College grads, take heart: You’re entering best job market in years

Dallas Morning News

Originally Posted: May 24, 2016

On a recent Tuesday afternoon, the denizens of Southern Methodist University’s campus seemed to move at a leisurely pace.

A few cyclists clicked along the pathways and the stately brick buildings, with their bright white colonnades, were quiet. Commencement had taken place a few days earlier.

But for Regina James, the busy season was getting into full swing.

“There are still students who are in transition. They’re either waiting to hear back about offers — there’s a little anxiousness there — or they’re students that maybe just didn’t get around to the search, so they’re starting to reach out and say, ‘I don’t have anything yet,’” she said. “Those students, we’ll be helping throughout the summer.”

James is the associate director for employer relations at SMU’s Hegi career center.

Experts say newly-minted college graduates in the Dallas area are entering one of the best job markets they’ve seen. But James said that’s no excuse to slack off in the hunt.

“We encourage students to have multiple internships for a number of reasons,” she said. “You’ve got to think about it as, not only are you competing against your peers here, you’re competing against peers from other institutions in the area, you’re competing against institutions nationally [whose students] may desire to live in the Dallas area.”

According to a report by the firm Challenger, Gray and Christmas, 1.8 million Americans with four-year degrees are expected to enter the workforce this year, where they’ll be greeted by the best job market for college graduates in several years.

The report cites the fact that the nation has seen almost 70 months of job gains, meaning that 14 million workers have been added to payrolls across the country. Meanwhile, Baby Boomers are retiring.

A National Association of Colleges and Employers survey found that companies are slated to hire 5.2 percent more new graduates than a year ago.

And, the report says, 59 metro areas have unemployment rates below 4.0 percent.

All of those factors add up to a demand for workers who are ready to start their careers.

In Dallas-Fort Worth — one of those metro areas with a low unemployment rate — there’s extra momentum, said Bud Weinstein, an economist and associate director of the Maguire Energy Institute at SMU’s Cox School of Business.

The region’s economy is more diverse than it’s ever been. And more companies are relocating or expanding in North Texas — in part because they’re attracted by the area’s talent pool.

“Dallas-Fort Worth probably has the strongest job market in the nation among large metropolitan areas — maybe not in absolute numbers, but certainly in percentage terms,” Weinstein said. “I think the job market has never looked better, particularly for college graduates.”

Michael Carroll, director of UNT’s Economics Research Group, added that although energy and manufacturing jobs across the state are hurting, “we’re fairly insulated from that” in North Texas.

A flood of migration into the state, Carroll said, has also helped keep wages at a manageable level and competition for workers from scaring off new jobs.

“I think it’s a real positive with all the companies moving in,” he said.

Higher education institutions around the region say they’re bullish on the possibilities for their graduates — whether they’re armed with a bachelor’s degree or trade certification.

“I cannot even tell you — we’re tripping over jobs,” said Dawn Gomez, career services coordinator at the Dallas County Community College District’s Northlake College in Irving.

The hard part, she said, is connecting students with the right employer in an age when job hunters have countless online resources.

“Soft skills, communication, critical thinking, teamwork — employers want those that can pull it all together in a composed, succinct package,” Gomez said.

For Morgan Slottje, who graduated from SMU in December, settling on a career path wasn’t easy.

As an undergraduate, she said with a chuckle, she changed majors “at least 10 times.”

Throughout college, she also test drove various jobs through internships: She worked on Mitt Romney’s presidential campaign, she worked in marketing.

When the time came to focus on the job search, Slottje, 23, applied to “hundreds” of jobs she said sounded interesting, from advertising to financial analysis. She considered getting a master’s degree in statistics.

In the end, Slottje said she went to a Deloitte presentation and felt a strong sense that its values aligned with hers: An emphasis on continuing to learn and grow.

“I picked a company where their values really align with mine,” she said. “That’s important with the job search — I want a career. I want to love what I’m doing.”

And although Slottje said she was open to moving to another city, she preferred to stay in Dallas, close to her parents and where living costs are more manageable than in New York, where she went to school for 2 and a half years before switching to SMU.

“I’d rather be in a city like Dallas when I’m starting a career,” she said. “I’m versed in tech, but when I was interviewing [with a company in the] Bay Area, I was thinking, ‘No matter what I’m getting paid, I’m going to be so poor.’”

She’ll be starting a job here, in business technology consulting at Deloitte in July.

Reggie Davis, a 21-year-old University of North Texas logistics student, won’t graduate until next year.

He said he’s optimistic about his job prospects, particularly in logistics. In D-FW, information technology and other “knowledge” jobs that require college degrees are in high demand, particularly given the breadth of the region’s transportation industry.

His father, too, works in logistics, meaning he’s had exposure to the jobs for years.

Nevertheless, Davis said he’s not cruising to graduation day.

For one thing, UNT’s logistics program requires that students intern before they graduate, so he’ll be working at Schneider Logistics this summer.

