Profiles

A Career of Precision and Purpose

A Career of Precision and Purpose

Oak Ridge National Laboratory’s Jeremy Busby’ 95 Developed Meticulous Mentality in K-States Nuclear Engineering Program.

On a bookshelf in Jeremy Busby’s office, tucked among scientific journals, policy manuals and bric-a-brac accumulated during his nearly 30 years as a nuclear engineer, sits his undergraduate notebook from Applied Reactors Theory I & II. Busby ’95 is now the associate lab director for the isotope science and engineering directorate at Oak Ridge National Laboratory, a federally funded research and development center in Oak Ridge, Tennessee. He took those courses with Professor Ken Shultis and Professor Richard Faw in 1992 and 1993, but the principles instilled have stayed with him throughout his distinguished career.

A Specialized Investment

Appreciation of education inspires alumnus to fund endowed professorship in veterinary dentistry

A clerical error nearly cost Dr. Raj Singh his spot in veterinary school.

Nearly four decades later, after building a successful veterinary practice in California, he reflects on how the education he received at Purdue University prepared him to pursue the career of his dreams, take giant leaps as a business owner, and develop a special interest in dentistry. A passion for this field of veterinary medicine motivated Dr. Singh and his wife, Melissa, to commit $1.5 million to establish an endowed professorship in dentistry at the College of Veterinary Medicine last fall. 

A Story in Stones

A Story in Stones

Geochemist Marissa Tremblay ’12 analyzes Antarctic rocks to unravel Earth’s climate chronology and predict the planet’s future environment

A geologic field excursion to Death Valley during spring break her first year at Barnard set Marissa Tremblay ’12 on course to becoming a scientist. She entered college intending to pursue a law degree, but stepping foot on that vast, desolate desert landscape marked with sand dunes ignited a curiosity to uncover the stories in stones.

Offering Careful Counsel

Longtime diplomat and educator Patrick Mendis retains strong ties to Minnesota.

With humility and gratitude, Patrick Mendis (M.A. ’86, Ph.D. ’89) has embraced adventure, defied a prophecy, and charted his own course through life. 

Mendis says a horoscope reading when he was an infant said he wouldn’t live past his first birthday. His mother, a Sinhalese Buddhist traditionalist, heeded the scholarly monk’s warning to raise her son outside the home, sending him to live with his Catholic paternal grandparents in rural Sri Lanka when he was 7 months old. His grandparents told him he was adopted, and that they found him under a banyan tree.

From the Gridiron to the Green Berets

From the Gridiron to the Green Berets

Silver Star recipient Antonio Gonzalez ’94 placed his trust in faith, football 

Children growing up in the predominantly Mexican-American neighborhood of Boyle Heights in East Los Angeles in the 1980s and ’90s lived on the razor’s edge between childhood innocence and gang violence.

Plagued by high violent crime rates, struggling public schools and poverty, those who yearned to escape the concrete jungle of Boyle Heights saw two options — go to college or enlist in the military. In time, Army Sgt. Maj. Antonio Gonzalez ’94 would do both, earning a football scholarship to Kansas State University and receiving a Silver Star Medal recognizing his gallantry in action.

Sparking Success

Sparking Success

MATC launches bilingual welding program

Karen Feliciano says people are often surprised to learn she is a welder because “I don’t look like a typical welder to them. It’s very much a male-dominated field.”

Yet the MATC welding instructor sees herself in her students every day.

“My students inspire me,” Feliciano said. “I see the challenges I faced when I moved to Wisconsin from Puerto Rico. I see how much I struggled when I was first starting out in this career. But I see myself in their successes, too.”

Building a Better Computational Model

Building a Better Computational Model

Physics equations drive optimization of complex engineered systems

Computational models allow researchers to analyze and design complex systems, but development can be a slow process. Leifur Leifsson, associate professor and principal investigator of the Computational Design Lab, uses physics equations to optimize engineered systems for aircraft and space systems as well as microwave systems, nondestructive testing systems and food-water-energy systems.