Director Systems Engineering- Data Centers

Carrier Global Corporation is a global leader in intelligent climate and energy solutions, dedicated to enhancing lives through innovation. The Director of Systems Engineering for Data Centers will analyze trends and customer needs, translating them into competitive product strategies while overseeing resource allocation and collaboration with stakeholders.

Responsibilities:

• Collect and analyze emerging trends in Data Center build and operation
• Assess customer needs (hyperscalers, colos, others) and understand the technical solutions from competition
• Understand elements of product / system differentiation combining HVAC equipment and controls. Analyze trade-offs
• Translate needs into a strategy for products and solutions offering
• Define the solution architecture and derive system level requirements
• Breakdown system technical requirements into sub-system technical requirements
• Drive enterprise level design synergies through the development of global platforms and solutions
• Collaborate effectively with customers, product management, and various global stakeholders to align technical requirements and create a scalable, cost-efficient solution
• Foster strong relationships with stakeholders across the business to ensure alignment and successful implementation of Data Center projects

Requirements:

• Bachelor's Degree in an Engineering Discipline
• 10+ years of systems engineering experience
• 8+ years of industry experience working with Data Center customers on cooling system solutions
• Masters in an Engineering or Industrial field such as Systems Engineering
• Familiarity with industrial business models for HVAC, preferably in a Data Center business environment
• Proven track record of building trusted relationships cross-functionally and managing various stakeholder relationships to get consensus on solutions/initiatives and ability to make decisions with conviction
• Ability to solve complex problems using and finding alternate paths to achieve objectives in a highly constrained and fast-paced environment