Jeremiah
Woldabezgi
Engineer & Inventor | Hardware, Software, and 3D Mechanical Design
Engineer & Inventor | Hardware, Software, and 3D Mechanical Design
Engineer & Inventor | Hardware, Software, and 3D Mechanical Design
Engineer & Inventor | Hardware, Software, and 3D Mechanical Design
I develop custom hardware, embedded systems, and software—including mobile and web applications, Custom PCB Design, IoT & Automation Systems, and more.
I provide end-to-end solutions from concept to creation —for Startups, REsearch Labs, and Enterprise Organizations.
Examples of my Past Clients In Nashville include:
VUMC Bionformatics Research Lab
Optomar Technologies
Radical Shoots & CC Gardens
Developed a smart greenhouse system using 3D-printed components and battery-operated wireless IoT sensors. It optimizes crop yield with real-time monitoring, automated controls, and scalable design.
Developed a smart greenhouse system using 3D-printed components and battery-operated wireless IoT sensors. It optimizes crop yield with real-time monitoring, automated controls, and scalable design.
A portable, non-invasive device measuring SpO2 and CO2 levels with photospectrometry. Compact, 3D-printed, and wireless, it provides real-time, accurate health monitoring in various medical settings.
A portable, non-invasive device measuring SpO2 and CO2 levels with photospectrometry. Compact, 3D-printed, and wireless, it provides real-time, accurate health monitoring in various medical settings.
A compact, battery-powered device for hospital O2 valves that measures flow rate through angle sensing, transmits data wirelessly via MQTT, and utilizes NFC for easy room assignment and tracking.
A compact, battery-powered device for hospital O2 valves that measures flow rate through angle sensing, transmits data wirelessly via MQTT, and utilizes NFC for easy room assignment and tracking.
A high-precision digital syringe for labs with smooth plunger motion, Arduino control, accurate fluid dispensing, aluminum frame, 3D-printed parts, and a high-torque stepper motor.
A high-precision digital syringe for labs with smooth plunger motion, Arduino control, accurate fluid dispensing, aluminum frame, 3D-printed parts, and a high-torque stepper motor.