idea of air quality in their neighborhood. It isn’t particularly sexy, but it’s essential for building a smart city.

“Tech has a unique way of solving a lot of community issues,” Ross II said.

Not everything tech-related in Grand Rapids involves Start Garden, and not everything in Detroit involves Dan Gilbert. The Right Place, a West Michigan business accelerator, recently lured data center company Switch to set up its $5 billion Eastern US data center in the confines of a nearly 660,000-square-foot, cement-and-glass pyramid. The quirky space served as Steelcase’s research-and-design headquarters for over two decades until the Great Recession forced the office-furniture manufacturer to sell it in 2010. The first-phase rollout began earlier this year, and the center is expected to employ up to 1,000 people within the next 10 years. The location currently handles data for Activision, Amazon, eBay, Google, Sony and others.”Simply by making that decision [to locate in Grand Rapids], it raised the tech landscape several levels that would have taken a decade or two to build on our own,” Mroz said. “We got a free ‘skip ahead 20 years’ card.” The possible ripple effect of Switch’s investment can’t be understated. There will be at least 150 full-time jobs there, and over 700 Michigan construction workers will be retrofitting the building over the next five years. “Almost 99 percent” of the workers on-site are Michiganders, a Switch representative said.

Everyone needs to eat and get to work, too, so restaurants and gas stations are bound to pop up as well. So far, Mroz said that a hotel has already been planned for the area. That’s in addition to the tech jobs that may be created from Switch’s mere presence. “If you’re a growing IT company and you’re going into data-managed services, what better thing to put in your marketing materials than to say, ‘We’re co-located X amount of miles from Switch’s East Coast data center?'” Mroz asked.

“Hopefully it’s a real attraction for tech companies and industry players to say they want to have their equipment there,” Michigan Governor Rick Snyder said.

This week Switch raised over $530 million for its IPO.

Finji co-founder Adam Saltsman

Adam Saltsman didn’t need a data center to get him to move from Austin, Texas, to Grand Rapids. What he needed was lower cost of living and a house where he could raise his young family. “We needed someplace that was more stable and less terrifying on as many axes as possible, because what we wanna do is make games,” he said. “That was more important than the admittedly extremely good breakfast tacos you can get there.” Saltsman is the director at Finji, an independent game studio and publisher with remote workers all over the globe. His most recent game is Night in the Woods, a coming-of-age tale about the way your hometown can change drastically while you’re away at college.

“We needed someplace that was more stable and less terrifying on as many axes as possible, because what we wanna do is make games.”

In 2016, before his eldest son started kindergarten, Saltsman; his wife, Rebekah; and their two boys made the 1,300-mile trek north. Saltsman and his wife are both from Michigan originally and wanted to be closer to family. He cited Austin’s rapidly changing housing market and cultural landscape as the key reasons for relocating after a dozen years. Since moving, he’s noticed that aside from avocados, everything in Grand Rapids is between 30 and 40 percent cheaper.

“If we paid off our mortgage, which was one of our biggest expenses, the rising cost of homes and property values would make the property taxes be as much as the mortgage we had just paid off,” he said. “You’re just signing up to be a renter there forever.” The house he bought for $330,000 in Grand Rapids doesn’t exist in Austin. Considering location and build quality, it would’ve cost around six times more in Texas, a financial planner estimated. But again, you’re more likely to run across a jackalope in Austin than find a house like this. “It’s just a really, genuinely well-made building,” Saltsman said. “It’s a house that was built to be lived in by a family, not be resold at a margin with some sort of weird, arbitrary features that the housing market currently favors.”

Next to its workforce and culture of innovation, comparatively inexpensive housing and cost of living are one of Michigan’s strongest selling points. Almost everyone interviewed for this piece said the same thing: The state isn’t doing enough to market itself. The Pure Michigan TV spots with Tim Allen voice-overs work to promote tourism outside the state, but there aren’t a lot of efforts being made to attract talent from the coasts for permanent residence. Once people get to Michigan and see what the state has to offer in terms of quality of life, their minds start to change. It’s getting them to consider Michigan that’s the hard part.

“The best way you can get somebody here is to have warm referrals,” Governor Snyder said. “People that have had experience here.” Shinola’s Panis agreed and has seen that in action himself. He described a New York couple who visited him over the Fourth of July weekend. The man holds a degree from Harvard, the woman a degree from Brown. “There are people that are highly successful, highly educated, highly in tune with the environment around them, and this is where they want to be,” he said.

