Materials and Process Engineer (m/f/x)

Grob Aircraft is a leading manufacturer of advanced training and special mission aircraft, building high-performance composite aircraft for over 55 years. As part of Helsing , we combine proven aviation expertise with cutting-edge AI technology and are jointly developing the CA-1 Europa, one of Europe's most innovative defense programs. Join our Engineering team and take ownership of the materials and manufacturing processes behind our high-performance composite aircraft. You will qualify materials, develop and validate our wet layup and bonding processes, and safeguard quality from material selection through certification to production. Key Responsibilities Selection, qualification and release of materials (CFRP/GFRP, adhesives, core materials, metals) for aerospace applications Development, optimization and validation of manufacturing processes with a focus on wet layup, bonding and surface treatment Creation and maintenance of material and process specifications and work instructions Handling of material and process deviations including root cause analysis and corrective actions Support of part and process qualification within type certification (EASA Part 21) Coordination and evaluation of destructive and non-destructive testing (NDT) Close cooperation with Design, Production, Quality Assurance and Procurement Qualifications University degree in materials, aerospace, mechanical or process engineering or a comparable field, or technical training with relevant experience Sound knowledge of composite materials and their manufacturing processes Experience in aviation or a regulated industry (AS9100, EASA Part 21) is a plus Structured, analytical and quality-driven way of working Good command of German and English What We Offer Exciting work on innovative aircraft programs in an international environment Opportunity to fly with our G115 aircraft EGYM Wellpass membership 40-hour week, 30 days of holiday and company pension scheme Flexible working hours and attractive compensation Flat hierarchies and short decision-making paths Modern working environment at our Tussenhausen-Mattsies site