- September 2019 : Louisville Automation and Robotics Research Institute (LARRI) proposal finalized. Cluster hiring LARRI positions available
- Assistant Professor (tenure-track in Computer Engineering and Computer Science) – focus on IoT for robotics and CPS, deadline: January 2020.
- Assistant Professor (tenure-track in Electrical and Computer Engineering) – focus on human-robot collaboration, deadline: January 2020.
- Research Assistant Professor (non- tenure track in Electrical and Computer Engineering) – focus on human-robot collaboration, deadline: September 30, 2019.
- Postdoctoral Research Associate (non-tenure track, multiple positions available) – focus on robotics and mechatronics, deadline: September 30, 2019
- Research Scientist (non-tenure track) – focus on human-robot collaboration (posting soon).
- 5 Funded Ph.D. Positions (ECE, ME, CECS) in multiple areas related to HRI, machine learning, sensors, and wearables, inquire via email to Dan Popa.
- September 2019, NGS lab awarded major research grant by NSF to build next generation autism robot.
- July 2019, NGS lab awarded major research grant by NSF to build next generation robotic structures with advanced materials and sensors.
- September 2018 – NGS lab awarded major research grant by National Science Foundation (NSF) to build next generation 3D printer and assembler.
- July 2018 – Dan Popa and Roushi Zhang Participate at MARSS 2018 Conference and win Best Student Paper Award
The NGS Group conducts research on the Next Generation Microsystems and Robots that are increasingly small, cheap, integrated, and networked. NGS is headed by the University of Louisville ECE Professor Dan Popa, and consists of groups of graduate students, undergraduate students and young research professionals who are exceptionally motivated and enthusiastic about advanced robotic systems science and engineering.
Multiscale robots and systems are the focus of our research. Robotics is currently undergoing a major evolution away from expensive, bulky, and difficult to use machines, toward inexpensive, small, user-friendly and safe systems. As we witness this remarkable process, many unanswered questions pertaining to how we design, manufacture, and interact with the next generation of robots remain to be addressed. In the coming years, we will be able to answer these questions only if we know how to make increasingly complex MEMS and NEMS devices.
Our current research in multiscale robotics aims to answer these questions, by looking at the following aspects:
- The size and precision of sensors, actuators and robots cuts across multiple scales from macro to nano. How do we design our microsystems and the robots that manufacture them in an intelligent way so that we can produce them in large numbers?
- The number of sensors, actuator, and robots that must be aggregated varies between a few and large numbers. How do we network, coordinate, plan, and distribute the action of such collectives?
- The complexity and cost of microsystems and robots vary from low-complexity and low-cost, to highly integrated and reliable systems. How do we package and integrate sensors, actuators, into small devices and robots in a multifunctional, reliable and cost-effective manner?
AnnouncementSeptember 2019 – NGS Awarded a 4 year project from NSF Smart and Connected Health Program on Robotic Treatment of AutismJuly 2018 and 2019 – Ph.D. student Roushi Zhang Participate at MARSS 2018 Conference and wins Best Student Paper Award 2 years in a row!
- NGS Student wins Best Student Paper Award at MARSS
- NGS lab at SPIE Defense and Commercial Sensing 2017
- Two student-engineering teams win international challenges
- Interacting with a Robot: Meet Zeno!
- International Conference on Social Robotics
- Students present at 3rd Annual Connecting Education with Industry Event
- Can you say hello to Zeno?
- RE2-UTA DARPA Robotics Challenge Team Introduction
- IEEE RAS Mobile Microrobotics Challenge at ICRA 2013