People mistakenly think the state is under multiple feet of snow for half the year. Cindy Brown from Hello West Michigan, a nonprofit that works to educate and attract talent to the area, said that the biggest misconception she hears is that there’s nothing to do during the Mitten State’s infamous winters. “Every state has an indoor season,” Brown countered. “You’ll hear people in Arizona say that you can’t go outside until late at night because it’s so hot during the day; we are no different.”

“Make a fire in the house on the weekend rather than going out to the lake,” Panis said. “Get over it. Go build a snowman.” He relocated to Detroit from Texas in 2012 and said there’s nothing he can think of that’d make him want to leave Michigan.

Hello West Michigan started in 2010, but because of its nonprofit status, its reach is bound to a limited marketing budget. Brown stressed that Hello isn’t an employment agency; rather, it connects candidates with employers, specifically targeting spouses who may be moving with someone poached from the coasts. The companies it works with and receives funding from are the biggest employers in the 13-county region, but even then, money only goes so far and Brown has to be careful where she spends it. Billboards didn’t offer much of a return five years ago, so those stopped. Now the organization advertises at Grand Rapids’ Gerald R. Ford International Airport and on Facebook and LinkedIn.

The former hits people when they’re arriving and leaving while the latter offer inexpensive ways for her company to target the specific job seekers that local employers are looking for. Currently Brown is targeting IT professionals who’ve left for jobs in California to get them to rethink the area. If you’re considering coming back home, Brown said it’s her job to make sure you know you’re welcome and aware of how West Michigan has changed since you’ve left. “There’s nothing wrong with leaving, just as long as people know there’s an open door,” she said. “Try new things, but always know you can come back.”

This summer was one of the busiest Brown has seen in her six years with the company.

Grand Rapids and Detroit are the two biggest metropolitan areas in the state, so people naturally gravitate toward them. Tech can’t save small manufacturing towns that were devastated when industry left for cheaper climes like Mexico or China. Saginaw spent nine years as the most violent city per capita and has been wracked with hardships following closures of GM-related shops during the Great Recession. In July 2009, the 18-square-mile city’s unemployment topped that of Detroit’s, with nearly a quarter of the workforce out of a job. Unemployment has since dropped to 5.3 percent, but its population also fell by around 6,000.

And then there’s Flint, which needs no introduction. The city is still reeling from a lead-poisoned water supply, and unfiltered tap water won’t be safe to drink for more than two years. Lead levels recently dropped below the federal action level of 15 parts per billion, but there are still 20,000 lead and galvanized pipes carrying water in the city. Until those are replaced, filters will be a way of life. Or can tech fix that? Flint has pitched itself as one of the cities where Amazon could locate its second headquarters, and that $5 billion investment would go to a city that couldn’t need it more.

But the competition is fierce. Gilbert is putting together a pitch for Detroit, and his prowess at landing huge deals could be more attractive than what Flint could offer. Would Amazon set up shop in a city where its employees couldn’t drink or bathe in tap water?

Michigan is in the process of rebuilding itself. Again. Chrysler paid off its government debt in 2011, with GM following suit in 2014. That same year, Detroit exited bankruptcy in record time. Motown flipped the switch on 65,000 new streetlights last December. As of this April, statewide unemployment dropped to 4.7 percent. On paper, everything sounds like it’s on the upswing.The low unemployment numbers don’t tell the whole story, however. Unemployment stats only count those who are out of work and either seeking a job or are enrolled in training or education. If you aren’t looking or have a part-time job (or multiple part-time jobs), you aren’t counted as being jobless. Another factor is the workforce’s inability to pass drug testsand the growing opioid epidemic. Last year Michigan doctors wrote more opioid prescriptions than there were men, women and children in the state.

Where does the state go from here? Grand Circus’ programs continue to expand, but Rocchi said that classes are the size they are because it’s how the company keeps from flooding the market. If more people are graduating than can find jobs, his programs lose their appeal and the sizable investment from students becomes harder to justify. But Michigan will need more than his boot camps and Start Garden’s tech partnerships.

Around 14 percent of new jobs in the state come from the auto industry, but Start Garden’s Ross II argues that the likes of Ford, Chrysler and GM are transitioning from purely automotive companies to mobility companies. You can see this at the sprawling 500-acre driveline-assembly plant at Willow Run in Ypsilanti, which began life cranking out B-24 bombers during World War II under Ford’s control and is now being transformed into an autonomous-vehicle-testing complex for the likes of AT&T, Ford and Toyota. The facility broke ground late last year, and autonomous testing will start in December.

