Sr Release Manager, Design Engineering

Requirements

• understand and explain the complexity of data center designs including power distribution from utility to rack level, cooling system architectures, backup power systems, and building infrastructure
• identify technical dependencies and cross-discipline impacts when evaluating proposed design changes
• assess constructability, maintainability, and operational implications of design modifications
• conduct feasibility analyses and production readiness assessments for proposed design changes, evaluating technical risk, schedule impact, and cost implications
• coordinate technical reviews with principal engineers across mechanical, electrical, structural, civil, architectural, controls, plumbing, and fire protection disciplines
• develop and maintain implementation plans, tracking design change execution from approval through site deployment
• present design change recommendations and cost implications to senior leadership, clearly articulating technical complexity and business impact
• evaluate design improvements and innovations, assessing their applicability across the global portfolio
• partner with electrical engineers on power distribution design, generator sizing, ups configurations, switchgear specifications, and high-voltage systems
• collaborate with mechanical engineers on cooling system design, hvac configurations, piping layouts, and thermal management strategies
• engage with civil engineers on site grading, stormwater management, utility routing, and site infrastructure
• coordinate with architectural teams on building layouts, space planning, and building envelope design
• interface with controls engineers on building management systems, monitoring systems, and automation strategies
• collaborate with finance teams on cost validation, funding strategies, and budget tracking for design changes
• work with construction management and procurement teams to assess schedule impacts, supply chain constraints, and constructability

Additional Information

AWS Infrastructure Services owns the design, planning, delivery, and operation of all AWS global infrastructure. In other words, we're the people who keep the cloud running. We support all AWS data centers and all of the servers, storage, networking, power, and cooling equipment that ensure our customers have continual access to the innovation they rely on. We work on the most challenging problems, with thousands of variables impacting the supply chain - and we're looking for talented people who want to help. We are seeking a highly technical Design Change Manager to join our GDSCM team, focusing on the Basis of Design (BOD) and Programmatic Design Change Management (PDCM) programs. This role requires deep technical expertise across multiple engineering disciplines and the ability to evaluate complex design changes across 300+ in-flight projects. As a Design Change Manager, you will serve as a technical expert evaluating design change requests across electrical, mechanical, civil, structural, architectural, controls, plumbing, fire protection, and thermal systems. You will conduct feasibility analyses, coordinate technical reviews with principal engineers across all disciplines, and manage the end-to-end lifecycle of design changes from initiation through implementation. You will work closely with Design Engineering, Construction Management, Procurement, Finance, and Product teams to ensure design changes are properly vetted, funded, and executed. Key job responsibilities Technical Design Evaluation - Evaluate complex design changes across multiple engineering disciplines including electrical power distribution, mechanical cooling systems, structural loads, civil site work, architectural layouts, controls systems, plumbing infrastructure, and fire protection systems - Analyze technical specifications, construction drawings, equipment datasheets, and system integration requirements to assess design change feasibility and impact - Understand and explain the complexity of data center designs including power distribution from utility to rack level, cooling system architectures, backup power systems, and building infrastructure - Identify technical dependencies and cross-discipline impacts when evaluating proposed design changes - Assess constructability, maintainability, and operational implications of design modifications - Review and validate technical calculations including electrical load calculations, cooling capacity requirements, structural load analysis, and hydraulic calculations Design Change Management - Manage portfolio of design changes across multiple in-flight projects, ensuring alignment with business priorities and technical requirements - Conduct feasibility analyses and production readiness assessments for proposed design changes, evaluating technical risk, schedule impact, and cost implications - Coordinate technical reviews with principal engineers across mechanical, electrical, structural, civil, architectural, controls, plumbing, and fire protection disciplines - Develop and maintain implementation plans, tracking design change execution from approval through site deployment - Present design change recommendations and cost implications to senior leadership, clearly articulating technical complexity and business impact - Evaluate design improvements and innovations, assessing their applicability across the global portfolio Cross-Discipline Collaboration - Partner with Electrical Engineers on power distribution design, generator sizing, UPS configurations, switchgear specifications, and high-voltage systems - Collaborate with Mechanical Engineers on cooling system design, HVAC configurations, piping layouts, and thermal management strategies - Work with Structural Engineers on foundation design, seismic requirements, equipment support structures, and building loads - Engage with Civil Engineers on site grading, stormwater management, utility routing, and site infrastructure - Coordinate with Architectural teams on building layouts, space planning, and building envelope design - Interface with Controls Engineers on building management systems, monitoring systems, and automation strategies - Partner with Fire Protection Engineers on fire suppression systems, detection systems, and life safety requirements Stakeholder Coordination - Partner with Design Management teams to understand project-specific requirements, constraints, and technical challenges - Collaborate with Finance teams on cost validation, funding strategies, and budget tracking for design changes - Work with Construction Management and Procurement teams to assess schedule impacts, supply chain constraints, and constructability - Engage with Product and Solutions teams to evaluate new equipment, emerging technologies, and design approaches - Coordinate with Commissioning teams to ensure design changes support testing and startup requirements Process Improvement - Identify opportunities to streamline design change workflows and

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