Frontend Developer
Automotive & Mobility Software Developer
Turning ideas into impactful digital experiences
Designing with purpose, building with passion
Projects β’ Studying β’ Skills β’ Language
| AiKU (Capstone Project) | Voice-based Bus Information System for the Visually Impaired | Class Registration System |
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Android Leader & Developer Β· UI/UX Design Support A scheduling app with real-time GPS tracking and mini-gameβbased lateness prevention. 
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Software Developer Real-time bus license plate recognition and audio alerts, enabling independent use by visually impaired riders. 
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Software Developer Java-based course registration program, improved over three iterations based on client feedback. 
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| π Ver.1 β’ π Ver.2 | π Repo | π Repo |
| CAD Project | Debri (Released on Google Play Store) | QuizRush |
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Used AutoCAD, SketchUp, Revit and NX to design from 2D drawings to 3D building models
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Frontend Leader App for programming learners, offering schedule, lecture info, and curriculum resources.
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Android Leader & UX/UI Designer A socket-driven speed-quiz game enabling many users to play simultaneously without perceptible delay.
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| π Repo | π Launching Page β’ π Repo | π Repo |
| Harry Potter and the Quick Keyboard Quest | Portfolio | AL-Bucks |
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Project Manager & Software Developer A Harry Potterβthemed 7-stage typing game with progressively harder levels and strategic item usage. 
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Web Developer Personal portfolio website showcasing projects and skillswith clean design and bilingual documentation. 
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Team Leader & Android Developer & UX/UI Designer App for automated wage calculation with tax, auto check-in/out, and work history proof.
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| π Repo | π Repo | π Repo |
Built a personal knowledge base by writing study notes in Markdown and hosting them with GitHub Pages, enabling version control and accessible online documentation
| Introduction to Mobility | Industrial Robots Programming | AWS-SAA-C03 |
Provides an overview of autonomous vehicle engineering practices through hands-on projects with real datasets and an open-source simulator. Includes guest lectures from industry experts (e.g., Ford, GM) and introduces terminology, design considerations, and smart mobility infrastructure.
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Covers basic robotic theory (kinematics, links, joints, coordinate systems, and vision). Students learn to program and maintain FANUC robots, set up vision systems, recover from errors, and follow safety standards. Labs use FANUC industrial and collaborative robots, with simulation through Visual Components and ROBOGUIDE.
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Learning AWS cloud fundamentals and core services.
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| π Notion | π Notion | π Repo |
