(Hybrid) Software Engineer – Real Time Systems

GTD; Barcelona; Presencial; EUR 40.000 - 60.000; Jornada completa

Descripción de la vacante

A leading technology firm in Barcelona is seeking a Software Engineer to work on the ITER project, focusing on the development of complex diagnostic systems. Candidates should have strong C++ skills and experience in system design. Join a dynamic team dedicated to making fusion energy a reality.

Formación

• Experience in software development, specifically in C++.
• Knowledge in system architecture and design.
• Familiarity with real-time applications and frameworks.

Responsabilidades

• Develop diagnostic I&C systems for ITER plant.
• Automate documentation processes using model-driven development.
• Participate in system design and requirements collection.

Conocimientos

C++

System design

UML

Real-time framework

Descripción del empleo

Overview

The role

GTD Science, Infrastructures, and Robotics (GTD SI&R) specializes in delivering high-reliability software solutions, robotics control systems, custom electronics, and edge computing. With its exceptional expertise in system and software engineering, GTD SI&R provides the most reliable control, supervision, analysis, and decision-support systems for real-time, large-scale, and critical applications. Our solutions—ranging from control systems to bespoke electronics and embedded systems—are integrated into key international "Big Science" projects such as ITER and CERN, as well as leading Green Power Generation companies.

Learn more about us :

Join Us in Making Fusion Energy a Reality!

We are looking for a Software Engineer to participate in Fusion / Scientific Applications projects. You will join a dynamic team, working on the ITER project, a cutting-edge nuclear fusion research facility.

Responsibilities

Position activities :

• The successful candidate will work in a dynamic and multidisciplinary team on the development of challenging and complex ITER diagnostic plant systems, such as :
• VAWS, monitoring of surface temperatures of the plasma-facing components using visible and infrared imaging;
• CXRS, detailed measurements of plasma ion temperature, rotation and impurity content;
• Bolometers, measuring total radiated power from the plasma
• Design, develop, and implement diagnostic I&C systems for ITER plant.
• Automate processes for generating technical documentation using model-driven development with UML / Enterprise Architect.
• Participate in the system design, which includes the definition of system architecture, collection of requirements, system specifications and validation procedures.
• Develop software modules in C++.
• Support the integration and validation of firmware for bespoke hardware using real-time framework (MARTe2).