I will build medical embedded system for imaging using raspberry pi jetson dicom
About this Gig
WELCOME TO MY GIG!
I help businesses, engineers, and innovators turn ideas into working medical technology by designing reliable medical PCB and embedded systems for imaging and AI-based applications. Whether you are building a prototype or improving an existing device, I will support you with a practical, real-world solution built for performance and reliability.
I work with Raspberry Pi, NVIDIA Jetson, and DICOM-based imaging workflows to develop smart healthcare systems.
What you will get:
- Custom medical PCB design
- Embedded systems development
- Raspberry Pi integration
- NVIDIA Jetson AI implementation
- Medical imaging system design
- DICOM workflow integration
- PACS system connectivity support
- Firmware development
- IoT medical device solutions
- Full project documentation
Why choose my service:
I don't just design circuits ,I build complete embedded solutions that solve real engineering problems. My focus is on accuracy, system reliability, and practical deployment in medical and AI environments. I understand how hardware and software work together in real devices, not just theory.
Send me a message before placing your order.
Other Electronics Engineering Services I Offer
FAQ
Do you provide both PCB design and firmware?
Yes, I deliver complete solutions including medical PCB design and embedded firmware development for full system functionality.
What do you need to start the project?
I need your project requirements, goals, and any reference ideas so I can design the best embedded solution for you.
Can you integrate DICOM and PACS systems?
Yes, I can implement DICOM workflows and connect systems with PACS for medical image storage and communication.
Do you work with Raspberry Pi and NVIDIA Jetson?
Yes, I use Raspberry Pi and NVIDIA Jetson for embedded AI processing, medical imaging, and smart device development.
Can you design a complete medical embedded system?
Yes, I can design full medical embedded systems including PCB design, firmware, and system integration for imaging and AI applications.

