Building the Future: Bethune-Cookman University Hosts Summer Robotics Academy
A Transformative Learning Experience
High school students from across Florida and neighboring states have gathered at Bethune-Cookman University (B-CU) for an enriching three-week journey focused on coding, critical thinking, and robotics. This annual event isn’t just a summer camp; it’s a significant initiative aimed at shaping the next generation of STEM (Science, Technology, Engineering, and Mathematics) leaders.
Funding Futures: A Grant to Empower Students
The Summer Robotics Academy has been made possible through a grant from the Minority Science Engineering Improvement Program, awarded by the Florida Department of Education. This program is not merely about building robots; it seeks to increase minority representation in STEM fields, ensuring that students from diverse backgrounds have access to critical educational resources.
Hands-On Learning in Robotics
Rising high school juniors and seniors have been diving headfirst into collaborative projects. Working tirelessly in teams, these students are challenged to design, build, and program a robot. The hands-on approach fosters not only technical skills but also crucial teamwork and communication abilities, preparing them for future careers in the science sector.
Inspiring Future Innovators
Juan Calderon, an assistant professor of computer science at B-CU, emphasizes that involving students in robotics, artificial intelligence (AI), coding, and mathematics is crucial. "The principal goal is to inspire their interest in careers related to these fields," he explained. As students engage with the material, they begin to envision their own futures in these vital sectors.
The Vision for Tomorrow
"The future lies in AI and robotics," Calderon stated, illustrating the growing importance of these fields. His vision is clear: to guide students toward career paths that will shape the technologies of tomorrow. "This is the direction we want our students going," he affirmed, emphasizing the transformative potential of this educational initiative.
From Novice to Innovator
One participant, Sean Pierre from Pompano Beach, entered the academy with no prior coding experience or exposure to robotics. However, he quickly adapted to the challenges, stating, "Our team is doing pretty good. We’re still fine-tuning our coding to get the right speed and turns for our robot."
Exciting Hands-On Challenges
On June 17, the excitement reached a new high as students raced robot dogs programmed through coding and artificial intelligence. This practical exercise not only tested their coding skills but also added an element of competition that fostered teamwork and creativity.
A Growing Participation Among Girls
This year’s cohort includes 26 students, with seven of them being girls—a significant increase from last year’s participation. This shift marks progress in encouraging female students to step into the often male-dominated fields of science and technology.
Empowering Young Women in STEM
Farahnaz Golroo, assistant professor of AI and data science at B-CU, notes the remarkable growth in confidence among the female participants. "I can see how great they are doing, and they’re very motivated to learn more," she remarked. Golroo believes that programs like this one play a crucial role in encouraging young women to pursue careers in STEM.
Looking to the Future
The potential impact of the Summer Robotics Academy extends beyond just the current session. Golroo is hopeful for the future, stating, "If we can extend this program for five years, we can truly motivate and encourage more students." Her vision highlights a long-term commitment to nurturing talent in the field of robotics and AI.
The Importance of Mentorship
In addition to hands-on training, the academy incorporates mentorship from faculty and industry professionals. This connection helps students gain insights into real-world applications of their skills and understand the pathways available to achieve their career aspirations.
Cultivating Critical Thinking Skills
The curriculum is designed to stimulate critical thinking and enhance problem-solving abilities. As students confront technical challenges, they learn to analyze and troubleshoot, skills that are invaluable in any STEM career.
Building a Community of Innovators
The collaborative environment of the Summer Robotics Academy fosters a community of young innovators. Students share ideas, troubleshoot issues together, and celebrate each other’s successes, creating a supportive atmosphere where everyone is encouraged to explore their talents.
Engaging with Technology
As technology continues to advance rapidly, initiatives like this have never been more critical. The Summer Robotics Academy equips students with the tools and knowledge to thrive in a digital world, ensuring they remain competitive and informed about emerging technologies.
Strengthening STEM Pathways
The academy serves as a gateway to various STEM pathways, opening doors to careers in engineering, data science, computer science, and more. With a dedicated focus on minority representation, it aims to break down barriers and create more diverse opportunities in the workforce.
Making STEM Accessible
By prioritizing accessibility and inclusivity, the program challenges the status quo and expands the horizons for countless students. It sparks an interest in STEM fields that may not have been previously considered by participants, fostering a love for technology and innovation.
Trajectories of Success
As the academy progresses, it is clear that the skills and experiences gained here could dictate future career trajectories for many participants. The blend of theoretical knowledge and practical application not only enhances their resumes but also equips them with the confidence needed to excel.
Conclusion: An Investment in the Future
The Summer Robotics Academy at Bethune-Cookman University exemplifies a proactive approach to education in the digital age. Through hands-on training, mentorship, and an emphasis on diversity, this program is not just shaping individual futures—it’s laying the groundwork for an innovative and inclusive STEM community. By nurturing the talents of today’s youth, B-CU is investing in a more technologically advanced and diverse tomorrow, one robot at a time.
