MinerAlert
MinerAlert
Written by Allysa Tellez
On the fourth floor of UTEP's Interdisciplinary Research Building, Alexis Maurel, assistant professor of aerospace and mechanical engineering, shows off a collection of 3D-printed UTEP-themed objects. While the items showcase the technology's capabilities, they represent only a small part of what the equipment can accomplish.
In April, the National Science Foundation awarded Maurel and his team $715,278 to acquire a multi-material, high-resolution 3D printer capable of manufacturing components from polymers, ceramics and metals.
The printer is the first of its kind in the region and the third in North America. It will support research focused on next-generation batteries and fuel cells. These emerging energy-storage technologies aim to provide greater energy density, faster charging, improved safety and reduced environmental impacts compared with conventional lithium-ion batteries.
"This unique platform will allow us to push the boundaries of advanced manufacturing, particularly in the development of next-generation energy storage technologies and electronics," Maurel said.
Maurel said the equipment will support interdisciplinary collaborations across UTEP, provide hands-on training opportunities for students and strengthen partnerships with industry and other research institutions.
The system will support the creation of digital twins, virtual representations of physical environments that can be updated with sensor data.
"The team and I are excited to bring new capability to UTEP for high-resolution 3D profiling of complex natural environments and urban infrastructure," La Rue said.
La Rue said the colleges of Science and Engineering will share the instrument, which will support new educational opportunities in geospatial science and research.
"A cutting-edge mobile laser scanning system will provide innovation in 3D ecological and engineering research, including paving the way for UTEP to become a regional hub for digital twin technology," La Rue said.
Both professors said the Department of Research and Innovation played a role in the submission process.
"This institutional support is particularly valuable for large-scale instrumentation proposals, which require careful planning and coordination," Maurel said.
Last Updated on October 23, 2026 | Originally published October 23, 2026