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Location: Remote Timeline: Flexible/Non-urgent Project Overview: I am looking for a Biomedical Engineer or Industrial Designer with experience in Orthotics & Prosthetics (O&P) to design a custom Cervical-Thoracic Orthosis (CTO) for long-term use. The patient currently wears a rigid commercial brace (Optec CTO) to manage chronic spinal instability and pain. While functional, it is bulky, non-breathable, and aesthetically poor. My goal is to create a Design for Additive Manufacturing (DfAM) version that is: Anatomically Fitted: Based on 3D scans of my torso/neck. Breathable: Utilizing Voronoi patterns or lattice structures to reduce heat/sweat. Low Profile: More discreet than the current "scaffolding" style commercial braces. Modular: Printed in sectio...

I’m developing a compact medical-grade board that will sit at the heart of a new vital-signs monitor. The PCB must reliably acquire and process heart rate, blood pressure, and respiratory rate signals, then pass the data to a microcontroller for further analysis and display. Here’s what I need from you: • Complete schematic capture based on my sensor and MCU selections • Four-layer board layout optimized for low-noise biomedical signals (Altium or KiCad preferred) • Manufacture-ready Gerber files, pick-and-place data, and a clearly structured BOM with medical-grade component choices • Design reviews at schematic and pre-release layout stages so we can make sure the board meets IEC 60601-1/-2 spacing, leakage, and isolation requirements • Brief ...

I already have complete 3-D CAD files for a novel vaginal pessary and a full set of dimensional and tolerance drawings. What I still need is the bridge from screen to sterile tray: a small run of physical units that match those specs and are safe for first-in-human use. Material The design is intended for medical-grade silicone; I am open to fluorosilicone if it better meets our chemical-resistance requirements. You’ll need to confirm biocompatibility (ISO 10993) and document any additives or colorants you plan to use. Scope of work • Review my CAD and tolerance stack-ups, suggest any refinements that improve moldability without altering the clinical function. • Select or design an appropriate fabrication process (rapid-tool injection molding, LSR casting, or anothe...