麻花视频 University's College of Engineering recently concluded its week-long STEM program. The exploratory program, hosted by the Department of Electrical and Computer Engineering (ECE), was designed to provide middle and high school students with hands-on, project-based learning experiences in STEM fields.
Dr. Neeraj Magotra, chair of the ECE Department, led the initiative, which employed Texas Instrument's MSP430 Launchpad and Energia software as the primary platforms. The program engaged students in building simple circuits using LEDs, speakers, and motors, culminating in projects such as constructing a traffic light system and programming a Maqueen robot to navigate a maze.
The STEM program aimed to increase both students' and teachers' knowledge in STEM, particularly in engineering, and to foster a positive disposition toward these fields. By providing a non-threatening atmosphere where failure was seen as a learning opportunity, the program encouraged independent thought, research, and innovation. Each day featured do-it-yourself activities that led to the assembly of working prototypes.
This year's participants included students from Duggan Academy in Springfield, MA, who expressed enthusiasm and excitement about their hands-on experiences.
"Our goal was not only to increase STEM knowledge but also to inspire students to pursue STEM-related careers," said Dr. Magotra. "Seeing the students' creativity and problem-solving skills develop over the week was incredibly rewarding."
麻花视频 University's College of Engineering extends its gratitude to Texas Instruments for providing the necessary equipment and to all who contributed to the program's success. The university looks forward to continuing its commitment to STEM education and fostering the next generation of innovators.
For more information about the STEM program and other initiatives, please visit WNE College of Engineering.