Davis is also participating in the school’s professional leadership program, which aims to prep students for business leadership with access to mentors and professional development opportunities.

He said that although he’s been around supply chain and logistics work — it’s what his dad does, too — he sees the internship as both a way to get an edge and to test out which specific type of job he might like best.

“If I end up doing well in the internship and enjoying it, I would be glad to consider a full-time position or transition to being a full-time employee,” he said. “But I don’t want to put all my eggs in one basket.” READ MORE

Early armored dino from Texas lacked cousin’s club-tail weapon, but had a nose for danger

SMU Research

Originally Posted: May 23, 2016

Pawpawsaurus’s hearing wasn’t keen, and it lacked the infamous tail club of Ankylosaurus. But first-ever CT scans of Pawpawsaurus’s skull indicate the dino’s saving grace from predators may have been an acute sense of smell.

Well-known armored dinosaur Ankylosaurus is famous for a hard knobby layer of bone across its back and a football-sized club on its tail for wielding against meat-eating enemies.

It’s prehistoric cousin, Pawpawsaurus campbelli, was not so lucky. Pawpawsaurus was an earlier version of armored dinosaurs but not as well equipped to fight off meat-eaters, according to a new study, said vertebrate paleontologist Louis Jacobs, Southern Methodist University, Dallas. Jacobs is co-author of a new analysis of Pawpawsaurus based on the first CT scans ever taken of the dinosaur’s skull. READ MORE

SMU scientists co-authored study showing that humans have been causing earthquakes in Texas since the 1920s

SMU NEWS

Originally Posted: May 17, 2016

Earthquakes triggered by human activity have been happening in Texas since at least 1925, and they have been widespread throughout the state ever since, according to a new historical review of the evidence published online May 18 in Seismological Research Letters.

Causes of earthquakes in TexasThe earthquakes are caused by oil and gas operations, but the specific production techniques behind these quakes have differed over the decades, according to Cliff Frohlich, the study’s lead author and senior research scientist and associate director at the Institute for Geophysics at the University of Texas at Austin. SMU seismologists Heather DeShon, Brian Stump, Chris Hayward and Mathew J. Hornbach, and Jacob I. Walter at the University of Texas at Austin are co-authors. READ MORE

Celebrating Dedman College Faculty Books

  • View a slideshow of the event photos here.
  • For more information on Dedman College faculty books, click here.

Ancient Hammerhead with Sharp Teeth was First Vegetarian Reptile

Modern Readers

Originally Posted: May 9, 2016

Don’t let those sharp teeth fool you, because this ancient hammerhead reptile had no appetite for meat.

The hammerhead’s most distinctive feature was its two menacing rows of teeth, with one group resembling needles and another group resembling chisels. That would normally hint that it was a carnivore, and probably one of the most fearsome sea creatures of its time. But the strangest thing about the animal is that it ate plants, with those rows of teeth serving a different purpose than what one may think.

A new study has detailed how Atopodentatus unicus (“uniquely strangely toothed”) existed in the middle Triassic era, millions of years before dinosaurs rose to prominence. Fossils of the hammerhead reptile were first spotted in 2014 in southern China, and based on scientists’ findings, the animal had lived about 242 million years ago, making it the earliest herbivorous marine reptile by only about eight million years. Not to mention, one of the strangest, according to the researchers.

“On a scale of weirdness, I think this is up there with the best,” said study lead Nicholas Fraser of the National Museums Scotland in Edinburgh. “It kind of reminds me of some of the Dr. Seuss creations.”

Aside from the unique teeth that gave the reptile its scientific name, A. unicus had a longer neck in proportion to its body, and a tiny head, also in relation to its overall size. Another key feature was the animal’s strong fore-limbs for swimming. Overall, A. unicus measured nine feet long from head to tail, making it about as large as a modern alligator.

Southern Methodist University paleontologist Louis Jacobs was not involved in the study, but he told Live Science about how A. unicus may have used its teeth. He said that the needle-like teeth may have also been used by the animal to collect plants, in a similar way to how baleen whale catches krill. The chisel teeth, on the other hand, may have helped the reptile scrape plants from the seafloor. Once A. unicus gathered its food, he added, it would “suck in a mouthful of water,” presumably to make the food easier to swallow down.

“Then, they squish the water out of their mouth, and those little teeth along the sides of the jaw and on the roof of the mouth strain out all of the plant bits,” Jacobs continued. “That’s an amazing way to feed. I’d like to do that myself.”

Fraser also shared his insights about A. unicus’ peculiarities, namely its being a plant-eater despite its sharp teeth, which was unusual for marine reptiles during the era. He believes this may have been due to a lack of plant diversity at the time.

“This fossil took us very much by surprise. However, this was a whole different world,” said Fraser. “So now we are beginning to accept this strange and wonderful environment that gave rise to very unfamiliar body forms.” READ MORE

May Commencement Weekend

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Congratulations to all the Dedman College graduates. Looking for the latest schedule of events? Read More 

SMU’s May 14 Commencement celebrates academic achievement

SMU News

Originally Posted: May 3, 2016

SMU will celebrate the academic accomplishments of more than 2,500 students at its 101st annual Commencement ceremony at 9 a.m. Saturday, May 14, in Moody Coliseum.

