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Lecture 27: Interior Design Technology: Experimental Finishes and Materials; Joinery
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Interior Design - Lecture 27: Interior Design Technology: Experimental Finishes and Materials; Joinery

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20 learners

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This course includes

  • 26 hours of video
  • Certificate of completion
  • Access on mobile and TV

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In this lecture, we explore the advancements in Interior Design Technology through experimental finishes, smart materials, and sustainable solutions. Smart materials like self-healing concrete, thermo-responsive fabrics, and shape-memory alloys enhance durability and adaptability, while biomimicry-inspired innovations, such as lotus-effect coatings and biodegradable plastics, promote eco-friendly design. Sustainable materials like reclaimed wood and recycled metals further reduce environmental impact without compromising quality. Additionally, we examine woodworking joinery, a fundamental technique ensuring durability and craftsmanship. Traditional methods such as dovetail joints for furniture, mortise and tenon for framing, finger joints for strength, and lap joints for simple connections remain essential in modern interior design. By integrating smart materials, biomimicry, and expert joinery, interior spaces continue to evolve with innovation and sustainability at their core.

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