KEY RESPONSIBILITIES

Engineering Leadership & Design Ownership

Lead the detailed engineering and design development of complex Infrastructure Solutions projects.
Own the technical coordination and engineering execution of assigned customer projects from solution handover through engineering release.
Translate approved solution architectures, customer requirements and conceptual designs into detailed and executable engineering solutions.
Provide technical leadership across multiple engineering disciplines, including mechanical, electrical, structural and controls engineering.
Ensure engineering designs are technically sound, complete, manufacturable, installable and aligned with project requirements.
Lead engineering design reviews and ensure appropriate technical decisions are made throughout the design lifecycle.
Identify technical risks, design gaps and integration issues early and drive appropriate resolution.
Ensure consistency and technical alignment across all engineering deliverables.

Detailed Engineering & Design Development

Multi-Disciplinary Engineering Coordination

Coordinate engineering activities across Mechanical, Electrical, Structural, Controls and other relevant engineering teams.
Ensure effective integration of company products and third-party equipment into the overall solution.
Manage technical interfaces between multiple systems, suppliers and engineering disciplines.
Resolve design conflicts and technical dependencies between systems.
Work closely with Solutions Architects to clarify technical intent and maintain alignment with the original customer solution.
Engage Product Engineering teams when product modifications, customization or new engineering development is required.
Coordinate with external engineering consultants and suppliers where required.

Design Review, Quality & Compliance

Lead technical design reviews at appropriate stages of project development.
Review and approve engineering documentation and drawings within delegated authority.
Ensure design outputs meet required quality standards before release.
Verify compliance with applicable local regulations, engineering standards and customer specifications.
Drive Design for Manufacturability (DFM), Design for Installation (DFI) and Design for Serviceability principles.
Identify opportunities to standardize designs and improve engineering efficiency.
Capture lessons learned and incorporate improvements into future designs and engineering standards.

Customer & Project Support

Provide technical support during customer design reviews and engineering discussions.
Participate in customer meetings when detailed engineering expertise is required.
Support clarification of technical requirements and resolution of engineering-related customer queries.
Work closely with Project Management to ensure engineering deliverables are aligned with project schedules and milestones.
Support technical issue resolution during manufacturing, installation, commissioning and project execution.
Provide engineering support for design changes and variations during the project lifecycle.

Engineering Process Improvement & Standardization

Drive continuous improvement in design engineering processes, tools and methodologies.
Develop and improve engineering standards, design guidelines and reusable solution modules.
Identify opportunities for standardization and modularization of Infrastructure Solutions.
Support the development of engineering templates, design libraries and standard engineering documentation.
Improve engineering quality, cycle time and first-time-right design performance.
Promote effective use of engineering tools and digital design platforms.

Technical Leadership & People Development

Provide technical leadership and guidance to Design Engineers and other engineering team members.
Mentor and develop engineering talent within the Infrastructure Solutions organization.
Support capability development across relevant engineering disciplines.
Act as a technical escalation point for complex engineering challenges.
Foster a collaborative engineering culture across functions and geographies.

QUALIFICATIONS & EXPERIENCE

Bachelor's or Master's degree in Mechanical Engineering, Electrical Engineering or a related Engineering discipline.
Typically 10â€15+ years of progressive engineering experience in data center infrastructure, mission-critical infrastructure, industrial systems or integrated engineering solutions.
Demonstrated experience leading the engineering and detailed design of complex multi-disciplinary projects.
Strong understanding of integrated Mechanical and Electrical infrastructure systems.
Experience working with complex engineered-to-order or customized solutions.
Experience in design engineering for data centers, modular infrastructure, mission-critical facilities or similar environments is strongly preferred.
Strong understanding of engineering drawings, specifications, calculations and technical documentation.
Experience coordinating engineering activities across multiple technical disciplines.
Strong problem-solving and technical decision-making capabilities.
Experience working with Manufacturing, Project Management, Supply Chain and Product Engineering teams.
Strong organizational and project coordination skills.
Ability to communicate complex technical issues to engineering and non-engineering stakeholders.

PREFERRED EXPERIENCE

Experience in data center infrastructure solutions.
Experience with modular or prefabricated infrastructure solutions.
Experience with integrated power and thermal infrastructure.
Experience in Mechanical, Electrical and Plumbing (MEP) engineering coordination.
Experience working with data center OEMs, EPC organizations, engineering consultancies or mission-critical infrastructure providers.
Experience with CAD and engineering design tools.
Experience with global engineering teams and international projects.
Experience leading engineering teams or technical workstreams.

Lead - Design Engineering