AI Powered Multi-Option Design Workflow for Effective Projects

Multi-Option Design Generation via Maket

1. Project Initiation

1.1 Define Project Scope

Identify the architectural requirements, goals, and constraints of the project.

1.2 Stakeholder Engagement

Gather input from clients, architects, and other stakeholders to align expectations.

2. Data Collection

2.1 Site Analysis

Utilize drone imaging and GIS tools to assess the site conditions and context.

2.2 User Requirements Gathering

Conduct surveys and interviews to collect user preferences and functional requirements.

3. AI-Driven Design Generation

3.1 Tool Selection

Choose appropriate AI design tools such as:

• Maket: A platform that generates multiple design options based on input parameters.
• Spacemaker: An AI tool that optimizes site planning and design based on zoning and environmental factors.
• Archistar: A software that uses AI to generate compliant architectural designs.

3.2 Input Parameters Configuration

Define the design parameters, including area, height, style, and budget constraints.

3.3 Design Generation Process

Utilize AI algorithms to generate multiple design options based on the configured parameters.

3.3.1 Iterative Refinement

Review generated designs and refine inputs based on feedback and performance metrics.

3.4 Design Evaluation

Employ AI-driven analytics tools to assess design viability based on sustainability, cost, and user experience.

4. Stakeholder Review

4.1 Presentation of Options

Present the generated design options to stakeholders using visualization tools like Enscape or Lumion.

4.2 Feedback Collection

Gather feedback on design options through collaborative platforms such as Miro or Figma.

5. Final Design Selection

5.1 Decision-Making Process

Facilitate discussions to arrive at a consensus on the final design option.

5.2 Documentation and Approval

Document the selected design and obtain necessary approvals from stakeholders.

6. Implementation Planning

6.1 Project Timeline Development

Create a detailed project timeline outlining key milestones and deliverables.

6.2 Resource Allocation

Assign team members and resources based on the project requirements.

7. Project Execution

7.1 Construction Documentation

Utilize AI tools for generating construction documents and specifications.

7.2 Monitoring and Adjustments

Implement project management software to track progress and make necessary adjustments.

8. Post-Completion Review

8.1 Performance Analysis

Evaluate the completed project against initial goals and user satisfaction.

8.2 Lessons Learned

Document insights and areas for improvement for future projects.