Senior Mechanical Engineer, HP Enterprise

• Bachelor’s degree in Mechanical Engineering or equivalent
• Approximately 5+ 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
• Additional Skills:
• Accountability, Accountability, Action Planning, Active Learning, Active Listening, Agile Methodology, Agile Scrum Development, Analytical Thinking, Bias, Coaching, Creativity, Critical Thinking, Cross-Functional Teamwork, Data Analysis Management, Data Collection Management (Inactive), Data Controls, Design, Design Thinking, Empathy, Follow-Through, Group Problem Solving, Growth Mindset, Intellectual Curiosity (Inactive), Long Term Planning, Managing Ambiguity {+ 5 more}

Desirable

• 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
• 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