(Hybrid) FPGA Engineer

GTD is a high-tech company, committed to the design, integration, and operation of complex, mission-critical applications and systems throughout the world.

We perform turnkey projects, engineering services and product development for our customers, developing state-of-the-art systems in the Space, Aerospace, Energy, Scientific Facilities and Defense and Security sectors. With a end-to-end approach, we seamlessly navigate the entire service cycle, from meticulous validation and ongoing maintenance to effective obsolescence management.

Here you will find more information about GTD Group: https://vimeo.com/149636682

The role: 

GTD Science, Infrastructures, and Robotics (GTD SI&R) is the leading provider of high-quality, high-reliability software solutions, robotics’ control systems, custom electronics, and edge computing.

With its unique system and software engineering capabilities, GTD SI&R is the most reliable supplier of control, supervision, analysis, and decision support systems for real-time, large, and critical applications. The company's solutions (Control Systems, Bespoke Electronics, Embedded Systems, Control Centers) are integrated into the most significant "Big Science" international projects (including ITER and CERN) and into several of the largest Green Power Generation companies in the world.

Here you will find more information about us: https://vimeo.com/418046136

Position activities:

GTD Science, Infrastructures & Robotics is now looking for an FPGA Engineer to participate in Big-Science projects, such as ITER (International Thermonuclear Experimental Reactor).

You will join a dynamic team, who is responsible for the development of highly critical and real-time Control Systems in the context of scientific applications.

• Define the FPGA detailed specification.
• Define the FW architecture to run within the FPGA.
• Design your own IP cores.
• Perform coding rules conformance check (linting).
• Design the testbenches for the IP cores.
• Validate the IP cores by simulation & by hardware.
• Perform functional & code coverage.
• Perform synthesis, implementation and bitstream generation.
• Automate the previous processes through script languages.