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FIRST

60,000 Students Dive Into Latest FIRST Tech Challenge

Another NFL season kicked off last week with packed stadiums and peak television ratings around the country. The NBA and NHL are both scheduled to gear up again next month. The Major League Baseball postseason is weeks away.

And, after months of preseason and early prep, the FIRST Tech Challenge is back for another year of engineering, robotics and competition.

For most Americans, one of those things is not like the other. We pay big bucks to watch pro athletes, after all, and just about every major TV network pays even bigger bucks to broadcast the games. Not many folks are fired up about watching high school kids fiddle with robots on what can best be described as an indoor obstacle course.

Where are our priorities?

“Kids will get good in anything that adults make them think is important,” said Dean Kamen, the legendary inventor and entrepreneurs who is most famous for dreaming up the Segway. “That’s why we have no shortage of entertainers and ball-bouncers. But they will not improve our quality of life, and the world needs to start making heroes out of the right people.”

Enter FIRST, the not-for-profit that Kamen established with MIT professor emeritus Woodie Flowers almost 30 years ago. More than 1 million kids have participated during that stretch, and those who are a part of it right now are gearing up for the next FIRST Tech Challenge.

The 2017-18 Tech Challenge — called RELIC RECOVERY — involves robots (of course) and some seemingly wacky scoring (which isn’t so wacky when you really think about the scoring objectives of most other sports or competitions) — months and months of prep for two and a half of minutes of execution. That’s engineering, though. It’s sports, too. (The YouTube video linked above that introduces this season’s challenge already has some great comments from students, including one from Monica C., who wrote, “And I thought middle school was hard.” Remember those days?)

“I think the sports model works beautifully. Why don’t we use it?” Kamen said. “When I started FIRST, all I said was, Let’s find superstars from the world of tech. We can make a real difference with what happens in this world.”

The FIRST Tech Challenge season runs from September through May, with teams competing at qualifying and super-qualifying tournaments, and then state, regional, super-regional and national championships. Nearly 3,000 teams are already registered, according to an exhaustive search function on the FIRST website, and more than 60,000 students are expected to participate in the competition building and programming robots. (More than 4,000 other teams are a part of the FIRST Robotics Championship, which culminated in the Global Robotics competition and took over Washington, D.C., for a week in July.)

“FIRST is about so much more than robots,” said Matt Grob, executive vice president of technology for Qualcomm Technologies, Inc., which is the presenting sponsor of the year-long event. “In addition to hands-on experience with cutting edge technology, FIRST participants learn leadership and other skills critical to succeed in industries like ours, where brilliant minds need to constantly push the boundaries of what’s possible.”

The idea for the Tech Challenge and other FIRST competitions, of course, is to inspire kids, but also to prepare them with the tools needed for the working world. “Ten or 15 or 20 years from today, some kid in our stands will have cured Alzheimer’s or AIDS or cancer or built an engine that doesn’t pollute,” Kamen said. “Look at these kids. They’re the future, and there’s a job out there for every one of these kids.

“We can complain about the lack of kids studying science and engineering — we can complain about a lot of things — but that’s not what engineers do. We don’t complain. When we have problems, we solve them.”

Are you or your children involved in the 2017-18 FIRST Tech Challenge? IndustryWeek and our sister publication New Equipment Digest want to hear from you and them so we can share some great stories about our younger engineers — those tweens and teens diving into industry — over the next year. Send an email to Matt.LaWell@penton.com or John.Hitch@penton.com and let us know the challenges they’re working on with their teammates.

Lockheed Byu Winning Team W Blair And David
Lockheed Martin

Ethics for Engineers: Lockheed Martin Challenges the Next Generation

Photo: The winning team from Brigham Young University.

Staying at the cutting edge of technology is at the core of our mission. Lockheed Martin relies on a pipeline of highly trained, highly capable technical talent to develop generation-after-next technologies that our customers need to keep people around the world safe. When servicemen and women use our technologies, it can literally be a matter of life and death. Integrity is essential to what we do and how we work.

So, what is the connection between business ethics and recruiting the next generation of science, technology, engineering, and math (STEM) and business leaders? 

The next generation will face technical problems of scope and complexity unrivaled in history. The prospects for good – but also the opportunity for harm – are daunting. Teaching critical thinking and ethical approaches to problems is vital to shaping the kinds of professionals who will face those issues and safeguard society. Engineering students typically focus on their technical skills and lack experience with complex business decisions. Conversely, business students may not be familiar with the more technical side of products and services.

Through Lockheed Martin’s Ethics in Engineering Case Competition, undergraduate students studying engineering and business explore ethical dilemmas in the workplace. They are introduced to a wide variety of situations that could arise in the complex world of technology, and they learn the importance of voicing their values. We developed the program with support from the Center for Professional Responsibility, Gies College of Business and the University of Illinois; institutions that brought strong expertise on how to set up the competition.

We want engineering and business students to start thinking about the ethical implications of their decisions early on, before they are faced with real-life decisions that will have real-life consequences. Students need to understand that a successful, high-performing work culture demands integrity in every decision and action.

Teams from 21 colleges and universities recently visited our corporate headquarters in Bethesda, Maryland, for our third annual Ethics in Engineering Case Competition. The undergraduate student teams assumed the role of a fictitious consulting firm hired to provide a plan of action to a business grappling with some difficult decisions. This year, their case addressed a hot-button topic in ethics today – artificial intelligence.

The multi-layered issues presented in the case make our competition challenging. We combine engineering, business, and ethics issues that impact multiple stakeholders. These issues simulate the complexity of real-life challenges and provide the students with the opportunity to solve a different kind of problem than they might typically face in their curriculums. The competition also gives students the opportunity to improve business skills, such as public speaking and presentation, that will be important to their future success. During the three rounds of competition, students are asked to present their plan in different ways, from a 90-second elevator speech to a full-blown presentation with charts.

In this year’s case, a hypothetical company creates and sells internationally a product based on artificial intelligence, machine learning, and large-scale data analytics to support humanitarian disaster relief. During the course of product development and deployment, the company identifies some unintended consequences that raise ethical, engineering, and business dilemmas.

The winning team from Brigham Young University successfully addressed issues around data bias, discrimination, and responsibility, especially when working with third-party data and a customer who may not share your same business values. It was truly inspiring to see this team—and so many young, bright minds—share in our commitment to delivering ethical, innovative results.

At Lockheed Martin, our core values are “Do What’s Right, Respect Others, and Perform with Excellence.” Ethics and integrity are at the very foundation of those values. We not only want our employees to live out these ideals every day; we also want to instill those values in the next generation of engineers and business leaders.

Ethical leadership is critical to Lockheed Martin’s ability to sustain a culture of innovation and accountability, which in turn impacts profitability, talent recruitment, and our reputation with multiple stakeholders. The decisions we make every day have the potential to affect our customers, our communities, our country, and the world. 

We hope by sharing this commitment to high ethical standards with the next generation of engineering and business talent that they will put integrity at the forefront of their professional endeavors.

Leo S. Mackay Jr. is senior vice president of Ethics and Enterprise Assurance, Lockheed Martin.