Qt/QML HMI | Embedded Developer | STM32/i.MX/RPi

New Delhi, India

India

B.Tech (Bachelors of Technology)

New Delhi, India

India

B.Tech (Bachelors of Technology)

Software ApplicationsPrinted Circuit BoardTextilesControl SystemsLinuxEmbedded SystemsLinux On Embedded SystemsEnterprise Resource PlanningUser Interface DesignHealth Information ManagementQt Modeling Language (QML)Qt (Software)Raspberry Pi

Hi! I'm Amrit – an experienced Embedded UI and Application Developer specializing in Qt/QML HMI interfaces and cross-platform software for ARM-based systems like Raspberry Pi and i.MX.
Core Skills:

Qt/QML HMI development for industrial & embedded systems
Embedded Linux UI design (Raspberry Pi, i.MX, STM32, etc.)
Custom web & desktop applications (Linux, Windows)
ERP customization & integration

Project Highlights:

For a medical device startup, I developed a clean, user-friendly HMI interface and supported PCB integration. The product successfully launched, and I'm now engaged in their future product pipeline.
For a textile control systems manufacturer, I currently lead the development of Qt-based HMIs used in industrial environments.

I can help you build:

Responsive, high-performance Qt/QML interfaces
Lightweight embedded applications
Integrated ERP tools with custom web/desktop frontends

Let’s bring your embedded project to life — efficiently and professionally.

Experience

Professional experience0 - 5 years

Freelancer since2024

Languages

EnglishNative speaker

Project history

Developed a responsive Qt/QML HMI for a Raspberry Pi-based sedation device, showing real-time patient data and integrating seamlessly with the control system for clinical use.

Medixa Global

Pharmaceuticals & Medical Technology

< 10 team member

Developed a custom embedded control board, including schematic design and integration of key components
Implemented PWM signal generation for precise control of pressure valves
Interfaced with pressure sensors, including HUBA sensors and pressure switches, to monitor and regulate system behavior
Designed and developed a Qt/QML-based HMI for controlling and visualizing real-time system data
Created an intuitive and responsive UI layout, improving on the client's original concept and enhancing usability for medical professionals
Ensured seamless integration between UI, control logic, and hardware components
Optimized system performance for a Raspberry Pi (Embedded Linux) environment
Collaborated closely with the client to gather feedback and iterate on the user interface and system behavior
Conducted thorough testing of UI functionality and hardware responses under various operational conditions
Contributed to the successful launch of a life-critical medical device by delivering a stable, production-ready embedded application

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