When he was a high school student in Yakima, Wash., Christopher Payne knew exactly what he wanted to do for a living. His father, an electrical engineer, was an avid reader of architectural magazines, and seeing them around the house piqued Payne’s interest. “I would take the floor plans in the magazines and trace them to make my own grand house,” he recalls. “I wanted to be an architect.”

As a kid growing up on the Navajo Reservation in Shiprock, N.M., Nedlaya Francisco was animated by a single question: How do things work? “We would have broken remote control vehicles or tape players, and my cousins, sisters, and I would take them apart to see their insides and their circuits,” she remembers. “I always wanted to know how things worked but didn’t know what the circuit boards were.”

Nationwide, there’s a call to broaden participation in computer science — with good reason. The lag in computer science knowledge is especially critical in rural America, where even many blue-collar jobs now require substantial computer skills. Native Americans in rural communities are far less likely than their peers to have access to advanced STEM courses. What’s more, they often lack access to a reliable internet connection outside school.

One of two new advisory councils officially launched at the 2017 AISES National Conference, the Tribal Nations Advisory Council (TNAC) has an especially timely mission. (The other new council is CIAC: the Canadian Indigenous Advisory Council.) TNAC’s inaugural meeting at the conference gathered more than 30 tribal leaders to discuss a pressing issue at the intersection of AISES and tribal communities: developing a skilled STEM workforce in Indian Country. TNAC members, who represent tribes from across the country, meet both by phone and in person at conferences.

Indigenous traditional knowledge of the lands, waters, sky, and long been dismissed by Western science as anecdote , mythology, or even superstition. But thanks to the efforts of Indigenous and non-Native scientists and educators, that perspective is changing.

It’s not much of an exaggeration to say that a single question changed the direction of Joshua John’s life. He was studying for his undergradu­ate physics degree at Northern Arizona University when he took a quantum mechanics class. “I asked the professor how this would be used and what the applica­tions were,” recalls John, who graduated in 2005. “My professor said those are questions an engineer asks, not a physicist. He encour­aged me to go into engineer­ing after graduating.”

Deanna Burgart’s decision to change careers came about suddenly and unexpectedly. She was attending a luncheon for women in the oil and gas industry when one of the speakers quoted author Steve Farber. “She said, ‘Do what you love in the service of people who love what you do,’” remembers Burgart. “I burst into tears. I realized I wasn’t doing either.”

You’ve heard it before: getting solid internship experiences on your resume is important. And with good reason — internships provide practical workplace exposure and marketable job skills, not to mention a chance to find a mentor, earn glowing letters of reference, and maybe even come away with a full-time job offer

Sam Low stands in awe of his ancestors — and he isn’t alone. “They possessed ships that were capable of traveling the world,” says Low, an anthropologist, filmmaker, photographer, and lifelong sailor.

Everyone wants a job that is personally satisfying and improves the world. Few career paths offer as many different ways to achieve both objectives as geoscience.