My academic background spans from three years of pre-primary through primary, junior high, and senior high school, where I developed a strong foundation in analytical and problem-solving skills. I earned my Bachelor’s degree with a focus on core computing principles, laying the groundwork for my career in technology. Alongside my formal education, I obtained industry-relevant certifications to expand my technical proficiency. I am currently pursuing a Master’s degree in Computer Science and Engineering, specializing in advanced algorithms, software development, and systems architecture. This progression reflects a continuous commitment to technical excellence and innovation.
My professional journey has been defined by a strong commitment to continuous learning and upskilling through industry-recognized certifications. Since completing my undergraduate studies, I have actively pursued specialized training to deepen my knowledge and stay current in the fast-paced tech ecosystem. I have earned certifications including AWS Cloud Practitioner and AWS Knowledge: Cloud Essentials from Amazon Web Services, equipping me with a solid understanding of cloud infrastructure and service models. To further strengthen my front-end development skills, I completed the Responsive Web Design certification from freeCodeCamp and the Built Interactive JavaScript Website course from Codecademy. These certifications reflect my hands-on experience and readiness to contribute to cloud-based solutions and dynamic web applications with modern development practices.
Links to CertificationsAs a graduate of the University of Energy and Natural Resources, I hold a Bachelor of Science in Computer Engineering, with a strong foundation in embedded systems, IoT, and software development. My academic journey was marked by a hands-on approach to solving real-world problems through technology. As part of my final year, I undertook the Implementation of Firmware Over-The-Air (FOTA) on IoT Devices, a project focused on enabling remote firmware updates for edge devices—enhancing scalability, security, and maintenance efficiency in connected environments. I was also an active member of the Robotics Club, where I collaborated on projects that combined automation and intelligent control. My time at UENR equipped me with the technical depth and practical experience to drive innovation in embedded and connected systems.
After completing my primary education, I joined St. John's School, where I was a proud member of House 2 (White House). My time at St. John’s was not only marked by academic dedication but also by active involvement in extracurricular and leadership roles. I served as the Organizer of the Legion of Mary, where I helped coordinate faith-based activities and fostered a sense of community and discipline among peers. This role strengthened my organizational skills, teamwork, and leadership qualities. The rigorous academic environment at St. John’s, coupled with its strong values-based education, played a significant role in shaping my character and preparing me for higher academic and professional pursuits.
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