Client Briefing:
Meet with you to understand their vision, purpose, and specific requirements (e.g., storage needs, operational requirements, future expansion plans).

Goals & Objectives:
Clarify performance expectations, budget constraints, timeline, and any specific functionality or design elements the client desires.

Site Evaluation:
Assess the location for factors like topography, soil conditions, accessibility, environmental constraints, and local climate.

Regulatory Review:
Identify zoning restrictions, building codes, permits, and any other legal or regulatory requirements that might influence design choices.

Preliminary Feasibility Study:
Analyze whether the project can be delivered within budget, schedule, and technical parameters.

Risk Identification:
Consider potential challenges (e.g., structural limitations, supply chain concerns for materials) and discuss preliminary risk mitigation strategies.

Design Alternatives:
Develop several conceptual design options that address your operational needs while incorporating the appropriate structural system (e.g., steel framing) and cladding materials.

Preliminary Structural Analysis:
Conduct basic engineering assessments to determine the viability of each concept (load considerations, durability, and maintenance aspects).
Sustainability & Efficiency:
Consider energy efficiency, potential for future upgrades, and sustainable design practices as part of the conceptual framework.

Presentation of Concepts:
Share conceptual drawings, diagrams, and cost estimates with the client.

Discussion & Revision:
Solicit feedback, answer questions, and refine the designs based on client input. This iterative process helps ensure alignment between client expectations and engineering feasibility.

Conceptual Sign-off:
Once a conceptual design is agreed upon, secure preliminary client approval to proceed to more detailed design phases.

Project Scheduling & Milestones:
Develop a high-level project timeline that includes key milestones from detailed design through construction and commissioning.

Design Documentation:
We now draft detailed design documents, which include engineering calculations, detailed structural drawings, and specifications for materials (steel framing details, cladding profiles, etc.).

Coordination with Other Disciplines:
Engage with architects, MEP engineers, and other relevant stakeholders to ensure the design integrates smoothly with all aspects of the project.

Site Evaluation & Feasibility Studies:
Conduct surveys and geotechnical investigations, assess site conditions, and identify any potential regulatory or environmental issues.

Permitting & Regulatory Approvals:
Prepare and submit necessary documentation to obtain building permits and ensure compliance with local codes and standards.