AIRLANGGAPRADANA

Myntherke is an interactive educational video game designed to improve children's learning motivation and cognitive function.

MomSync is an integrated smartwatch-based maternal health system that provides pre-eclampsia prevention, medication recommendations, hospital recommendations, stunting education, and supports equitable access to healthcare services.

RABA is an interactive carpet that helps children with attention deficit and hyperactivity disorders to improve their sensory and language development.

Awarded the Silver Medal in the IT & Robotics Category at the World Invention Competition and Exhibition (WICE) 2026, held at SEGi University, Subang Jaya, Malaysia, organized by the Indonesian Young Scientist Association (IYSA).

About the Project: KINDO is an interactive digital screening platform designed for early detection of developmental delay risks in children aged 0–72 months, transforming the conventional paper-based Developmental Screening Questionnaire (KPSP) used in primary healthcare (Posyandu) into an automated, interactive, and interoperable system.

Key Highlights & Technical Achievements: • Architecture & Tech Stack: Built using Flutter (Cross-platform Mobile), Node.js/Express RESTful API with a rule-based developmental scoring engine, and PostgreSQL. • Clinical Validity: Achieved perfect inter-rater reliability against manual expert screening with Cohen’s Kappa coefficient (κ = 1.000). • Usability: Scored 90.31 on the System Usability Scale (SUS), categorized as Grade A+ ("Best Imaginable"). • Software Quality: Evaluated under ISO/IEC 25010:2023 standards with an overall quality score of 4.87/5.0 (97.4%).

Myntherke is an interactive educational video game designed to improve children's learning motivation and cognitive function.

Awarded the Bronze Medal in the Technology Category at the International Science and Invention Fair (ISIF) 2026 (Offline Competition), held in Depok, Indonesia, co-organized by the Indonesian Young Scientist Association (IYSA) and the Faculty of Mathematics and Natural Sciences, Universitas Indonesia (FMIPA UI).

About the Project: MOVEWALL-AI is an artificial intelligence-driven, markerless interactive exergaming system designed to transform repetitive shoulder musculoskeletal rehabilitation into engaging, clinically guided therapeutic exercises.

Key Technical Highlights: • Markerless Motion Tracking: Captures upper-limb body movements using a standard RGB camera without requiring uncomfortable wearable motion sensors. • Biomechanical Analysis & AI Adaptation: Real-time estimation of shoulder Range of Motion (ROM) in flexion and abduction angles, movement speed, and trajectory accuracy with dynamic difficulty adjustments. • Interactive Wall-Projected Gameplay: Implements gamified functional missions (e.g., Apple Archery) tailored to individual patient capabilities and physiotherapist safety limits. • System Metrics: 45 ms real-time processing latency, 91.6/100 System Usability Scale (SUS) score, and projected session adherence of up to 94.2%.

Awarded the Bronze Award in the Technology & Digital Innovation category at SPARK 2026 (International Student Poster and Article Research Competition). The presented research is titled "KASMARA: An Interactive Sensory-Motor Smart Carpet Designed to Improve Cognitive Performance in Children with ADHD". This multidisciplinary project focuses on developing an interactive smart carpet integrating sensory-motor mechanisms, hardware-software platforms, and cognitive stimulation to foster inclusive educational therapy for children with special needs.

Selected to join Google's global community of student leaders who are passionate about technology and innovation. As a GSA, I will represent Google Indonesia on campus and lead various tech-related initiatives.