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--- start [2026/03/26 16:00] – [Project Brief] team6
+++ start [2026/03/30 09:35] (current) – [Project Brief] team6
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-====== Healing Spaces ======
+====== Healing Cocoon ======
 {{:logo_group_6.png?400| Logo Healing Spaces}}
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 ===== Project Brief =====
-The goal of the Healing Spaces is a self-contained immersive pod designed for hospitalized children to escape into a fully personal sensory world. By stepping inside the cocoon, children are surrounded by projected visuals, ambient sound, and therapeutic scents that create a safe, isolating them from the clinical environment and reducing stress, anxiety, and pain perception during their hospital stay.
+The goal of the Healing Coccon is a self-contained immersive pod designed for hospitalized children to escape into a fully personal sensory world. By stepping inside the cocoon, children are surrounded by projected visuals, ambient sound, and therapeutic scents that create a safe, isolating them from the clinical environment and reducing stress, anxiety, and pain perception during their hospital stay.
 The project requirements are:
   - Our project requirements:
-    * Therapeutic Design: Create an enclosed, calming sensory environment that emotionally disconnects the child from the hospital setting during use.
+    - Therapeutic Design: Create an enclosed, calming sensory environment that emotionally disconnects the child from the hospital setting during use.
-    * Smart Technology: Enable content personalization, drawing-to-projection features and caregiver app integration.
+    - Smart Technology: Enable content personalization, drawing-to-projection features and caregiver app integration.
-    * Modular & Scalable Design: Ensure the cocoon is easy to assemble, transport between rooms, and adaptable to different content and hospital needs.
+    - Modular & Scalable Design: Ensure the cocoon is easy to assemble, transport between rooms, and adaptable to different content and hospital needs.
-    * Energy Efficiency: Optimize power consumption for continuous hospital use.
+    - Energy Efficiency: Optimize power consumption for continuous hospital use.
-    * User Accessibility: Design the entry, interior space, and controls to accommodate children of all ages, sizes, and physical conditions, including those with limited mobility.
+    - User Accessibility: Design the entry, interior space, and controls to accommodate children of all ages, sizes, and physical conditions, including those with limited mobility.
-    * Health & Safety Compliance: Meet European regulations for medical-grade electrical equipment, enclosed-space ventilation, and infection control standards.
+    - Health & Safety Compliance: Meet European regulations for medical-grade electrical equipment, enclosed-space ventilation, and infection control standards.
-    * Durability & Hygiene: Ensure all interior and exterior surfaces withstand regular clinical disinfection without degradation.
+    - Durability & Hygiene: Ensure all interior and exterior surfaces withstand regular clinical disinfection without degradation.
-    * Business Feasibility: Consider cost-effective production, hospital procurement and storage constraints, and long-term operational viability.
+    - Business Feasibility: Consider cost-effective production, hospital procurement and storage constraints, and long-term operational viability.
   - Comply with the following EU Directives:
     - Electromagnetic Compatibility Directive ([[https://ec.europa.eu/growth/sectors/electrical-and-electronic-engineering-industries-eei/electromagnetic-compatibility-emc-directive_en|EMCD]]);
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       * linkedin
   * Anouc Daindu Goedhart
-      * username@mailserver
+      * 1252461@isep.ipp.pt
       * linkedin