Job Details:

Job Description: 

Global Construction Engineering (GCE) is responsible for the design and engineering of all of Intel's major manufacturing and cleanroom projects across the globe. We are a team of specialized in-house architects and engineers in a highly collaborative environment. We work together with our factory, operations, and supply chain partners to deliver some of the most technically challenging construction projects in the world with demanding schedule and cost constraints. Our vision is to become the world leader in semiconductor foundry construction engineering. We are growing our team to accelerate Intel Foundry's manufacturing roadmap.

We are looking for world-class technical talent to join our team. If you enjoy working with the latest technology in a rewarding fast-paced environment this is the right place for you. Everywhere you go you'll find an opportunity to make a difference. In any given workday you will be given responsibility to innovate and create an impact to our business.

Our Mechanical Project Engineers are highly valued and are relied on to provide technical leadership in their area of expertise. They are one of the first to be consulted for any major construction project related to Mechanical (Chillers, Boilers, HVAC, Process Cooling Water, Oil-Free Air, Process Vacuum systems etc). Early in the project, they assess the feasibility of new projects. They later develop a more detailed scope through field walks and collaboration with facilities operations partners and project engineers from other disciplines. During detailed design and construction performed by our world-class supply chain partners, our Project Engineers serve as the Owner's representative to provide technical guidance and issue resolution. The project engineer manages the performance of the Integrators Architectural and Engineering/Owners design Consultant vendor in their discipline.

Mechanical scope includes HVAC, Exhaust, Chilled Water, Heating Water, Fire Protection, Cleanroom Makeup Air, and Return Air Handlers. Process Mechanical scope includes exhaust abatement systems (scrubbers and RTCOs), Process Cooling Water, Oil Free Air, and Process Vacuum System.

This is a hybrid position at the Chandler campus in Chandler, Arizona.

Training assignments may be required at other domestic or international locations.

As a Mechanical Project Engineer - Global Construction Engineering your responsibilities will include but are not limited to:

• Assess feasibility of new facilities improvement projects.
• Develop the facilities scope through field walks, collaboration with facilities operations partners and other project engineers.
• Serve as Owner's representative to provide technical guidance and issue resolution to supply chain partners performing detailed design and construction.
• Interface and coordinate with contract design, construction, scheduling, and estimating resources.
• Interface with facilities staff and project managers to enable facility design efforts for their area of expertise.
• Define design criteria, lead scope definition and justification, develop design concepts, and oversee completion of positioning, programming, and detailed design.
• Collaborate with estimators to ensure costs are captured and project budgets are met.
• Exhibit strong knowledge of Intel's master specifications and standards yet use the change management process to improve standards and drive innovative solutions.
• Collaborate and share learnings with their counterparts at other sites across the globe.
• Recommend engineering solutions to senior management as the technical scope expert.
• Build and drive safety culture of caring in every business environment, office to the construction sites, and from front-end planning to construction execution.

The ideal candidate will exhibit the following behavioral traits:

• Written, visual and verbal communication - especially in communicating sensitive technical issues.
• Collaborate across engineering disciplines, organizations, cultures, and geographic boundaries.
• Team focused and quality oriented.
• Champion and value the safety culture of caring throughout the project lifecycle.
• Exhibit leadership of cross-organizational teams, managing for results.
• Positive-minded and possibility oriented.

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