Mechanical Engineer

Required Skills & Experience
• Bachelor's degree in mechanical engineering required; advanced degree preferred. \n\t• EIT Engineer In Training \n\t• Professional Engineer (PE) license strongly preferred.\n• 5+ years of experience in facilities mechanical engineering, MEP consulting, or contracting. Background in semiconductor, advanced manufacturing, or high-tech environments is a plus.\n\t• Mission Critical\n• Proven ability to manage complex mechanical projects and contribute to global engineering programs, balancing technical depth with program execution.\n• Familiarity with sustainability frameworks (LEED, WELL, ISO 50001) and energy-efficient technologies; knowledge of international codes and standards.\n• Proficiency with AutoCAD, Microsoft Office Suite; \nexperience with Revit or 3D modeling and CMMS platforms is an advantage.

Job Description

General Roles and Responsibilities \n• Global Program Leadership: Develop, maintain and improve global mechanical standards, reliability programs, and energy-efficiency initiatives across ADI’s facilities portfolio.\n• System Ownership: Serve as the subject matter expert for HVAC and process systems (CDA, vacuum, exhaust, process gases, abatement). Ensure systems are designed, operated, and maintained for safety, reliability, and efficiency\n• Resilience & Reliability: Design and evaluate critical infrastructure with a focus on uptime, redundancy, and operational continuity.\n• Maintenance & CMMS Programs: Provide technical guidance on mechanical systems within ADI’s global CMMS platform; optimize preventive and predictive maintenance programs.\n• Project Execution: Lead or support mechanical scopes on construction and infrastructure projects of all sizes, from advanced cleanrooms and high-tech facilities to corporate offices.\n• Building Systems Design: Prepare and review mechanical design documents including basis of design (BOD), Owners Project Requirements (OPR), load calculations, system sizing, floor plans, PID’s, industrial ventilation calcs.\n• Cross-Discipline Coordination: Collaborate with architectural, structural, and electrical teams to ensure integrated, code-compliant building designs.\n• Continuous Improvement & Sustainability Initiatives: Drive system optimization to improve performance, reduce cost, and support ESG and Mission 2030 goals. Lead initiatives such as energy efficiency, heat recovery, electrification, and controls optimization.\n• Data & Standards Development: Contribute to enterprise engineering databases, condition scoring tools, and global operating procedures.\nIncident Response: Provide expert troubleshooting and root cause analysis of mechanical events; lead global knowledge sharing for corrective actions.