Dhyana Engineering Solutions designs and delivers embedded systems, electronics, IoT solutions and custom hardware products, from first prototype to production, for manufacturers, institutions and industrial teams.
We work across embedded systems, electronics design, IoT and product engineering, and we build our own products alongside client work, so we stay close to the tools and platforms our clients rely on.
What working with an engineering-led team looks like in practice.
Every engagement is scoped and delivered by working engineers, not account managers.
From a first schematic to a manufacturable board and a working prototype in hand.
Our own 3D printing capability means design changes get tested in days, not weeks.
We run a free Raspberry Pi Foundation Code Club alongside our commercial work.
Eleven engineering disciplines, delivered as a single accountable team.
Microcontroller selection, board bring-up and real-time firmware for production hardware.
Learn moreMulti-layer layout and DFM review for reliable, manufacturable boards.
Learn moreSensor-to-cloud architecture, device firmware and platform integration.
Learn moreControl systems and sensor networks for manufacturing and process lines.
Learn moreIn-house 3D printing across PLA, PETG, ABS and TPU for fast iteration.
Learn moreCustom hardware kits, component sourcing and full lab equipping.
Learn moreSoftware and hardware products we build and maintain ourselves.
A ready-to-teach IoT innovation lab for institutions, live today at iotstudio.in.
Learn moreThe operating system for growing companies, attendance, projects, sales and finance in one workspace. 14-day free trial.
Learn moreOur e-commerce platform, part of the Dhyana ecosystem and currently in development. Request early access.
Learn moreForms, registrations and ID cards, free while in early access at formbase.dhyanalab.in.
Learn moreEngineering and product solutions shaped around each sector's real constraints.
A straightforward process from first conversation to delivery.
We scope the problem, constraints and success criteria together.
Architecture, schematics and firmware plans take shape.
Boards are built and 3D-printed enclosures tested in-house.
Validated hardware and firmware, handed over with documentation.
Tell us what you're building, and we'll tell you how we'd approach it.
Talk to an Engineer