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Reporting to the Head of the Mechanical Engineering team, the Mechanical Engineer III is a hands-on individual contributor responsible for the mechanical design and execution of rack-mounted networking products from concept through RTM. This role requires the ability to work independently on assigned projects while collaborating closely with cross-functional teams to deliver high-quality products on aggressive schedules.
Job Responsibility
Design and develop mechanical solutions for rack-mounted networking systems from concept through production
Evaluate and integrate new technologies in cooling, interconnects, and other relevant areas to support the development of future HPE networking products
Own the mechanical execution of assigned projects or subsystems, including design reviews, BOM creation, prototype validation, and ECO implementation
Drive project-level mechanical decisions within established system architecture, design guidelines, and best practices
Translate system requirements into detailed mechanical designs and unit-level specifications
Identify technical risks, technical interdependencies, and manufacturability concerns, and propose mitigation strategies
Collaborate closely with electrical, thermal, manufacturing, compliance, and supply-chain teams to resolve cross-functional technical issues
Leverage established Juniper legacy designs and HPE mechanical standards, adapting them as needed for new platforms
Requirements
Bachelor’s degree in Mechanical Engineering or equivalent
Approximately 8+ years of relevant experience in electro-mechanical product design
Proficiency with 3D CAD tools
SolidWorks preferred
Experience performing tolerance analysis
working knowledge of GD&T
Experience with sheet metal design and low- to mid-volume manufacturing processes
Familiarity with ECAD–MCAD collaboration workflows (IDF or equivalent)
Ability to manage multiple priorities and meet project schedules
Strong written and verbal communication skills
Nice to have
Master’s degree in Mechanical Engineering or equivalent
Working knowledge of EPDM or similar PDM systems
Exposure to FEA and basic structural analysis techniques
Understanding of thermal design, thermal profiling, and system-level cooling concepts
Familiarity with advanced cooling technologies, including liquid cooling
Knowledge of NEBS, EMI/EMC, safety, and other regulatory compliance requirements
Experience with networking, server, or storage platforms