ABOUT NITRA

From individual parts
to a working product.

Nitra Solutions is an embedded engineering team based in Türkiye, working with international product teams across hardware, firmware and embedded Linux.

The thinking behind Nitra
Nitra Industrial HMI carrier board with its computing module and connectors
Industrial HMI · Electronics developed by Nitra

Hardware. Firmware.
Linux. Connected.

We approach these disciplines as connected parts of the same product. A board layout affects software. An interface decision shapes integration. A prototype brings those decisions into the real world.

Our work is about making those parts work together.

The thinking
behind Nitra.

Engineering decisions make more sense when you understand the system around them.

That perspective connects our work across industrial controls, automotive electronics and wearable devices. Each project has different constraints, but the questions remain practical:

  • What does the product need to do?
  • Where are the uncertainties?
  • How will we know the design works?

We bring that thinking from architecture and electronics design into firmware, Linux integration and prototype bring-up.

Two connected circuit boards inside the Nitra Golf Wearable prototype
From our work

Different parts.
One connected system.

The Golf Wearable prototype brings connected electronics into a wearable sensing platform.

Explore our work

Working directly
with the engineers.

You work directly with the people developing your system. Technical questions, trade-offs and findings stay close to the people who can act on them.

  1. Start with a clear scope.

    We work with you to define requirements, responsibilities and deliverables. Existing designs, dependencies and open questions help establish where the work should begin.

  2. Keep decisions connected.

    We consider hardware and software together, reviewing how choices affect interfaces, implementation and integration. The scope may cover a specific engineering task or several connected stages of development.

  3. Review real progress.

    Design reviews, prototypes and test findings make progress tangible. They help us explain what is working, what needs attention and what should happen next.

  4. Make the next stage easier.

    We carry the relevant design context, documentation and open issues into handover or the next agreed development phase.