Advanced Materials Engineer, Global Materials Science
Amazon
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Job summary
Amazon's Global Sustainable Packaging (GSP) organization seeks an Advanced Packaging Materials Engineer based in the EU to bridge EU and NA materials science teams. You will lead lab R&D for paper‑based packaging, partner with EU supplier bases, and co‑develop materials with automation hardware teams for seamless conversion.
You will evaluate materials properties, establish specifications, and drive harmonization of global packaging standards while accounting for regulatory and regional supply
Qualifications
- Experience leading interdisciplinary product design from concept to production.
- Strong background in materials selection, testing and scaling to manufacturing.
- Bachelor's degree in materials science/engineering or related discipline.
Responsibilities
- Lead lab R&D of paper‑based packaging materials for manual and automated packaging.
- Design experiments to optimize formulations and processing parameters.
- Develop next‑gen materials solutions focused on EU supplier capabilities and regional availability.
- Coordinate EU-NA materials alignment and harmonization of specifications.
- Collaborate with EU automation hardware teams to ensure material compatibility with equipment.
- Perform materials characterization and establish specifications for packaging performance.
Skills
Education
Tools
Job description
Description
Join Amazon's Global Sustainable Packaging (GSP) organization as we pioneer the future of sustainable e-commerce packaging. As an Advanced Packaging Materials Engineer based in the EU, you'll serve as the critical link between our European and North American materials science operations—driving paper-based materials development tailored to the EU supplier base while harmonizing global materials strategies across regions. Embedded alongside our automation hardware development teams, you'll ensure that packaging materials and automation systems are co-developed for seamless integration.
This is a hands‑on, technically broad role spanning pulp and paper manufacturing, packaging converting operations, paper‑based materials for manual and automatic packaging, and packaging automation equipment. You'll conduct laboratory research, characterize materials properties, establish specifications, and work directly with EU‑based suppliers to bring novel materials from concept to production—while serving as the conduit to align materials globally, simplify where possible, and solve for region‑specific requirements driven by regulation, material supply availability, and operational differences.
Lead laboratory research and development of paper‑based packaging materials for manual and automatic packaging, with deep understanding of pulp and paper manufacturing processes and converting operations.
Design and execute experiments to optimize material formulations and processing parameters, applying the materials science triangle framework (processing-structure-properties) across the full range of paper‑based packaging materials and converting processes.
Develop next‑generation materials solutions that unlock step‑change improvements in performance, cost, sustainability, and automation compatibility—with specific focus on EU supplier capabilities and regional material availability.
Advance materials innovations from concept, pilot, and deployment phases, ensuring solutions are compatible with EU packaging automation hardware and converting equipment.
Evaluate and develop paper‑based material systems that meet the unique performance demands of automated packaging lines, considering substrate interactions, machine speed requirements, and environmental conditions.
Serve as the primary conduit between EU and NA materials science teams, driving global alignment on materials specifications while identifying opportunities to harmonize and simplify across regions.
Develop and maintain a comprehensive understanding of the EU supplier base—including paper mills, converters, and coating suppliers—and how it differs from the North American supply landscape.
Identify region‑specific materials requirements dictated by EU regulations (e.g., REACH, EU Packaging and Packaging Waste Regulation, CEFLEX), regional material supply constraints, and operational differences in EU fulfillment networks.
Balance global standardization with regional customization—driving simplification where materials can be harmonized and developing tailored solutions where regional requirements demand differentiation.
Build and maintain a materials roadmap for EU that aligns with global GSP strategy and EU automation hardware development timelines.
Work closely with EU‑based automation hardware development teams to ensure paper‑based packaging materials are co‑developed with automation equipment, optimizing for machine runnability, reliability, and throughput.
Provide materials expertise during automation system design, commissioning, and optimization—translating materials properties into actionable equipment parameters.
Develop deep understanding of packaging converting equipment (folders, gluers, sealers, labelers) and how paper‑based materials properties influence machine performance at production speeds.
Support troubleshooting of materials‑related automation failures, conducting root cause analysis that spans materials properties, converting conditions, and equipment settings.
Perform and direct lab engineers to conduct comprehensive materials characterization of physical, structural, strength, resistance, surface, optical, barrier, and recyclability properties while utilizing standards and non‑standard methodologies.
Establish correlations between fundamental materials properties and operational performance in fulfillment environments, with emphasis on how EU‑specific substrates and converting conditions affect outcomes.
Design and execute test plans that validate materials performance against specifications and requirements for both manual and automated packaging operations.
Analyze test data using statistical methods to drive data‑driven materials selection decisions across the EU supplier base.
Define materials specifications based on critical performance thresholds required for packaging to protect products and survive the fulfillment network, accounting for EU‑specific substrate variability and supplier capabilities.
Translate operational requirements and automation equipment constraints into measurable materials properties and acceptable ranges.
Develop quality control protocols and testing methodologies to ensure EU supplier compliance with specifications, accounting for differences in regional testing standards.
Drive specification harmonization between NA and EU where feasible, clearly documenting where and why regional deviations are necessary.
- Work directly with EU‑based paper mills, converters, and other suppliers to develop and scale new paper‑based packaging materials.
Conduct technical evaluations of EU supplier capabilities, pulp and paper manufacturing processes, converting operations, and quality control systems.
Guide suppliers on process optimization—from pulp preparation and paper machine settings through converting and finishing operations—to achieve target material properties and consistency.
