LADDER AGILE WORKSTATION SYSTEM
Modern workplaces are constantly evolving. Teams collaborate, reconfigure, and adapt throughout the day, demanding furniture that is equally flexible.
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The Ladder system was conceived as a modular workspace solution capable of supporting changing work styles while maintaining visual simplicity and manufacturing efficiency
How might a single furniture system support multiple workplace configurations without increasing complexity?
Design Strategy
The design explores a modular framework where components can be assembled, expanded, or reconfigured depending on user requirements.
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By simplifying structural elements and minimizing material usage, the system balances flexibility with manufacturability
Design Principles
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Modularity
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Adaptability
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Lightweight Construction
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Manufacturing Efficiency
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Minimal Material Palette
Contribution
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Research
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Concept Development
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CAD Development
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Prototyping
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CMF Exploration
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Manufacturing Detailing
Reflection
This project strengthened my understanding of designing modular systems that balance user flexibility with manufacturing efficiency. It reinforced the importance of resolving complexity through a clear structural framework, allowing the product to adapt to different workplace scenarios without increasing production or assembly complexity