Automation Engineer
Pubblicato il 02-10-2026 - Carl Zeiss in Roma
In the industrial sector, the Automation Engineer designs, tests, implements and operationally manages industrial automation systems with the aim of simplifying the production process, making it more efficient, as well as increasing company productivity, maintaining product quality and respecting internal protocols and regulations in force.He/She is the contact person for the engineering team for all issues/projects/activities connected with industrial automation, both for existing and future processes.He/She works closely with the production and maintenance teams for the production launch of new automated processes or for the improvement of existing processes.He/She also supports the manufacturing area in solving production problems where they arise or are connected to automation issues.He/She scouts suppliers, investigates new technologies in the field of industrial automation,
acting as a sponsor and spokesperson for ideas and suggestions for improvement.He/She collaborates with the manufacturing area to design medium and long-term plans for the progressive automation of the production chain.As part of a global role between Italy and China, he/she extends its accountability on the above issues to the Chinese plant.Within his/her area of expertise, the A.E.:• searches for and identifies new automation opportunities within the production process.• draws up technical specifications and project specifications for the new automation process.• follows the design of automated systems, new processes and automation equipment using external suppliers.• develops software and prototypes in the “concept proof” or “idea generation” phase.• develops projects through the creation of mathematical models, diagrams and technical drawings.• collaborating with suppliers, defines the architecture of the overall system (sensors, actuators, controllers, electrical/electronic interfaces) and designs the control logics: open loop control or feedback control.• creates mathematical models