Innovative Projects in Engineering and AI at SUNY: From Materials Synthesis to Slime Mold-Inspired Robots
Key Ideas
  • SUNY's Research and Creative Activities for Undergraduates Program facilitates innovative projects in engineering and AI, encouraging collaborative research among students from diverse backgrounds.
  • Faculty mentors across engineering departments lead projects focusing on materials synthesis, plastic recycling, nature-inspired devices, and slime mold-inspired robotics, preparing students for real-world research challenges.
  • Students gain hands-on experience in data analysis, report-writing, and advanced AI tools, contributing to fields such as drug delivery, CO2 capture, energy storage, and robotics.
  • The program fosters skills development in technology pathway analysis, mathematical modeling, and interdisciplinary problem-solving, empowering students to address critical sustainability issues and engineering innovations.
The SUNY Research and Creative Activities for Undergraduates Program (SUNY RCAUP) at the School of Engineering and Applied Sciences enables students to engage in groundbreaking projects integrating engineering and artificial intelligence. Through this program, students collaborate on faculty-led research ventures, including exploring materials synthesis, plastic recycling, bioinspired device fabrication, and slime mold-inspired robotics. The interdisciplinary nature of the projects encourages diverse engineering backgrounds to work together, fostering creative problem-solving and exposure to varied perspectives. Faculty mentors receive funding to support student hires, enabling undergraduates to participate in cutting-edge research related to faculty members' areas of expertise. Students develop essential skills in research, report-writing, and presentation, preparing them for future academic and professional endeavors. Projects range from assessing the economic and environmental impacts of plastic recycling technologies to developing bioinspired manufacturing techniques and creating slime mold-inspired robots for collective problem-solving. Furthermore, the inclusion of a project focused on green hydrogen production highlights the program's commitment to advancing sustainable energy solutions. Overall, the SUNY program empowers students to tackle complex engineering challenges and contribute to innovations in various fields like drug delivery, energy storage, and robotics.
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