Guests are urged to arrive early as seating in the coliseum is limited to four guests per student. Additional seating will be available for a simulcast of the event at Dedman Center for Lifetime Sports, Crum Auditorium and McFarlin Auditorium. The ceremony also will be broadcast outside Moody Coliseum on Bolin Plaza, and there will be a live webcast of the ceremony at http://www.smu.edu/live.

READ MORE

Could Texas’ dirty coal power plants be replaced by geothermal systems?

Dallas Morning News

Originally Posted: April 26, 2016

For Texas electricity customers, geothermal energy is pretty much an afterthought. But some scientists — and even some people in the oil and gas business — say that heat from deep underground may become a significant source of power.

SMU ‘Power Plays’ conference April 25-26

SMU NEWS

Originally Posted: April 22, 2016

DALLAS (SMU) – SMU’s renowned Geothermal Lab will host its eighth international energy conference April 25-26 on the Dallas campus, focused on using the oilfield as a base for alternative energy production through the capture of waste heat and fluids.

In addition to oil and gas field geothermal projects, experts will discuss coal plant conversion for geothermal production, the intersection of geothermal energy and desalination, and large-scale direct use of the energy source produced by the internal heat of the earth.

“Power Plays: Geothermal Energy in Oil and Gas Fields” begins with an opening reception and poster session from 5:30 – 8 pm Monday, April 25, followed by a daylong program of speakers and presentations Tuesday, April 26. Conference details are available here. Walk-up registration is available at the conference site, the Collins Center at 3150 Binkley Avenue, Dallas, 75205.

The technology that is the primary focus of the conference takes advantage of an existing resource frequently considered a nuisance – wastewater produced by oil and gas wells during extraction. As a well ages it will typically produce more water and less oil or gas over time, which raises the cost of production. Where the produced wastewater is hot enough, and the water flow rate is sufficient, specially designed turbines can draw geothermal energy from the wastewater.

That “bonus” geothermal energy can be used to either generate electricity to operate the oil field equipment and lower the cost of production, sell the electricity directly to the power grid or – more likely – to nearby industry users seeking a highly secure electrical source. READ MORE

Associate dean for General Education addresses questions about UC-2016

SMU Daily Campus

Originally Posted: April 16, 2016

By: Peter Moore, associate dean, General Education

Let me take a moment to address the issues Noah Bartos raised in his editorial regarding UC-2016.

Noah is rightly concerned about the potential headaches various groups will face regarding two very similar curricula (UC-2012 and UC-2016). We are too. He notes the increase in paperwork. That comes in three forms: 1) course proposals that faculty must write; 2) assessment; and 3) student petitions.

He is right in pointing out that in the near-term faculty will have some additional work to do. A significant portion of that has already been completed this spring and I hope that most of the rest will be finished by December. There is a sense of fatigue, but this is offset to some extent by the improvements he notes in the structure which allow for new opportunities for participation. Regarding assessment, my expectation is that this will actually decrease initially (while eventually returning to the current level).

My biggest concern is with student petitions that will arise through confusion between the two curricula. Noah notes this problem as well regarding the mixture of requirements in the same course. This mixture does not involve Proficiencies and Experiences which are identical in both curricula. We are aware of the problem regarding pillars (UC-2012) and breadth and depth (UC-2016) and will be working to mitigate the headaches that are bound to result.

Noah also raises concerns with the new STEM requirements which he believes have the potential to unduly impact Meadows’ students. With regard to the lab-based portion (PAS under UC-2012) of this requirement the revision in UC-2016 is closer to the original intent of the UC adopted in 2010, that students complete two lab-based courses. The TM requirement, however, should not be an additional burden for most Meadows’ students who will be able to complete it in the major (e.g., Theater Lighting).

Noah notes the advantages from the simplified Second Language requirement which should prove beneficial across all majors. The changes in UC-2016 are designed to lessen the need for double-counting pillar courses by opening up courses in the major.

For example, I expect Cox majors to benefit when ITOM 3306 (a required course for all Cox students) satisfies the TM requirement. In this case the number of UC requirements met in the Cox major will increase from two to three. The modifications introduced in UC-2012 were designed to address high-credit majors and enhance students’ ability to double major. Students should find the same advantages in UC-2016 along with a simplified structure.

Finally he argues that the language of the proposal does not provide an adequate description of content. The descriptions match the information provided in the original UC and are augmented by the Student Learning Outcomes. Together these do provide a good basis for determining what the new breadth and depth requirements are all about.

Nearly two years ago the University Curriculum Council responded to concerns about the original UC and introduced key modifications. Those modifications have helped the class of 2012 to graduate on time. However, the modifications led to some unintended consequences which UC-2016 addresses. We expect that our efforts this time around will be even more beneficial. READ MORE