Pavel Mirosnicenco
Co-founder
pavel.mirosnicenco@parilabs.orgAdvanced electrical engineering consultancy
Parilabs helps companies design, prototype and bring to market reliable electronic products. We combine hands-on hardware and embedded expertise with modern software to take ideas from the bench to production.
Parilabs is an engineering consultancy founded by engineers who have shipped safety-critical medical devices, industrial control systems, hydrogen energy rigs and connected IoT products.
Our philosophy: build it, measure it, prove it. We prototype early, test rigorously and design with manufacturing and compliance in mind from day one — so the product that works on the bench is the product that passes certification and scales into production.
Co-founder
pavel.mirosnicenco@parilabs.orgCo-founder
arshia.keshvariasl@parilabs.orgFounding Account Executive
ben.adegoke@parilabs.orgSystem architecture, component selection, mechanical integration and control cabinets for laboratory, industrial and field deployments.
Schematic capture and PCB design for mixed-signal, power, sensing and RF circuits — from single boards to modular product families.
Embedded firmware in C/C++ and MicroPython, communication protocols (CAN, LoRaWAN, MQTT, LTE), test automation and web dashboards.
Rapid, functional prototypes and test rigs that let you validate ideas, demo to investors and de-risk development early.
Taking products through verification & validation, certification support, production transfer and long-term sustaining engineering.
Companies our team has consulted for or built products with:
Selected projects
Full-lifecycle engineering of safety-critical multi-parameter monitors and monitor/defibrillators used in clinical, pre-hospital, military and airborne environments — from R&D and prototyping through V&V, certification and sustaining.
Autonomous water and atmospheric sensing hardware with a real-time cloud platform, monitoring CO₂, water quality, nitrates, phosphates and heavy metals to support low-emission maritime ports.
Electronics and embedded systems for modular solid-state hydrogen storage and an AI-optimised hydrogen heating/cooling solution for smart gas networks — government-funded programmes.
Intelligent electrical control cabinet integrating multiple ECUs, OTA firmware updates, remote control and real-time diagnostics via a SaaS dashboard.
Modular sensing boards for pressure, temperature, flow, strain and gas, plus a compact high-precision rig with 24-bit load-cell sensing for hydrogen reactor experiments.
A family of analog, digital and combo I/O modules with automation frameworks for ESP32, STM32, Arduino and Raspberry Pi — for commercial and DIY automation.
Wireless gateway linking distributed sensor nodes to cloud and edge platforms over LoRaWAN, Iridium satellite and LTE/MQTT, with on-device processing and secure data handling.
ESP32-based mains devices with relay switching, current/voltage sensing and energy-metering ICs for real-time monitoring, remote control and improved electrical safety.
Testing, diagnostics and V&V of an industrial joystick controller for mechanical manipulators, built on a PIC microcontroller with fault-tolerant CAN bus communication.
Electromechanical test platform characterising force–displacement of contact pins, with stepper-driven actuation and custom software for repeatable, automated testing.
Client product for an investor pitch: a Wi-Fi connected PCB lamp that shows the real-time moon phase, controllable from a mobile or web app.
Low-cost closed-loop system that aligns the phase of two asynchronous signals while preserving their original frequency — designed for low-frequency biological signals.
Tell us about your project and we'll get back to you within one business day.