1. ARCHITECTURAL DESIGNING

• • Concept Design:
  1. Initial Planning: We develop the initial concept based on client requirements, site conditions, and project objectives.
  2. Sketches and Renderings: Create preliminary sketches and 3D renderings to visualize the design.
  • Schematic Design:
  1. Floor Plans: Our experts design detailed floor plans showing room layouts, dimensions, and spatial relationships.
  2. Elevations: We develop building elevations to illustrate the exterior appearance from different viewpoints.
  3. Sections: Create cross-sectional drawings to show the internal structure and materials.
  • Design Development:
  1. Detailed Drawings: Refine designs with detailed drawings including materials, finishes, and structural elements.
  2. Modelling: Use Building Information Modelling (BIM) to create a comprehensive digital model of the building.
  • 3D Designing:
  1. Conceptual Visualization: Create 3D models to visualize architectural concepts, including building exteriors, interiors, and landscapes.
  2. Renderings: Produce high-quality renderings of the 3D models to showcase materials, lighting, and finishes.
  3. Virtual Reality (VR): Develop VR experiences to provide immersive walkthroughs of the design for clients and stakeholders.
     
     
  • 3D Modelling:
    
    1. Building Models: Develop detailed 3D models of buildings including structural elements, facades, and landscaping.
    2. Interior Layouts: Model interior spaces to show furniture placement, finishes, and spatial relationships.
    3. Site Analysis: Model the surrounding site to analyse how the building interacts with its environment.
    • Construction Documents:
    1. Technical Specifications: We prepare detailed specifications for materials, finishes, and construction methods.
    2. Working Drawings: Produce final construction drawings that include floor plans, elevations, sections, and details necessary for building.

2. ELECTRICAL DESIGNING

• 1. • • Concept Design:
       1. Preliminary Layout: We develop preliminary electrical layouts, including lighting, power distribution, and outlet placements.
       2. Load Calculation: Perform load calculations to determine the power requirements for the building.
       • Schematic Design:
       1. Circuit Diagrams: Our experts create electrical circuit diagrams to show the flow of electricity through the system.
       2. Lighting Plans: We design lighting plans to optimize illumination and energy efficiency.
       • Design Development:
       1. Detailed Schematics: We develop detailed electrical schematics including panel schedules, wiring diagrams, and equipment specifications.
       2. Control Systems: Design control systems for lighting, HVAC, and other building systems.
       • 3D Designing:
       1. Electrical Layouts: Create 3D models of electrical systems including wiring, panels, and lighting.
       2. Equipment Placement: Visualize the placement of electrical equipment and components within the building.
       3. Integration with Architectural Models: Integrate electrical designs with architectural 3D models to ensure proper coordination and spatial planning.
       • 3D Modelling:
       1. Circuit Models: Develop 3D models of electrical circuits and distribution systems to visualize connectivity and components.
       2. Lighting Design: Model lighting systems in 3D to analyse illumination levels and placement.
       3. Control Systems: Create 3D models of control systems and their interfaces.
       • Construction Documents:
       1. Wiring Diagrams: We prepare detailed wiring diagrams showing the connections between electrical components.
       2. Specifications: Develop technical specifications for electrical equipment and materials.

3. MECHANICAL DESIGNING:

• • • • Concept Design
      1. Preliminary Layout: We develop preliminary layouts for HVAC systems, plumbing, and other mechanical systems.
      2. Load Calculation: Perform load calculations for heating, cooling, and ventilation needs.
      • Schematic Design:
      1. HVAC Plans: Our experts design HVAC plans including ductwork, air handling units, and ventilation systems.
      2. Plumbing Diagrams: We create plumbing diagrams showing piping layouts, fixtures, and connections.
      • Design Development:
      1. Detailed Mechanical Plans: Our team develop detailed plans and diagrams for mechanical systems, including HVAC, plumbing, and fire protection.
      2. Equipment Specifications: Specify mechanical equipment, including boilers, chillers, and pumps.
      • 3D Designing:
      1. HVAC Systems: Create 3D models of HVAC systems including ductwork, air handling units, and ventilation components.
      2. Plumbing Systems: Develop 3D models of plumbing systems showing pipes, fixtures, and connections.
      3. Mechanical Equipment: Model mechanical equipment such as boilers, chillers, and pumps.
      • 3D Modelling:
      1. System Layouts: Design 3D layouts of mechanical systems to visualize installation and integration within the building.
      2. Component Placement: Model the placement of mechanical components to optimize space and functionality.
      3. Clash Detection: Use 3D modelling for clash detection to identify and resolve conflicts between mechanical systems and other building elements.
      • Construction Documents:
      1. Detailed Drawings: We prepare construction drawings with detailed mechanical layouts, system schematics, and specifications.
      2. Technical Specifications: Provide technical specifications for mechanical systems and components.

4. DRAWINGS AND DIAGRAMS:

• Architectural Diagrams:

1. Floor Plans: Create detailed floor plans showing spatial arrangements and dimensions.
2. Elevations and Sections: Develop elevation and section diagrams to depict building facades and internal structures.

1. 3D Floor Plans: Create 3D floor plans that provide a clear view of spatial organization and design features.
2. Sectional Views: Develop 3D sectional views to show internal structures and materials.
3. Elevation Diagrams: Produce 3D elevation diagrams to illustrate building facades and exterior details.

• Electrical Diagrams:

1. Single-Line Diagrams: Illustrate electrical distribution and connections in a simplified format.
2. Control Schematics: Show the control systems for lighting, HVAC, and other electrical systems.

1. 3D Wiring Diagrams: Develop 3D diagrams to show the layout and routing of electrical wiring.
2. Panel Schedules: Create 3D representations of electrical panels and their configurations.
3. Control Schematics: Produce 3D diagrams of control systems for easy understanding and implementation.

• Mechanical Diagrams:

1. HVAC Diagrams: Display HVAC system layouts, including ductwork, air handlers, and diffusers.
2. Plumbing Diagrams: Show plumbing systems including pipe layouts, fixtures, and connections.

1. 3D HVAC Diagrams: Develop 3D diagrams of HVAC systems to show duct routes and equipment placement.
2. Plumbing Diagrams: Create 3D diagrams of plumbing systems to visualize pipe routing and fixture locations.
3. Mechanical Schematics: Produce 3D schematics of mechanical systems to aid in installation and maintenance.

• Integration Diagrams:

1. System Integration Diagrams: Our team develop diagrams that show how different systems (electrical, mechanical, and architectural) integrate and interact within the building.
2. Building Information Modelling (BIM):

1. Integrated Models: Utilize BIM to integrate architectural, electrical, and mechanical 3D designs into a unified model.
2. Collaboration: Facilitate collaboration between different design disciplines to ensure that all systems are coordinated and clash-free.
3. Visualization: Use BIM models for comprehensive visualization and analysis of the entire building system.

1. Clash Detection:

1. Interdisciplinary Coordination: Perform clash detection across architectural, electrical, and mechanical systems to identify and resolve conflicts before construction.
2. Conflict Resolution: Modify designs to address conflicts and optimize system integration.

5. Final Documentation: Prepare and deliver comprehensive documentation, including design drawings, specifications, and operation manuals.