C++ / Python Software Developer
Pubblicato il 04-10-2026 - Re:Lab in Napoli
RE:LAB is a design and innovation company specialized in shaping the interaction between people and complex technologies.
Since 2004, we have been working on products and systems used daily across the automotive, industrial, and consumer sectors. Our goal is to make advanced technology understandable, safe, and natural to use.
We don’t just design interfaces. We design experiences that bring together design, engineering, human factors, and artificial intelligence. Our multidisciplinary team tackles real-world challenges in highly complex contexts, where quality and reliability are essential.
We partner with global companies when user experience is not a detail, but a critical factor for a product’s success - when adoption, safety, and user trust truly make the difference.
At RE:LAB, we believe technology should feel human. This belief guides the way we work, the design decisions we make, and the relationships we build every day.
Designing human experiences for complex technologies.
Posizione:
To strengthen our Software Engineering activities,
we are looking for a C++ / Python Software Developer to contribute to the development of software solutions for complex and technology-driven systems.
The selected candidate will work on the design, development, integration, and evolution of software components and applications, using C++ and Python across different engineering projects.
We are looking for someone with solid programming fundamentals, a strong problem-solving attitude, and the curiosity to work across different technologies and application domains.
Main Activities
- Design, develop, and maintain software applications and components using C++ and Python.
- Implement new functionalities and contribute to the evolution of existing software solutions.
- Support software integration, testing, debugging, and validation activities.
- Develop tools and scripts supporting engineering and development workflows.
- Analyze technical problems and identify effective