Designed a barrier-free, ergonomic 3D model and validated its structural integrity and safety via SolidWorks simulation.

Developed a functional web platform featuring a staff dashboard and child interface using HTML/CSS/JS, FastAPI, and SQLite.

Successfully tested and calibrated the smart system's sensors (BH1750, MQ-135, GY-21) and actuators (scent diffuser, speakers).

Maintained prototype development costs under the €100 budget constraint while adhering to sustainable, ethical, and clinical hygiene guidelines.

Material Constraints: The current physical prototype is a scaled-down mock-up made of PVC tubes and paper, rather than the intended final premium materials like aluminum, brass, and antimicrobial textiles.

Hardware-Software Gap: The end-to-end communication between the web backend and the ESP32 hardware controllers is simulated and not yet fully integrated.

Full System Integration: Finalize the full integration between the FastAPI web application and the real hardware for real-time control of the sensory elements.

Full-Scale Construction: Construct a full-scale, medical-grade prototype using the finalized durable and eco-efficient materials.

Infrastructure & Clinical Trials: Upgrade the software infrastructure by migrating to a more scalable database like PostgreSQL, and conduct clinical pilot programs to gather empirical feedback from patients.