This paper reflects on a series of engineering events and competitions organized over six months at our university, aligned with the CDIO (Conceive, Design, Implement, Operate) approach. These activities aimed to engage students in engineering challenges that bridge theoretical knowledge with practical application. The events included workshops and design competitions, fostering problem-solving, teamwork, and critical thinking while igniting student interest in engineering. Innovative methods were employed to attract students, ensuring the activities were engaging and relevant. The events guided participants through all CDIO stages, creating a dynamic learning environment. Students were encouraged to take ownership of their projects, gaining exposure to real-world engineering applications. To evaluate the effectiveness of these initiatives, a participant survey was conducted. Feedback was collected on engagement levels, skill development, and the impact of the CDIO framework on their understanding of engineering principles. The survey revealed that students found the events highly engaging and beneficial. The hands-on approach and focus on real-world problems provided deeper insights into engineering concepts compared to traditional classroom learning. Collaborative elements fostered teamwork and communication, essential for engineering success. Participants noted that the CDIO framework helped them develop a structured approach to problem-solving, valuable in both academic and practical settings. The findings underscore the potential of the CDIO framework to enhance engineering education by offering comprehensive, hands-on experiences. These activities resonate with students' interests and career aspirations, improving learning outcomes and fostering a stronger connection to the engineering profession. The success of these events demonstrates the value of the CDIO approach in creating meaningful, engaging, and effective engineering education experiences, paving the way for future initiatives that align with student needs and industry demands.