Build strong technical relationships across the EU supplier base to enable rapid development cycles and ensure supply resilience.
Collaborate with Packaging Design and automation hardware teams on materials‑design‑equipment integration, ensuring all three dimensions are optimized together.
Partner with EU and Global Procurement (GPO) on strategic sourcing, supplier selection, and commercial negotiations within the EU supply base.
Support sustainability initiatives including carbon footprint modeling, recyclability assessment, and compliance with EU‑specific sustainability regulations and reporting requirements (REACH, EU PPWR, CEFLEX).
Provide technical expertise to program managers, product teams, and deployment teams across both EU and NA organizations.
Communicate complex materials science and manufacturing concepts clearly to technical and non‑technical audiences across multiple geographies and cultures.
Author technical reports, test protocols, specifications documents, and research summaries that serve both EU and global audiences.
Document experimental procedures, results, and learnings to build institutional knowledge, with particular emphasis on EU‑NA materials differences and lessons learned.
Present findings at design reviews, technical workshops, and leadership reviews across regions.
Contribute to intellectual property generation through public disclosures and patent applications.
Mentor junior engineers and technicians on materials science principles, pulp and paper manufacturing fundamentals, converting operations, and testing methodologies.
You're bridging continents and disciplines, ensuring Amazon's paper‑based packaging materials work seamlessly from lab bench to automated packaging line.
Your morning starts with a technical review alongside the EU automation hardware team, discussing runnability data from a new paper substrate on their latest packaging machine prototype. The converting parameters need adjustment, your deep knowledge of fiber orientation, surface chemistry, and machine dynamics helps the team identify the right combination of material properties and equipment settings for optimal performance.
By midday, you're on a call with a European paper mill, discussing modifications to their pulp furnish and machine settings to improve tensile energy absorption, a critical property for automated forming operations. You're also comparing their capabilities against what your NA colleagues are achieving with North American suppliers, identifying where specifications can be unified.
Your afternoon shifts to lab work, where you are directing a lab engineer to characterize a new paper‑based material system for high‑speed automated packaging on recycled substrates and a global alignment session with your NA counterparts. You're presenting a proposal to harmonize material specifications across regions, having identified that three separate specs can be consolidated into one without compromising performance in either geography.
Where regulatory or supply differences demand regional solutions, you've clearly documented the rationale and developed parallel qualification paths.
This role sits at the intersection of materials science, manufacturing processes, automation engineering, and global supply chain strategy. Your holistic understanding of how pulp becomes paper, how paper becomes packaging, and how packaging runs through automated systems makes you uniquely positioned to solve problems that span traditional disciplinary boundaries, all while keeping EU and NA aligned on a simplified, high‑performing materials portfolio.
The Global Materials Science (GMS) organization is Amazon's Center of Excellence for packaging materials development and supply chain transformation. Our team represents a fundamental shift in how Amazon approaches packaging innovation—moving from supplier-dependent solutions to owning the invention, development, and optimization of materials that power our fulfillment network.
We build deep expertise in packaging materials through rigorous research and testing, develop innovative packaging solutions that unlock automation potential and sustainability improvements, and establish robust supply chains that deliver superior solutions at lower cost.
To be the global leader in e‑commerce packaging materials science and innovation, enabling the best customer packaging experience at the lowest cost to serve.
We're not just specifying materials—we're fundamentally understanding them through the materials science triangle framework (processing, structure, properties). Our integrated capabilities span from molecular‑level materials characterization, to full packaging system testing, to automation compatibility testing. This end‑to‑end ownership enables us to innovate faster, unlock step‑change improvements impossible for suppliers alone, and maintain freedom to operate across multiple supply chains.
We're driving Amazon's transition from plastic to paper packaging, developing breakthrough materials and establishing supply chains that reduce costs while advancing our 2040 net‑zero commitment. Our work directly influences automation success, customer experience, and sustainability metrics.
We operate with high technical rigor while moving at startup speed. We embrace calculated risk‑taking in R&D, fail fast, and iterate based on data. We believe in radical collaboration—our success requires seamless partnership across engineering, procurement, operations, and sustainability teams. We're building something that's never been done before in e‑commerce, and we're looking for engineers who thrive in ambiguity, think globally while executing locally, and are energized by complex, high‑impact challenges.
We bring together materials scientists, chemists, engineers, and program managers who are passionate about solving hard problems. We partner with world‑class academic institutions, leading materials suppliers, and internal Amazon teams to push the boundaries of what's possible in packaging materials. Our EU presence ensures we're co‑located with automation development and deeply embedded in the European supplier ecosystem
Experience working with interdisciplinary teams to execute product design from concept to production
Experience with the project management of technical projects
Experience in developing functional specifications, design verification plans and functional test procedures
Experience with materials selection, testing, and scaling to manufacturing
Bachelor's degree in materials science engineering, chemistry, chemical engineering, mechanical engineering, pulp/paper engineering or a related technical discipline
Master's degree or higher in materials science engineering, chemistry, chemical engineering, mechanical engineering, pulp/paper engineering or a related technical discipline
Engineering experience in pulp, paper, packaging or related field
Experience in characterization of physical, structural, strength, resistance, surface, optical, barrier, and recyclability properties with standard (ASTM, TAPPI, ISO, EN, ISTA, CEPI) and non‑standard methodologies
Laboratory management experience
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