IoT Environment Monitoring System for Pfizer
For my senior capstone, I am working on a multidisciplinary team to create an IoT environment monitoring system for our client’s (Pfizer Pre-Clinical Supply Chain R&D team) warehouses and drug storage/transportation facilities. I am the Product Manager for the team and I also contribute as an Electrical Engineer.
Project Description
Pfizer's patient-first philosophy drives their mission of delivering quality, reliable, life-changing medicines. Our team of engineers works remotely to develop a wireless ecosystem of devices and interfaces to enhance robustness of Pfizer’s Pre-Clinical Supply Chain’s environmental conditions monitoring system.
Product Manager
I work as a liaison between the Olin faculty advisors, the Engineering team at Olin and the client/project sponsors at Pfizer. Some of my responsibilities are:
Identifying immediate and upcoming user needs and working with the engineering team to develop a product plan to address them.
Tracking and reviewing the product roadmap using Scrum tools.
Writing detailed product specifications and managing project documentation.
Leading collaboration among Firmware, Hardware, Sensor and WebApp subsystems.
Electrical Engineer
My responsibilities as an Electrical Engineer include:
Defining and designing system architecture to create an automated environment monitoring system that provides real-time updates on drug conditions.
Designing, developing and documenting the hardware platform, performing schematic capture and 4-layer PCB layout using KiCAD.
Curating Bill of Materials and facilitating PCB manufacturing and assembly.