Training

Role

Curriculum architecture, Flutter application training, and ML classification integration for a mobile-first technical boot camp.

Action

Designed a boot camp that combines Flutter UI engineering, responsive state-driven screens, dataset preparation, TensorFlow Lite model wiring, and real-time classification flows inside a deployable learner project.

Result

Enabled trainees to build a production-style mobile prototype that connects polished Flutter interfaces to live ML inference, giving them both engineering workflow discipline and applied AI implementation exposure.

Role

Led an intensive August 2022 training-of-trainers track for teachers, focusing on digital security awareness, school-safe response habits, and workshop facilitation skills for student and community settings.

Action

Simplified complex digital security terms, built educator-friendly delivery flows, and guided participants through a graduation requirement centered on presenting a practical workshop project that tested methodology, clarity, and delivery readiness.

Result

Equipped teachers with the confidence and structure to protect school environments, support students more safely, and replicate digital security knowledge through community-facing workshops backed by formal evaluation and certification.

Role

Delivered an interactive youth-focused digital security camp centered on safe internet use, privacy awareness, and practical habits for navigating online spaces with confidence.

Action

Used workshop-style guidance and relatable cybersecurity examples to explain secure browsing, privacy preservation, and the warning signs of social engineering and cyber-extortion targeting younger audiences.

Result

Strengthened digital safety awareness among youth participants and translated cybersecurity concepts into practical prevention habits they can apply in everyday online behavior.

Role

Led an advanced technical workshop for Digital Marketing students focused on protecting social media platforms and understanding real attack paths used in social engineering campaigns.

Action

Presented live demonstrations of phishing attacks and email spoofing, including a controlled simulation of sending an email from the professor's address to expose how impersonation can exploit trust in academic and professional settings.

Result

Connected cybersecurity theory to live technical demonstrations, helping students grasp how platform abuse, phishing, and spoofed communication can directly affect digital marketing operations and brand trust.