Magnus Lenter

Implemented sustainability decision criteria in Customer Support Engineering by applying LCA and related tools to generate environmental insights for strategic projects. Drove tool adoption, contributed to user-friendly assessment solutions for non-experts, and supported teams in meeting emerging environmental regulations. Delivered in-service structural repair solutions and EASA-certified documentation, supporting customers 24/7 in collaboration with engineering teams in the US and India.

Work Locations: Toulouse (France), Bordeaux (France). Provided production support on the A350 long-range assembly line, managing work orders, coordinating with supply chain teams, and troubleshooting production issues.

Created visual data mappings to uncover root causes of production deviations and supported capability building by providing composite repair training to local engineers.

Master Thesis Project in the field of Materials Science, Industrial Ecology and Economics. Title of thesis and research question: "Is the use of bio-based materials the route for cheaper and more sustainable carbon fibres?".

Master’s Thesis (Carbon Nexus, Australia): Assessed the environmental and economic performance of new bio-based carbon fibres using Life Cycle Assessment (LCA) and Life Cycle Costing (LCC). Degree Outline: Master’s degree featuring advanced coursework in Design Thinking, entrepreneurship, project management, business economics, data mining, and sustainability analysis, including Life Cycle Assessment (LCA). Grade: 17.1 / 20 (Very good)

Partnered with industry stakeholders to engineer a scalable resin infusion (RI) process enabling serial production of ultra-lightweight carbon-fibre skateboard decks. Degree Outline: Bachelor of Engineering Degree (B. Eng.): Production processes for metal and fibre reinforced composites, component design using CAD, static strength analysis, Finite Element Analysis (FEA), fatigue and damage tolerance, Quality Management and Project Management Basics.