Project: Apartment PK

Apartment PK

Date 2024-08-08 00:00:00
Location Birmingham, United Kingdom
Category Interior

Sophisticated Modern Apartment Design

This project exemplifies TuglaCAD’s ability to merge modern sophistication with functionality, creating a cohesive and inviting living space. Each design element reflects attention to detail, clean lines, and a harmonious blend of materials, textures, and lighting.

Design Highlights:

  1. Living Area:

    • The living area features a comfortable, oversized sectional sofa framed by textured panelling and curated abstract artwork. The neutral tones of the furniture complement the soft textures, creating a relaxing yet stylish atmosphere.
    • A sleek black marble coffee table with bronze detailing serves as a centrepiece, adding a touch of luxury to the room.
    • Decorative lighting, including futuristic circular pendant lights, enhances the space’s warmth and visual interest.
  2. TV Unit and Room Divider:

    • The TV unit is thoughtfully designed with a white marble backdrop and sleek cabinetry, blending aesthetics with functionality.
    • A modern room divider subtly separates the living and dining areas, enhancing the layout’s openness while maintaining spatial definition.
  3. Dining Area:

    • The dining area features a custom-designed table with high-backed, dark wood chairs, creating a bold contrast against the neutral backdrop.
    • Decorative pendant lights above the dining table bring focus to the space, offering both functionality and elegance.
  4. Lighting:

    • Dynamic and layered lighting solutions, including soft ambient lighting and modern pendants, add depth and character. This carefully curated lighting scheme highlights the textures and materials, creating a balance between aesthetics and practicality.

Buildpack Development

For this project, a detailed buildpack was developed to ensure smooth project execution. It included:

  • Precise floor plans and elevations.
  • Material and furniture specifications.
  • 3D renderings and light-mix simulations for optimal design previews.