Electronic Engineering Services

Electronic Design

We develop complete electronic solutions, supporting the project from the initial concept through to final implementation. We analyse functional, electrical and mechanical requirements to ensure a robust, efficient design aligned with technical standards and engineering best practices, enabling a smooth transition to prototyping, validation and production.

Our electronic design services include:

• Analogue and digital circuit design, optimising performance, power consumption and reliability for the application.
• PCB design and manufacturing, taking care of signal integrity, electromagnetic compatibility (EMC) and industrial manufacturing standards.
• Prototyping and functional validation. We build the prototype and run electrical and functional tests to verify correct operation before industrialisation.

Embedded Systems

We develop robust, efficient embedded systems, integrating hardware and software for industrial and commercial applications. We design firmware with real-time requirements, power consumption, reliability and maintainability in mind, ensuring stable operation even in demanding environments. We work with microcontroller-based architectures and real-time systems, ensuring proper task scheduling, resource management and communication between modules.

Our embedded systems services include:

• Microcontroller programming, selecting the most suitable architecture based on the project's performance, consumption and cost.
• C/C++ firmware development, following engineering best practices, version control and scalable code structures.
• Real-time operating systems (FreeRTOS), managing tasks, interrupts, queues and synchronisation for deterministic applications.
• Communication bus integration such as SPI, I²C, UART, CAN and RS-485, ensuring reliable communication between peripherals, sensors and external systems.
• Hardware–software integration, validating correct interaction between the electronic design and firmware through functional and communication testing.

Industrial Automation

We develop industrial automation solutions based on custom electronics for controlling and optimising machinery and industrial processes. We design systems tailored to the functional, electrical and operational requirements of each machine, offering a flexible, efficient alternative to off-the-shelf solutions.
Our solutions enable precise control, direct integration with the machine's hardware and greater customisation, while always maintaining reliability, safety and maintainability.

Our industrial automation services include:

• Industrial machinery control through custom electronics, adapting the control system to the process's real needs.
• Sensor and actuator integration, for signal acquisition and precise actuation of mechanical and electrical elements.
• Communication via industrial protocols such as Modbus or LoRaWAN, facilitating integration with external supervision or control systems.
• Optimisation of existing systems, improving performance, stability and efficiency through electronic redesign and control tuning.
• System monitoring and diagnostics, aimed at preventive maintenance and reducing downtime.

IoT & Telecommunications

We develop IoT solutions and telecommunications systems focused on connectivity, monitoring and remote management of devices and electronic systems. We design complete architectures spanning from field hardware to secure data transmission and integration with external platforms.
Our solutions turn equipment and machinery into connected systems, enabling real-time supervision, data analysis and decisions based on reliable information.

Our IoT and telecommunications services include:

• Custom IoT device design, integrating sensors, microcontrollers and communication modules.
• Wireless and wired communication, using technologies such as Wi-Fi, Ethernet, Bluetooth, LoRa/LoRaWAN and mobile networks.
• Implementation of communication protocols such as MQTT, HTTP/HTTPS and Modbus TCP, adapted to each application.
• Remote monitoring and data acquisition, with periodic or event-driven transmission.
• Communication security, applying encryption and authentication mechanisms.
• Integration with cloud platforms and third-party systems, for data visualisation, analysis and storage.

IoT Platforms

We develop software platforms focused on the visualisation, management and analysis of data coming from electronic systems, IoT devices and industrial machinery. We build robust, scalable solutions that turn raw data into information useful for decision-making.
Our platforms are designed to integrate naturally with the hardware and communication systems, offering a coherent, efficient experience at both a technical and user level.

Our software platform services include:

• Web application and dashboard development, for real-time monitoring and system control.
• Clear, functional interface design, geared towards technical and industrial environments.
• Backend and APIs, for managing devices, users and data.
• Data processing and storage, with a focus on reliability and scalability.
• Integration with IoT systems and cloud services, enabling remote access and platform interconnection.

3D Printing for electronic prototypes

We offer design and 3D printing services specifically geared towards developing electronic prototypes, allowing ideas to be brought to life quickly and solutions validated in real-world settings before industrialisation.
3D printing lets us create enclosures, mounts and functional parts tailored to each project, taking into account the electrical, mechanical and thermal needs of the electronic systems.

Typical applications of this service:

• Custom enclosure design for electronic boards and embedded systems.
• Mounts and fixtures for sensors, displays and electronic modules.
• Rapid prototyping, reducing time and cost during development phases.
• Mechanical and functional validation of the combined hardware-electronics assembly.
• Design iteration, making it easier to improve designs before moving to final manufacturing.

This service allows us to close the full development cycle: electronics, firmware and physical design, resulting in prototypes ready for testing, demonstrations or pre-series runs.