This new, tech-driven manufacturing also involves vendors outside the usual suspects, like LG for lithium-ion batteries made along the Lake Michigan shoreline in Holland or the planned $25 million EV-parts plant that will employ almost 300 in Detroit suburb Hazel Park.

The missing piece is people. People to help fill Detroit’s seven-lane city streets. People who will take the forward-looking manufacturing jobs being created. People willing to move from Austin to pursue their game-development dreams. People who start companies to fight Comcast head on for customers. People who will set up shop and train locals in new crafts. People working night and day to attract new talent to the state. People turning Michigan into a 21st-century manufacturing powerhouse. The kind of people who pulled the state through its lost decade.

“When things get hard, you reinvent yourself,” Start Garden’s Ross II said. “If I was a betting guy, I would bet on Michigan anytime.”

Source:-engadget

It’s time we educated children for the future, rather than limiting them to subjects of the past

virtual reality

In March, the House of Lords told us what has long been obvious: that we need to pay far more attention to the internet by coordinating our efforts towards improving children’s “digital literacy”.

A report, published by the Lords Communications Committee, states that students’ lives – “from health to education, from socialising to entertainment” – are now “mediated through technology”.

It also suggests that the best way to protect children online is through mandatory content control filters and privacy settings, and that a new children’s “digital tsar” should be appointed.

All of this is commendable and, like so many education initiatives, long overdue. But if we are going to teach children to use the internet properly we need to do more than controlling its ‘threats’.

Whether we like it or not, artificial intelligence, algorithms, advances in genetic engineering, nanotechnology and biology are already shaping our world at a pace we can scarcely comprehend. Rather than adding another ‘subject’, we should be looking at the whole purpose of education and asking whether our current systems are still fit for purpose.

For generations now we have viewed children as either tabula rasa, blank slates waiting to be filled with knowledge, or, as those who adhere to innatism maintain, minds brimming with knowledge from day one.

Both philosophies fed into the assembly line pedagogy, funneling talent into the narrow and restricted neck of an hourglass, to prepare them for world of work and leisure. What is increasingly evident, however, is that this approach is inadequate, even for those leaving school in the next decade.

Yes, by all means, let us give the internet a far more prominent place in our curriculum (although I doubt whether including it as part of the many-headed beast that is PSHE is the right place), and better still, embed it across the curriculum.

But let’s look further, much further, at what we are teaching, and its relevance over the next decade. We need to ask: should we even continue to teach the “3 R’s” in their conventional form.

In his recent TED talk “The Future of Learning”, education guru Sam Chaltain said that we “have to prepare our children for their future opposed to our past”. And that, clearly, is the challenge we face.

While we know change is coming (and the J curve for knowledge is likely to be with us by 2030), we do not appear to have a unified approach on how to prepare for it. Instead of being reactive, education has to become proactive, even predictive, looking beyond what we already know to a rapidly changing future.

As Yuval Noah Harari notes in his book ‘ Homo Deus’ , a report prepared in 2013 by Oxford researchers Frey and Osborne revealed that up to 47 per cent of current US jobs risk being replaced by computers and automation in the next 20 years – including doctors and pharmacists.

While we remain sceptical as to whether humans can really be replaced in such professions, we should take note of the pharmacy that opened in San Franciso in 2011. Providing two million prescriptions in its first year without a single mistake, this new high-tech pharmacy owes its success to the specialised algorithms and iPhones which now run the show.

Bletchley Park to house college for teenage codebreakers

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As many occupations disappear altogether, in the same way that streaming has decimated video and music stores, new professions will undoubtedly surface, but it is likely they will require more flexibility and creativity than our current education system allows.

Artificial intelligence and algorithms are already playing a significant role in our day to day lives, so it will be no surprise when teachers also become surplus to requirements.

Meanwhile, we are so hung up on data that we are wasting huge amounts of human potential, squeezing the creativity out of young minds.  Looking forwards, the workforce of tomorrow will not be judged on their content knowledge, but rather a set of skills and dispositions which enables them to thrive in an economy that is changing, fast.

Recently I was visited by a friend who was New Zealand’s entrepreneur of the year in 2016. When I asked him about the quality of his new and prospective employees, he said his greatest concerns were their inability to problem-solve, their lack of imagination and the analytical skills to address causes rather than just managing the effects.

