Tag: Rex Geveden

BWX Technologies COO Shares 7 Hacks for Career Success

Speaker: Rex Geveden, chief operating officer, BWX Technologies Inc

by Hannah Godofsky, AIAA Communications

Rex Geveden, the chief operating officer of BWX Technologies Inc., shared some advice in the “Seven Career Hacks for Professional Success” session July 27 at the 2016 AIAA Propulsion and Energy Forum in Salt Lake City.

Career Hack 1: Draft and track your career goals.

It’s old advice, but there’s a reason it’s repeated so often: It works, Geveden said.

Geveden shared that he began working at a firm after college and stayed for about two years but years later, he returned to run the company.

“In my opinion, there’s a thousand doors out there in the universe that you can walk through, and there’s some of them that lead to opportunity and some of them that do not,” he said.

Career Hack 2: Know what you are in the organization.

“When you’re trying to figure out what to do with your career, you have to figure out what you are,” Geveden said, adding that there’s a dichotomy between revenue-generating versus cost-sink job roles. “If you wish to be where the decision-making is and where the money flows, then you need to get in the line.”

Career Hack 3: Understand how you create value in the organization.

There are some things on an employee’s to-do list that create value for an organization and some that don’t, Geveden said, explaining that people have to do all of the things on their lists but know that not all of them create value.

“I created another list a few years ago that’s sort of a value-creation list and created a list of actions with those so that I can create value every day while I’m in the job,” he said.

Career Hack 4: Learn to say yes. 

“I think you should learn to say yes to the point of discomfort,” Geveden said, adding that it can be a good learning experience and result in career opportunities that might not have otherwise occurred.

He also said it’s important to say yes to mobility despite the tendency to want to stay home. If you get a chance to go someplace else, Geveden said, take it.

“Your family will grow with it,” he said.

Career Hack 5: You must read, and you must read all the time.

Geveden said engineers need to read publications like Forbes, Bloomberg or The Economist to be able to understand how business and finance people think.

Career Hack 6: Work on your integrity.

“If you tell someone that you’re going to call them, call them,” Geveden said. “You’re building yourself a portfolio of trust with everyone with whom you interact. … Casual commitments are commitments.”

Career Hack 7: Invest in your wardrobe.

Geveden said people should buy nice clothes and nice shoes but that buying expensive labels isn’t the only important aspect.

“Fit is the first principle of style,” he said, emphasizing that style is particularly important for engineers or anyone with ambition.

“I know it sounds not-essential, but here’s the point: I’d say almost everybody in this room is a technical person … But there’s a bunch of smart people out there,” he said. “You have to find things that are differentiating. And I think it can be differentiating.

“The way you look creates an impression about how you think about yourself,” Geveden explained.

Even with evolving standards about what constitutes professional dress, Geveden believes that style will remain important.

“If it’s casual Friday, be snappy casual … instead of using that opportunity to wear flip-flops into work.”

Video

All 2016 AIAA Propulsion and Energy Forum Videos

Nuclear Power Could Fuel America’s Space Future

Panelists: Moderator Lee Mason, principal technologist for power and energy storage, Space Technology Mission Directorate, NASA; Rex Geveden, chief operating officer, BWX Technologies Inc.; John Casani, Jet Propulsion Laboratory (retired); Leonard Dudzinski, Science Mission Directorate, NASA; Susan Voss, president, Global Nuclear Network Analysis LCC; Patrick McClure, project lead for reactor development, Los Alamos National Laboratory

By Duane Hyland, AIAA Communications (2008-2017)

As America’s space program continues to send exploration missions farther into our solar system, it is becoming apparent that nuclear power — either in the form of radioisotope power systems, fusion reactors, or fission reactors — can play a significant role in powering those missions, according to a panel of experts July 26 at the 2016 AIAA Propulsion and Energy Forum in Salt Lake City.

The majority of space missions are solar-powered; however, as Leonard Dudzinski, with NASA’s Science Mission Directorate, pointed out, “Once you get to Jupiter, you have one-twenty-fifth of the sun’s solar rays available to you, and when you get to Saturn, it’s one-one-hundreth of the rays,” making solar power impractical for deep solar system exploration.

Rex Geveden, chief operating officer for BWX Technologies Inc., said that besides being able to explore farther out and for longer durations, nuclear-fueled systems can cut down on the transit speed between Earth and Mars by “one to two months.”

However, high cost diminishes the promise of nuclear power in space. The U.S. space program uses plutonium-238, which is only available from Russia and, according to John Cassani, an independent consultant formerly employed at NASA’s Jet Propulsion Laboratory, costs “$3 million per kilogram (2.2 pounds),” making it very expensive to use.

Dudzinski said that the high fuel costs result in missions costing, on average, $400 million to mount, making them unattractive to most planners. Additional barriers to greater use include fuel weight to energy output, negative attitudes toward nuclear energy in general, and a lack of visionary leaders who are willing to use nuclear power more widely in missions.

As a way of reducing costs, the panelists recommended switching to uranium-based systems, since uranium is cheaper at $2,500 per kilogram, widely produced, and easily integrated.

Susan Voss, president of Global Nuclear Network Analysis LCC, said the new “kilopower” system currently under study promises to use highly enriched uranium to power spacecraft and promises to be cheaper, even more reliable, and more palatable to end users than existing systems.

Video

All 2016 AIAA Propulsion and Energy Forum Videos