## PROJECT BRIEF — MODULAR 3D-PRINTED DESK SYSTEM (610 mm) ### Project overview I am designing a **single, cohesive 610 mm–long desk piece** composed of **three PLA-printed modules** that visually read as **one intentional product**, not three independent boxes placed side by side. The object should feel architectural and deliberate, with a strong sense of rhythm, proportion, and negative space. Even when partially empty, the piece should still look composed and visually satisfying. The design draws inspiration from: * A layered, stepped desk organizer (PDF reference provided) * The real, mixed-use nature of my desk, as seen in the reference photo (books, tech, consoles, display objects) This is not a minimal slab nor a cluttered grid. It should feel like a sculptural organizer that organizes through form. --- ### Design goals * Clear hierarchy of heights and depths (no flat skyline) * Intentional use of negative space and open voids * Visual flow from left to right * Balanced composition that still reads well when approximately 50% full * A product-like, refined appearance rather than a DIY or generic organizer --- ### Module roles (conceptual guidance) The system consists of three modules, each with a dominant role: **Module 1 — Storage / Tech Anchor** * Visually grounds the system * Supports heavier or denser items * More solid mass, fewer openings **Module 2 — Display / Personality** * Most expressive module * Custom nooks, varied depths, and open shelves * Designed around display objects and small devices * Strong emphasis on negative space **Module 3 — Organization / Order** * Upright storage for books, notebooks, or stationery * Calmer, more structured geometry * Acts as the visual endpoint of the system Exact layouts are flexible. Thoughtful reinterpretation is encouraged. --- ### Manufacturing constraints * Designed for FDM 3D printing in PLA * Optimized for Bambu Lab A1 build volume * Each module printed separately * Minimal or zero supports preferred * Clean print orientation for visible faces * Appropriate wall thickness and internal reinforcement --- ### Assembly and integration The three modules must: * Align cleanly when placed side by side * Use hidden alignment features (rails, tongues, magnets, or underside fasteners) * Avoid visible screws or hardware on front and side faces * Visually merge into a single object using subtle seams or shadow gaps --- ### Finish and surface treatment The finish is not fixed. Acceptable options include: * Matte or satin surfaces * Subtle printed textures that reduce fingerprints The finish should enhance the stepped geometry and maintain a refined appearance. --- ### Deliverables 1. Print-ready STL or 3MF files * One file per module * Designed to assemble into a total length of 610 mm 2. Assembly guidance * Simple notes, diagrams, or screenshots explaining alignment and assembly 3. Visual confirmation * Renders, shaded CAD views, or screenshots * Must clearly demonstrate height variation, depth stepping, and negative space --- ### Optional enhancements Creative proposals are welcome for: * Hidden cable pass-throughs * Integrated phone stands or trays * Concealed magnets or modular add-on potential * Future expansion considerations --- ### Final note This project is about turning everyday desk clutter into a cohesive, sculptural system. I am looking for design thinking focused on form, proportion, and function, not just basic CAD execution. ---