Sadly there is little in our education system that prepares children for employment now – let alone in 2040, when the world of work will be more complicated still.

So while we may welcome the paper from the House of Lords on internet safety, even accepting that it is reactive rather than pro-active, it is a small step on a very long journey. We know we cannot keep adding to an already full and essentially backward-looking curriculum.

If the students are to succeed in the future, we need to begin considering how we can best teach new competencies, new skills, new applications and new knowledge.

And that starts by acknowledging that today’s education system is still stuck in the past.

[“source-ndtv”]

Salman Khan, Sunny Leone Top Google’s List of Most Searched Indian Actors in Past Decade

Salman Khan, Sunny Leone Top Google's List of Most Searched Indian Actors in Past Decade

Bollywood superstar Salman Khan and Sunny Leone have been named the most searched Indian actor and actress respectively in the last decade on Google.

The “Dabangg” star is followed by Shahrukh Khan, Akshay Kumar and Amitabh Bachchan. Tamil superstar Rajinikanth rounds off the top five most searched Indian actor list released by Google.

Other top ten searched actors are Hrithik Roshan, Shahid Kapoor, Ranbir Kapoor, Aamir Khan and Emraan Hashmi.

The most searched actresses list is comprised of Katrina Kaif, Kareena Kapoor, Kajal Agarwal, Deepika Padukone, Aishwarya Rai, Priyanka Chopra, Tamannaah Bhatia, Alia Bhatt and Sonakshi Sinha.

Filmmaker Prabhu Deva has topped the most searched directors list which also features Karan Johar, Farhan Akhtar Raj Kapoor, Ram Gopal Varma, Farah Khan among others.

Aamir Khan-starrer “PK” is the most searched film in the last 10 years, followed by “Kahaani”, “Baahubali”, “Aashiqui 2”, “Dhoom 3”, “Kick”, “Bajrangi Bhaijaan”, “Happy New Year”, “Hero” and “Ek Villian”.

Besides featuring in the most searched actor list, Big B also topped the most searched classic actor list, while Rekha is most searched classic actress.

Rapper Honey Singh has been named most searched Indian singer which also has Atif Aslam, Arijit Singh, Lata Mangeshkar, Sonu Nigam, Kishore Kumar, Shreya Ghoshal, Kumar Sanu, Himesh Reshammiya and Sunidhi Chauhan.

Tags: Amitabh Bachchan, Apps, Bollywood, Google, Google India, India, Internet, Rajinikanth, Salman Khan,Shah Rukh Khan, Sunny Leone
[“Source-Gadgets”]

present-day measurements yield insights into clouds of the past

Researchers have proven how quality debris are fashioned from herbal materials in the surroundings.these findings will enhance our know-how about clouds inside the pre-business technology and as a result will make contributions to a extra accurate know-how of both the beyond and future evolution of our weather.

A prerequisite for knowledge how weather has changed over the past centuries is the potential to reconstruct as reliably as viable pre-commercial climatic situations. An essential contribution has now been made with the aid of a comprehensive studies collaboration with contributors at CERN, the Paul Scherrer Institute PSI, and severa other clinical establishments around the arena. The researchers investigated the formation of aerosol debris in the ecosystem. Aerosol debris are vital for climate due to the fact water droplets shape on those debris, resulting in clouds. Aerosol debris are not handiest directly generated —for example, from soot produced via burning timber or by means of vehicle site visitorsbut can alsobe formed in the ecosystem from gasoline section precursors. It have been notion that the presence of sulfuric acid became necessary for this latter method, and that consequently this mechanism only becameapplicable with industrialisation. Now the researchers have shown that aerosol debris may be shaped from precursor gases that are emitted via timber. thus these herbal materials had been producing the seeds of clouds from time immemorial. these findings are based totally on experiments in the CLOUD chamber at CERN, wherein a variety of atmospheric conditions can be very specifically replicated. further, parallelresearch at the Jungfraujoch excessive Altitude studies Station within the Swiss Alps verify that thesestrategies do take vicinity in this manner in the actual atmosphere. The results are supplied thru the coordinated ebook of 3 articles in distinguished scientific journals — in Nature and one in technological know-how.

