• Lead design initiatives that align with the company's strategic direction and goals. • Drive the development and implementation of processes, equipment, and standards for data center projects. • Lead Electrical Design review efforts for deployment of new Data Centers, ensuring compliance with corporate standards and customer requirements. • Participate in all phases of project execution, including conceptual design, basis of design, scope of work, development of construction documents, and commissioning. • Provide project leadership for electrical design consultants and contractors, ensuring that tasks and milestones are completed on time and within budget. • Attend project design team meetings and on-site job walks, as needed, to ensure that the constructed product meets engineering standards and specifications. • Conduct value engineering analyses and provide system recommendations based on return on investment (ROI) and internal rate of return (IRR) analysis. • Responsible for the review of technical drawings, such as schematic drawings, design and construction documents, main submittals, sequence of operations, commissioning scripts. • Support Site Operations by troubleshooting and tuning existing systems to optimize performance. • Coordinate heavily with internal engineering teams across all disciplines to ensure products delivered to Operations are streamlined and optimized to meet the needs of the business across all functions. • Work closely with Operations to balance cost-effective solutions with long-term operational sustainability. • Provide technical support to Sales during site tours, RFP responses, and customer Build To Suit (BTS) Data Center solutions. • Participate in product development process flow from idea to implementing the company’s Intellectual Property (IP) initiatives. • Engage in continuous professional development through training, participation in professional societies, associations, and continuing education. • Assist the Electrical Tech Lead and management in mentoring, developing and coaching junior engineers. • Review engineering studies, including: Short-circuit and over-current protection device coordination studies, Arc Flash mitigation studies, Rack layout optimization, including fail over analysis, Distribution analysis, including voltage drop and underground duct bank heat effect (Neher-McGrath) calculations, Power Usage Effectiveness (PUE) calculations.