Mechanical Engineer

About This Role

• The Role and Impact As a Mechanical Design Engineer, you will design and develop mechanical devices, systems, equipment, and packaging that are practical, sustainable, and manufacturable.
• You will play a key role in creating mechanical and thermal solutions from concept through high-volume manufacturing, ensuring functionality, reliability, and safety.
• Your efforts will directly contribute to delivering innovative mechanical designs that support Intel's products and customer needs.
• Business Group You will be part of Intel Corporation, a global leader in creating world-changing technology that enables progress and innovation.
• This role is part of a global team, in various geos that work closely together.
• The team focuses on designing and developing advanced mechanical systems and components that support Intel's broader goals of delivering cutting-edge technology solutions to customers worldwide.
• Join a collaborative environment where your contributions drive impactful results and align with Intel's mission to shape the future of technology.
• Key Responsibilities - Design and develop mechanical devices, systems, and thermal solutions, integrating considerations for manufacturability, serviceability, and sustainability. - Lead the creation of system concepts, product specifications, feasibility studies, and test plans for new and existing mechanical designs. - Conduct functionality validation, reliability testing, and safety assessments for mechanical systems and components. - Develop customer guidance for the appropriate use of mechanical designs and resolve customer concerns effectively. - Perform structural and stress analysis and tolerance analysis for key mechanical components such as heat sinks, chassis structures, and thermal attachments. - Collaborate with suppliers to incorporate manufacturing feedback, resolve production issues, and oversee the procurement, acceptance, and deployment of designed systems. - Execute mechanical simulation engineering tasks, including finite-element modeling, materials characterization, and post-processing analysis for system reliability and performance. - Partner with cross-disciplinary teams, including thermal engineers, electromechanical engineers, and industrial designers, to optimize designs and meet performance objectives. - Conduct design reviews, prototype testing, and system acceptance tests while driving design improvements and resolving implementation challenges.