Low-Power Intracranial Pressure Monitoring System
This low‑power intracranial pressure monitoring platform was engineered for accurate, stable readings over extended use. We delivered custom schematic and PCB design, embedded firmware, and system‑level validation focused on signal integrity and reliability. The result supports continuous ICP tracking and clearer diagnostic insight for improved patient care.
What We Did
Designed low‑power electronics (schematic/PCB) and embedded firmware for stable, precise ICP sensing, with validation focused on accuracy and long‑term operation.
Impact
Enabled continuous intracranial pressure monitoring with dependable diagnostics and improved clinical decision support.
Approach & scope
- - Designed low‑power electronics (schematic/PCB) and embedded firmware for stable, precise ICP sensing, with validation focused on accuracy and long‑term operation
Outcomes
- - Enabled continuous intracranial pressure monitoring with dependable diagnostics and improved clinical decision support.
- - This low‑power intracranial pressure monitoring platform was engineered for accurate, stable readings over extended use
- - We delivered custom schematic and PCB design, embedded firmware, and system‑level validation focused on signal integrity and reliability
- - The result supports continuous ICP tracking and clearer diagnostic insight for improved patient care
Technology stack
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