UDRI excels in advanced manufacturing areas such as robotics and automation, manufacturing autonomy, additive manufacturing, manufacturing assistance, and tech integration.
UDRI researchers provide open and interoperable architectures in sensing, sensor-controls to advance efficiency in manufacturing, mixed reality technology, and autonomous intelligent agents.
UDRI provides research and applied solutions on energy topics, including fuels, combustion, and alternative energy and power sources, and on environmental science and engineering issues.
UDRI has a history of designing and running experimental protocols, evaluating commercial software and products for usability, and developing innovative technologies to improve human performance.
UDRI's expert researchers design, analyze, build, test, transition, and sustain innovative and reliable materials, components, and structures for hypersonic vehicles and their operation.
UDRI offers expertise in materials research, including ceramics, glasses, and electrical, magnetic and optical materials. We also provide research in new organic polymer-based composites.
UDRI sensors research and development solves client challenges with innovative technologies. We employ full-time researchers, academics, students, and others to fulfill objectives.
UDRI creates total solutions in hardware, software, and algorithms. We also offer proven capabilities, methods, structures, resources, and strategies resulting in reliable software solutions.
UDRI develops and applies new technologies in aerospace, ground, industrial, and test systems to solve structural safety, durability, and reliability problems.
UDRI's interdisciplinary teams solve aging system issues by using advanced technologies in order to increase performance levels and reduce maintenance costs.