Álvaro César Satué Crespo

Embedded Software Technical Leader for various aerospace mechatronic projects.

Key responsibilities:

- Analyzing customer requirements.

- Defining software requirements.

- Designing software architecture.

- Leading the Embedded Software Development team.

- Coordinating software tooling and procedures across multiple projects.

- Identifying risks, solving problems and preparing contingency plans.

- Ensuring compliance with aviation regulations: DO-178 (Safety), DO-326 (Security), and DO-330 (Software Tool Qualification) during audits.

Developer tasks include:

- Programming embedded systems in C for microcontrollers.

- Implementing communication protocols: CAN, RS422, A485, MIL-STD-1553, among others.

- Controlling power electronics.

- Optimizing schedulers and state machines.

- Performing automated software testing on target hardware (Unity).

- Conducting integration testing in the lab, in close collaboration with Mechanical and Hardware teams.

- Developing user interfaces and performing data analysis (Python).

- Defining and documenting Software Design Descriptions and Test Procedures.

As someone passionate about mechatronic systems, software, and control, being part of the Airtificial team is an incredible opportunity.

I'm grateful to have great colleagues and exciting projects that allow me to keep growing and contributing to "Made in Spain" avionic systems.

Trabajo como desarrollador software para sistemas embebidos en Between Technology para un importante cliente del sector aeroespacial.

Mis responsabilidades principales son:

- Definición de funcionalidades en base a requisitos

- Planificación de arquitectura SW

- Programación de sistemas embebidos en C/C++/VHDL

- Desarrollo de aplicaciones en microcontroladores y microprocesadores

- Desarrollo de protocolos de comunicaciones CAN, RS485, A429, Ethernet...

- Control de convertidores de potencia

- Desarrollo y realización de tests en laboratorio

Desarrollo SW entorno a las normativas aeroespaciales DO-178 (Safety) y DO-326 (Security).

As Electronic Engineer for Electric Mobility at EEVAM I am involved in the design, development and implementation of electronic systems, assuming functions of:

- Definition of hardware requirements from high level requirements.

- Programming of control units using MATLAB / Simulink.

- Programming power converters for functional and safety features.

- Managing the relationship with suppliers and customers.

- Design and execution of functional tests for the verification of different prototypes.

- Definition of software architecture and low level requirements according to high level requirements.

- Implementation of control algorithms.

- Design of electronic circuits according to established requirements.

And together with the rest of the Development Team, I collaborate in:

- Prototyping of the created designs.

- Integration of different electronic units and sensors.

At EEVAM we embrace the electrification with smart and connected solutions to enhance riding experience.