Akademik Dersler - İçerik

TECHNOLOGICAL COMPETENCE
Students will integrate IoT sensor networks, VR/AR simulation platforms (Unity/Twinmotion), and parametric design tools (Grasshopper) into interior projects.
Students will develop spatial optimization strategies by analyzing user movement data, energy consumption patterns, and environmental sensor data.
Students will design and produce customized interior components using 3D printing, CNC cutting, or robotic fabrication methods.
STRATEGICAL DESIGN APPROACH
Students will devise technology-driven implementation plans for flexible spatial systems (kinetic walls, transformable furniture) that respond to evolving user needs.
Students will translate smart lighting, HVAC, and waste management systems compatible with LEED/BREEAM criteria into spatial strategies.
Students will design virtual extensions of physical spaces (e.g., NFT galleries) using metaverse and digital twin technologies.
CRITICAL ANALYSIS AND ETHICS
Students will debate social inequality, addiction, and environmental costs that digital technologies may create in interior spaces by 2050 using critical arguments.
Students will propose GDPR-compliant design protocols for the ethical use of personal data (facial recognition, motion tracking) collected in smart spaces.
Students will evaluate the impact of digitalization on interior space usage habits, social interaction, and psychological well-being from a social sciences perspective.