On Oct. 1, University of Kentucky Stanley and Karen Pigman College of Engineering alumni, students, faculty and friends gathered to celebrate 125 years of preparing engineers to build, power and protect the nation’s minerals industry.
The UK Mining Engineering 125th Anniversary Gala brought together generations of UK mining engineers to share and reflect upon the legacy of mining engineering at UK, and to look toward the future of a field facing new demands for critical minerals, advanced technology and a larger engineering workforce.
“Take a moment and look around you. In this room, we have over a century’s worth of grit, determination and raw engineering brilliance,” said Chad Weems, a 2010 graduate, chair of the UK Mining Engineering Foundation Board and vice president of operations for Argos Materials, who served as the evening’s emcee. “We have alumni who graduated when slide rules were high-tech, and we have students who are currently using AI and drones to map out the future of resource extraction.”
UK’s mining engineering roots date back to the university’s earliest years, well over a century ago. Mining instruction was offered by 1869, the first organized mining engineering course was introduced in 1895 and the Department of Mining Engineering was first formally established in 1901.
The program grew into one of the nation’s leading mining engineering programs, evolving through organizational changes, expanded research facilities and the re-establishment of the department in 1981, following a period when mining engineering was a specialty within the Department of Civil Engineering.
The 1980s also saw the development of the UK Mining Engineering Foundation, which brought the mining industry and university together with a shared goal of developing excellence in mining and becoming one of the best mining engineering programs in the country, in addition to the dedication of the Mining and Minerals Resources Building, housing state-of-the-art facilities for teaching and research.
“The University of Kentucky mining engineering program will continue as a leader of excellence in the nation,” said Michael Day, a 1992 alumnus, UK Mining Engineering Foundation member and president and CEO of Eagle Summit Resources. “Mining engineers are critical to the long-term success and growth of the United States as well as the world’s infrastructure and development which is why continuing this legacy is so important.”
As the history was honored, so was the future of mining engineering at UK and those who would carry it forward.
Aiden Adkins, a senior in the Department of Mining Engineering, spoke about following in the footsteps of his father, a UK mining engineering graduate.
“Passing the torch to the next generation ensures our entire industry stays alive and strong,” Adkins said. “That continuous chain of legacy is exactly what keeps our industry thriving.”
Adkins said the department’s history is visible every day to current students through the accomplishments of the engineers who came before them.
“The same work ethic, the same problem-solving mindset and the same Wildcat pride that you carried into the field is exactly what drives us in the classroom today,” he said.
Today, UK is one of only 14 accredited mining engineering programs in the nation. Since its re-establishment in 1981, the department has awarded 649 bachelor’s, 124 master’s and 52 doctoral degrees in mining engineering, as of 2025.
Michael Renfro, Ph.D., interim dean of the Pigman College of Engineering and Tennessee Valley Authority Professor, emphasized that the department’s mission is as important today as it was when the program began.
“One hundred and twenty-five years ago, this department began with a simple mission: to understand the earth beneath us and extract its resources safely and efficiently,” Renfro said. “Today, that mission is more critical than ever.”
What’s in store tomorrow for mining engineering at UK? Renfro said responding to the changes in the world and the shifting demands within the industry.
“From the rare earth elements that power our smartphones to the materials required for global electrification—if it cannot be grown, it must be mined,” he said. “And the world is looking to the University of Kentucky to train the engineers who will do it.”
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