Project Development of Flexible Piezoelectric Sensors through Additive Manufacturing Program DUIRI - Discovery Undergraduate Interdisciplinary Research Internship Term Summer 2024 Status Accepted Research Area Materials engineering, Sensor design, Additive manufacturing Description This project aims to explore the integration of additive manufacturing techniques in the design and fabrication of flexible piezoelectric sensors, with a focus on developing interfaces for machinery. The primary objective is to leverage the versatility of 3D printing technology to optimize the design and performance of piezoelectric sensors. These sensors are crucial in various applications, including robotics, wearable technology, and machinery monitoring. The project will involve hands-on prototyping, rigorous testing, and iterative design improvements to create efficient, reliable, and flexible piezoelectric sensors. Supervisor Yining Feng Mentor Yining Feng Type of work required Engage in 3D modeling and design of piezoelectric sensors. Conduct hands-on prototyping using additive manufacturing techniques. Perform comprehensive testing to evaluate sensor performance under different conditions. Collaborate in the development of sensor interfaces for machinery applications. Analyze data and refine sensor designs based on testing results. Websites Qualifications Minimum GPA of 3.2. Preferred to have a background in 3D modeling, materials science, or mechanical engineering. Candidates with prior experience in additive manufacturing, sensor design, or performance testing are highly desirable. A keen interest in hands-on prototyping and a proactive approach to problem-solving are essential. Credit Hours 0 Weekly Hours 40 (estimated)