Building Designing
This course will provide a comprehensive understanding of building design concepts, tools, and applications for beginners to advanced learners. Below is a modular outline for the program:
Learners
1000
Certifications
1000
Instructors
1
Courses published
10
"Innovative Training for a Smarter Tomorrow – At Home or In-Class"
– Vaibhav Mandilkar
Expert Software Trainer
Course Structure
Module 1: Introduction to Building Design
- Overview of Building Design
- Importance and role in construction.
- Types of buildings (residential, commercial, industrial).
- Basic Concepts
- Building components: foundations, walls, roofs, etc.
- Site analysis and selection.
- Design Principles
- Functionality, aesthetics, and sustainability.
Module 2: Architectural Drafting and Modeling
- 2D Drafting
- Introduction to AutoCAD: commands and tools.
- Creating floor plans, elevations, and sections.
- 3D Modeling
- Introduction to Revit and SketchUp.
- Creating a 3D building model from a 2D plan.
Module 3: Structural Design
- Introduction to Structural Systems
- Load types: dead, live, wind, and seismic.
- Basics of beams, columns, slabs, and trusses.
- Structural Analysis Software
- ETABS or STAAD.Pro for design and analysis.
- Designing for safety and stability.
Module 4: Building Services
- Electrical Systems
- Wiring layouts and load calculations.
- Plumbing and Drainage Systems
- Piping layouts, water supply, and waste management.
- HVAC Systems
- Basics of heating, ventilation, and air conditioning.
Module 5: Sustainable Design
- Green Building Practices
- Energy-efficient materials and techniques.
- Renewable Energy Integration
- Solar panels, rainwater harvesting.
- Environmental Impact Assessment
Module 6: Rendering and Visualization
- Introduction to Visualization Tools
- Lumion, Enscape, or Twinmotion for rendering.
- Creating Realistic Renders
- Lighting, textures, and camera settings.
- Walkthroughs and Presentations
Module 7: Building Regulations and Codes
- Understanding Local Building Codes
- Zoning laws, fire safety, and accessibility standards.
- Documentation and Permits
- Preparing necessary drawings and forms.
Module 8: Project Work
- Capstone Project
- Designing a building (residential or commercial).
- From conceptualization to detailed modeling and rendering.
- Team Collaboration
- Simulating real-world project scenarios using BIM tools like Revit and Navisworks.
After Course Completion
- Certifications: Accredited certification upon course completion.
- Lifetime Resources: Access to notes, video tutorials, and exclusive content on caddcoding.com.
- Placement Assistance: Guidance for interviews and job opportunities.
Most Job-Giving Tools for Building Design
AutoCAD Architecture
- Purpose: 2D drafting and basic 3D modeling.
- Applications: Floor plans, sections, and detailed architectural drawings.
- Why It’s in Demand: Widely used across architecture and engineering for precise documentation.
- Roles: Draftsman, CAD Technician, Junior Architect.
Revit Architecture
- Purpose: Building Information Modeling (BIM) for architectural and structural design.
- Applications: 3D building design, documentation, and collaboration.
- Why It’s in Demand: Central to BIM workflows, supporting detailed modeling and coordination.
- Roles: BIM Modeler, Architect, Structural Engineer.
Sketchup Pro
- Purpose: 3D conceptual modeling and design.
- Applications: Quick modeling, design visualization, and client presentations.
- Why It’s in Demand: User-friendly, fast, and integrates well with rendering tools.
- Roles: Interior Designer, Concept Designer.
3DS Max
- Purpose: Create detailed 3D objects, environments, and characters.
- Applications: Visualizing building exteriors and interiors.
- Why It’s in Demand: The software’s robust rendering capabilities (integrating engines like Arnold and V-Ray) make it a favorite for producing life-like visuals.
- Roles:Create 3D models and renders of architectural projects.
Revit Structure
- Purpose: Revit Structure is a BIM software for designing, modeling, analyzing, and documenting structural systems.
- Applications: Used for structural modeling (beams, columns, rebar), analysis integration, and automated documentation.
- Demand: Streamlines workflows, enhances coordination, and reduces errors, making it an industry standard in AEC.
- Roles: Essential for Structural Engineers, BIM Modelers, Detailers, and BIM Managers.
Revit Mep
- Purpose: Revit MEP is a BIM software used for designing and modeling mechanical, electrical, and plumbing systems in buildings.
- Applications: It enables HVAC design, electrical layouts, plumbing networks, and system analysis, ensuring efficient building services.
- Demand: Integrates with architectural and structural models, streamlining workflows and enhancing multidisciplinary collaboration.
- Roles: Essential for MEP Engineers, BIM Coordinators, HVAC Designers, and Plumbing Engineers.
Staad Pro.
- Purpose: Structural analysis and design of steel, concrete, and timber structures.
- Applications: Load analysis and compliance with design codes.
- Why It’s in Demand: Commonly used for detailed structural engineering projects.
- Roles: Structural Engineer, Construction Engineer.
Etabs
- Purpose: Structural analysis and design.
- Applications: High-rise buildings, seismic design, and load calculations.
- Why It’s in Demand: Provides detailed analysis for structural safety and efficiency.
- Roles: Structural Engineer, Civil Engineer.
Navisworks
- Purpose: BIM coordination and clash detection.
- Applications: Project reviews and resolving design conflicts.
- Why It’s in Demand: Ensures smooth collaboration in large-scale projects.
- Roles: BIM Coordinator, Project Manager.
MS Project
- Purpose: Microsoft Project is project management software used for planning, scheduling, and tracking projects.
- Applications: Helps in task management, resource allocation, cost estimation, and progress monitoring across industries.
- Demand: Simplifies project workflows, ensures timely delivery, and integrates well with other Microsoft tools.
- Roles: Widely used by Project Managers, Planners, and Construction Managers for efficient project execution.
Quantity Takeoff
- Purpose: Quantity Takeoff (QTO) software calculates and estimates material quantities from drawings and models.
- Applications: Used for cost estimation, material procurement, and creating detailed BOQs (Bill of Quantities).
- Demand: Enhances accuracy, reduces manual errors, and integrates with BIM tools for automated calculations.
- Roles: Essential for Quantity Surveyors, Estimators, and Cost Engineers in construction projects.
Lumion
- Purpose: Rendering and real-time visualization.
- Applications: Creating realistic images, videos, and virtual walkthroughs.
- Why It’s in Demand: Enhances project presentation quality for clients.
- Roles: Visualization Artist, Architectural Designer.