to evaluate the impact of human hobby on weather, scientists ought to be able to evaluate latestweather with that of the pre-industrial era. One essential element of this attempt is to reconstruct the abundance and homes of clouds. This matters because clouds can replicate sunlight and accordingly, to a sure volume, masks the warming of Earth due to greenhouse gases. In turn, the formation of clouds is essentially decided with the aid of aerosol debris inside the air on which water can condense to shapecloud droplets. If extra debris are to be had, more droplets can form, and that modifications the traits of the clouds. Aerosol particles have a selection of sources — ranging for instance from desert dirt to sootparticles produced by means of burning wooden or fossil fuels. in addition, aerosol debris may befashioned inside the environment through a manner called nucleation, while fuel molecules be part ofcollectively. thus far, it become thought that this method become crucially depending on sulfuric acid, which has simplest been present in massive quantities within the ecosystem since the beginning of the industrialisation.

Aerosols from nature

we have now been capable to reveal that aerosol particles able to seeding clouds also can stand up fromnatural materials, consisting of the ones which are emitted with the aid of timber, explainsu.s.Baltensperger — head of the Laboratory for Atmospheric Chemistry at the Paul Scherrer Institute PSI and co-initiator of the project — who this 12 months became honoured with the Spiers Memorial Award of the Royal Society of Chemistry for his studies on aerosols within the surroundings. which means that evenbefore the industrialisation aerosol particles have been fashioned from gaseous precursors inside theenvironmentensuing in better concentrations than had previously been assumed.

this does not necessarily imply that there were extra clouds in the ones days than previously thought,provides PSI researcher Jasmin Tröstl. however the clouds probably consisted of more and smaller droplets, so that they had been brighter and meditated greater sunlight returned to area. thoseconsequences had been received within the framework of an extensive worldwide researchcollaboration underneath the leadership of researchers at CERN and the PSI. The researchers executedtheir experiments inside the CLOUD chamber at CERN and at the Jungfraujoch high Altitude studiesStation inside the Swiss Alps. The CLOUD chamber is a cylindrical vessel, four.3 metres high and threemetres in diameter, in which a variety of atmospheric conditions can be very in particular replicated. The researchers added the substance pinene, which is emitted via timber, and had been able to have a look at how aerosol particles fashioned in the CLOUD chamber.

Aerosol formation in two stages

We also characterised these strategies with the assist of mathematical models, via which we canunderstand how these debris are formed, Tröstl explains. All in all, it is a completely complicatedprocess. First the pinene molecules are altered through reactions with oxidants inclusive of ozone, and a large number of similar however nonetheless one of a kind molecules — with various stages of ‘stickiness’ — are created. The stickiest, those that bind especially properly with other molecules, can be a part of together to form tiny particles. that is the primary important step, because until the particlesreach a minimal length of around 1.7 nanometres, they truly evaporate again. With this, although, they’restill too small to function the seeds of cloud droplets; for that, they need to be more or less 50 to a hundrednanometres in size. so as for the particles to grow similarly, greater molecules want to condense onto them- and this increasingly includes also the less sticky ones which connect more without difficulty tolarger debris and are found in extra quantities, Tröstl says. those consequences are the most vital so far through the CLOUD test at CERN, stresses CERN researcher Jasper Kirkby, spokesperson of the CLOUDexperiment. when the nucleation and growth of natural biogenic aerosol debris is included in climatemodels, it have to sharpen our know-how of the effect of human sports on clouds and weather.

the 2 steps within the formation of recent aerosol debris are described within the pair of articles in Nature. CERN researcher Jasper Kirkby is first author of the first Nature article; PSI researcher Jasmin Tröstl is firstwriter of the second.

Aerosols excessive within the mountains

additionally, the researchers investigated aerosol particle formation beneath actual atmosphericconditions at the Jungfraujoch high Altitude studies Station. situated at greater than 3500 meters above sea stage, this station lies above the lowest layer of the atmosphere — the planetary boundary layer. Aerosol debris from the planetary boundary layer also can be discovered at this altitude, because they may be carried up with the rising air. moreover, newly fashioned particles can be located here, whosebeginning became inexplicable — till now. clearly, in evaluation to the test at CERN, we could not restrictourselves to at least one individual substance as the precursor for the aerosol particles, explains Federico Bianchi, who took part on this task in the course of his time as a researcher on the PSI and now works at the university of Helsinki. within the system, we found for the primary time in a natural putting the formation of aerosol particles from sulfuric acid and ammonia. extra importantly, we also have beencapable of look at the formation of recent aerosol particles from in basic terms natural materials.consequently the effects of the CLOUD chamber and Jungfraujoch measurements agree in showing that aerosol particles are certainly fashioned from in simple terms organic precursors.

incidentally, Bianchi adds, we may want to best take a look at aerosol formation at the Jungfraujoch atcertain times, because the precursor molecules additionally come out of the lower atmospheric layers, and it appears that the situations for this aerosol formation are most effective beneficial within a time window of round two days following their ascent out of the planetary boundary layer.

