Project Overview

Description

Our project is an infusion pump device that can be operated via electrical and mechanical means for pumping liquids and medicine. The feature to be operated by both mechanical and electrical methods enables users, regardless of their location and access to electricity, to have versatility while using this device. The device provides a range of flow rates, from around 25mL per hour to around 5600mL per hour, according to the user input – hence this is the perfect device for both medical and non-medical applications where exact control of the liquid flow rate is necessary.

Vision

We aim to create a device that provides not only infusion-related medical care, but also non-medical liquid pumping applications to users anywhere in the world.

Our Project Timeline

Our journey

2025
Week 11 – Final iteration & Integration of all components
Week 10 – Troubleshooting & further refining
Week 9 – Integration of DC motor & gear
Week 8 – Finalizing readings
Week 8 – Finalizing readings
Week 7 – Physical prototyping & Integrating 2 Arduinos
Week 6 – Improving flow rate accuracy & developing user interface
Week 4 & 5 – Basic circuitry & testing of flow rates
Week 3 – Research + Buying materials, Risk Assessment
Week 1 & 2 – Brainstorming Ideas
Week 1 & 2 – Brainstorming Ideas
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