ADRIAN RAMDHANY

Teach foundational programming concepts and software development to students using Scratch, MIT App Inventor, and Python. Facilitate interactive project-based learning sessions.

Developed and successfully launched a commercial AI-powered media processing application. Engineered the complete product lifecycle from AI model integration to deploying a scalable, user-facing web platform.

Architected a self-hosted IoT platform using WebSocket, MySQL, and JavaScript to replace third-party services like Blynk/Firebase, ensuring low-latency real-time data transmission in Local Area Network of Mechatronics Laboratory.

Leading a digital agency specializing in full-stack development, software, payment gateway and AI integration. Managing cross-functional project handovers, client negotiations, and technical roadmaps.

Engineered and deployed a digital ticketing system with real-time QR Code validation, handling high-volume transaction data. Acted as the core technical bridge, managing stage operations and seamless execution under strict deadlines.

Managed digital publication, design, and documentation for scholarship organization initiatives. Edited high-quality video and photographic content to enhance social media presence and organizational branding.

Selected for a prestigious national scholarship program emphasizing leadership development and soft skills. Awarded 1st Place in National Character Building.

Instructed comprehensive courses on Robotics Systems and IoT. Evaluated technical projects for adherence to hardware wiring guidelines and coding standards.

Served as the sound engineer and music director for the band FlowFist, managing live recording setups, BPM tracking, and audio mixing. Bridged technical audio engineering with creative musicality to produce high-quality studio tracks.

Developed an AI-driven stock market analysis tool to simplify predictive modeling for retail investors using Python and Machine Learning algorithms. Engineered robust data pipelines to clean historical datasets and conducted rigorous hyperparameter tuning to optimize model accuracy.

Selected for an intensive technical scholarship focused on Machine Learning, AI and Data Processing. Mentored by industry experts to bridge quantitative analysis with scalable software development principles.

Designed and deployed a smart electric fence and automated trap system to mitigate long-tailed macaque pest intrusions for the Ngudi Makmur farming group. Integrated microcontroller logic with high-voltage deterrents and safety monitoring systems to successfully increase agricultural productivity.

Developed control systems and sensor integration for underwater robotic platforms to navigate complex fluid environments. Engineered autonomous navigation logic for a Tourism Surface Vessel (ATSV), focusing on real-time obstacle avoidance and path planning.

Developed an IoT-based vibration detection system to identify destructive fish bombings, aiming to prevent marine ecosystem damage. Engineered underwater acoustic sensors and real-time data transmission architecture for rapid environmental monitoring.

Programmed autonomous navigation algorithms and logic for the Astrobee robot, effectively controlling its movement inside the International Space Station (ISS) simulation environment.

Grade: 3.80/4.00

Pursuing a Bachelor of Mechatronics Engineering Education with a GPA of 3.80/4.00, expected to graduate in 2026.