MIPM MRI Equipment Carrier

This project explores the design of an equipment carrier for MRI-related medical environments. The concept was developed around the need to organize, integrate and access essential electronic and medical equipment in a clear, ergonomic and technically considered way.
The design had to respond to detailed functional, technical and hygiene-related requirements. These included the integration of electronic devices, structured cable routing, a fold-out hook system for cable organization, defined caster-height requirements for hospital safety considerations and the avoidance of hard-to-clean recesses to support practical cleaning in medical environments.
My work covered the complete development from CAD concept to physical prototype. I designed the equipment carrier in Fusion 360, planned the model construction and built the full-scale prototype independently — including component selection, rail integration, sanding, priming and painting of the base parts.

Context

Product design project for a medical technology context

My Role

CAD concept development, ergonomic product design and independent full-scale prototype construction

Responsibilities

Form development, equipment organization, electronic device integration, cable routing, fold-out cable hook system, structural layout, Fusion 360 modeling, component planning, hygiene-conscious detailing, surface finishing and 1:1 model building

Process

Requirement analysis, CAD modeling, cable and component organization, proportion testing, construction planning, physical model building, sanding, priming, painting and prototype evaluation

Outcome

Full-scale equipment carrier prototype for evaluating ergonomic access, spatial structure, electronic device placement, cable management, hygiene-conscious detailing and technical feasibility

Tools & Skills

Fusion 360, CAD modeling, product concept, ergonomic design, medical-use requirements, cable management, physical prototyping, model making, technical visualization