Bianchi is first author of the paper in technological know-how, which offers the effects of the Jungfraujochresearch.

Synergies between laboratory and subject

The researchers used the same contraptions for the observations on the Jungfraujoch and for the measurements in the CLOUD chamber. The heart of the gadget is a mass spectrometer — a complicatedpiece of equipment with which many hundreds of various chemical substances may be distinguishedfrom every other. The tool used become synthetic by using the Swiss corporation TOFWERK AG in Thun. This system made it possible to decide the chemical composition in a count number of seconds, Bianchi says.

The courses additionally show how crucial it’s miles to hyperlink laboratory and discipline experiments. Measurements inside the lab allow for certain investigations of person mechanisms, however simplest aarea test can provide information approximately whether or not this manner is applicable within theactual environment. And, says united statesBaltensperger, the Jungfraujoch is one of the fine websitesglobal to look at this type of system within the actual unfastened troposphere, thanks to its place, thesmooth air, and its infrastructure.

story source:

The above submit is reprinted from substances furnished by using Paul Scherrer Institut (PSI). observe:substances can be edited for content material and length.

journal References:

Jasper Kirkby, Jonathan Duplissy, Kamalika Sengupta, Carla Frege, Hamish Gordon, Christina Williamson, Martin Heinritzi, Mario Simon, Chao Yan, João Almeida, Jasmin Tröstl, Tuomo Nieminen, Ismael ok. Ortega, Robert Wagner, Alexey Adamov, Antonio Amorim, Anne-Kathrin Bernhammer, Federico Bianchi, Martin Breitenlechner, Sophia Brilke, Xuemeng Chen, Jill Craven, Antonio Dias, Sebastian Ehrhart, Richard C. Flagan, Alessandro Franchin, Claudia Fuchs, Roberto Guida, Jani Hakala, Christopher R. Hoyle, Tuija Jokinen, Heikki Junninen, Juha Kangasluoma, Jaeseok Kim, Manuel Krapf, Andreas kürten, Ari Laaksonen, Katrianne Lehtipalo, Vladimir Makhmutov, Serge Mathot, Ugo Molteni, Antti Onnela, Otso in line withäkylä, Felix Piel, Tuukka petäjä, Arnaud P. Praplan, Kirsty Pringle, Alexandru Rap, Nigel A. D. Richards, Ilona Riipinen, Matti P. Rissanen, Linda Rondo, Nina Sarnela, Siegfried Schobesberger, Catherine E. Scott, John H. Seinfeld, Mikko Sipilä, Gerhard Steiner, Yuri Stozhkov, Frank Stratmann, Antonio Tomé, Annele Virtanen, Alexander L. Vogel, Andrea C. Wagner, Paul E. Wagner, Ernest Weingartner, Daniela Wimmer, Paul M. Winkler, Penglin Ye, Xuan Zhang, Armin Hansel, Josef Dommen, Neil M. Donahue, Douglas R. Worsnop,americaBaltensperger, Markku Kulmala, Kenneth S. Carslaw, Joachim Curtius. Ion-prompted nucleation ofnatural biogenic particles. Nature, 2016; 533 (7604): 521 DOI: 10.1038/nature17953
F. Bianchi, J. Trostl, H. Junninen, C. Frege, S. Henne, C. R. Hoyle, U. Molteni, E. Herrmann, A. Adamov, N. Bukowiecki, X. Chen, J. Duplissy, M. Gysel, M. Hutterli, J. Kangasluoma, J. Kontkanen, A. Kurten, H. E. Manninen, S. Munch, O. Perakyla, T. Petaja, L. Rondo, C. Williamson, E. Weingartner, J. Curtius, D. R. Worsnop, M. Kulmala, J. Dommen, U. Baltensperger. New particle formation inside the loose troposphere: Aquestion of chemistry and timing. technology, 2016; 352 (6289): 1109 DOI: 10.1126/technology.aad5456