Qualifications
* engineering fundamentals:strong theoretical and practical knowledge in mechanical engineering, materials science, physics, and mathematics.
* additive manufacturing expertise:in-depth understanding of various 3d printing processes (e.g., fdm, sla, sls, dmls) and their application in an industrial setting.
* software proficiency:advanced skills in cad (computer-aided design), cae (computer-aided engineering), simulation, and digital manufacturing software (preferred use in autocad/autodesk fusion/solidworks).
* material science:knowledge of material properties, selection, and characterization for additive manufacturing, particularly relevant to automotive and manufacturing requirements.
* automotive systems:familiarity with vehicle architecture, components, and the automotive development lifecycle.
* business & costs: understanding of business principles, financial implications of engineering decisions, and cost analysis methodologies related to manufacturing processes and materials.
* problem-solving:exceptional ability to identify, analyze, and resolve complex technical challenges with innovative and data-driven solutions.
* communication & collaboration:excellent verbal and written communication skills, with the ability to effectively collaborate within multidisciplinary teams and articulate complex technical concepts.
* continuous learning:a proactive mindset for lifelong learning and adapting to the rapid evolution of technology and industry trends.
* innovation & creativity:a passion for exploring new ideas and pushing the boundaries of what's possible with additive manufacturing.
* performance benchmarking: establish key performance indicators (kpis) and conduct quantitative and qualitative benchmarking studies to compare the company's performance against top-tier competitors and industry standards.
* attention to detail & quality:meticulous approach to work, ensuring precision and adherence to the highest quality standards inherent in the automotive industry.
* adaptability:ability to thrive in a fast-paced, dynamic, and globally connected work environment.
responsibilities
* design, develop, and optimize additive manufacturing processes for various materials, including plastics, metals, and composites, ensuring their suitability for automotive applications.
* apply design for additive manufacturing (dfam) principles to create innovative and optimized component designs, focusing on weight reduction, part consolidation, and enhanced performance.
* lead rapid prototyping efforts, from concept to testing, to accelerate product development cycles and validate designs efficiently.
* develop and implement bespoke tooling, jigs, and fixtures using additive manufacturing to streamline production and assembly processes.
* conduct rigorous quality control, process improvement, and troubleshooting to ensure manufactured parts meet stringent automotive quality standards.
* collaborate cross-functionally with design, production, and supply chain teams to integrate additive manufacturing solutions seamlessly into vehicle development and manufacturing.
* awareness of the latest advancements in additive manufacturing technologies, materials, and software, applying new knowledge to drive continuous innovation.
#j-18808-ljbffr