Tooling Design Engineer - Railway Sector

• Mechanical industrial engineer (Technician, Higher Technician, or Degree), with more than 3 years of experience in the design of welding, lifting, and various assembly tooling (preferably in the railway or aeronautical sector).
• Knowledge of tool and machine design, as well as their associated regulations.
• Accustomed to exchanging information with the different existing areas in the factory: planning, procurement, workshop, quality, etc.
• Ability for clear and concise writing of technical documents.
• Proficiency in NX, PLM, and CAD software.
• Fluent English, spoken and written (B2 level or similar).

• Knowledge of machine element calculations (shafts, axles, bearings, joining elements, supports, etc.).

At CT, we are the strategic partner in engineering and innovation for world-leading companies. With over 38 years of experience, we offer engineering services that cover the entire product lifecycle in key industries such as aerospace, defense, naval, automotive, rail transport, energy, renewable energy, and digitalization. Our team of over 2,000 engineers is committed to pushing the boundaries of technology, working in a collaborative, multicultural, and flexible environment. Together, we are building a more sustainable and innovative future, full of new opportunities.

What do we offer?

What makes CT special is not just what we do, but how we do it. We value passion for engineering, innovation, commitment, and excellence. We believe in the importance of keeping our promises, learning, growing together, and taking on new challenges. Joining CT means becoming part of a collaborative, dynamic, and inspiring environment where passion for engineering drives the future. To make this possible, we offer:

We are looking to hire a factory tooling design engineer (assembly and welding) to work in the railway sector. The main functions to be performed in this position will be:

• Design of new tools and modification of existing ones using the Siemens NX software program.
• Preparation of engineering requirement (ER) specifications using TeamCenter for the purchase of new machinery and tooling.
• Commissioning and validation of the designed tooling and assistance to the workshop.
• Development and modification of technical work instructions (ITFs) using TeamCenter.