This MIDI controller project focused on the physical details that shape a musician’s first impression: control spacing, key interaction, enclosure rigidity, cable management, and desk presence. The design process developed a clear control hierarchy and a compact housing that feels appropriate for professional music hardware. Mechanical CAD was used to coordinate the enclosure, controls, internal electronics, and assembly features, while product visualization helped assess proportions and communicate the finished direction. The result is a studio-oriented controller concept built around tactile access, clean organization, and a production-aware enclosure.
Key Features:
Design and engineering. The industrial design established a low-profile, purposeful aesthetic with a control layout driven by actual playing workflows. Mechanically, the key/pad assemblies were engineered for consistent actuation force and travel, with the top plate ribbed against flex so aggressive playing doesn’t bottom out the chassis. The enclosure integrates PCB mounting, connector alignment (USB/MIDI), and internal cable routing, closing with hidden fasteners for a clean exterior.
CMF and DFM. Finish and texture selections give a premium matte feel that resists fingerprints; all plastic parts carry proper draft, uniform walls, and simple tool actions to keep production economical at indie-hardware volumes.
Result. A production-ready electronics product design that plays as good as it looks.
Building audio gear or consumer electronics? I design enclosures and mechanisms that survive real users. [Let’s build it.]