Construction Project Engineer (Lehi, Utah)

Texas Instruments•Lehi, UT

About The Position

Texas Instruments is seeking a Construction Project Engineer for the LFAB2 fab project in Lehi, Utah. The project is in the early phases of construction and MERFEI installation as TI expands its manufacturing footprint. The role connects Engineering, Procurement, and Construction teams in the field and coordinates with other Construction Project Engineers who own individual areas. It integrates schedule, cost, material, labor, and support needs across adjacent and interdependent areas so field execution remains aligned and coordinated. The engineer will facilitate cross-area planning, surface and resolve dependencies and risks, coordinate design and material needs, support labor planning, and monitor schedule and cost impacts. The position also supports resolution of field issues requiring coordinated input across engineering, procurement, and construction, while helping maintain consistent execution across areas. Texas Instruments describes its culture as collaborative and offers comprehensive benefits intended to support employees’ well-being, including health coverage and wellness programs. The company is an equal opportunity employer and supports a diverse, inclusive work environment.

Requirements

Bachelor’s degree in Engineering, Construction Management, or a related degree or field.
Five years of relevant experience supporting construction, engineering, or project integration on large-scale or complex projects.

Nice To Haves

Strong verbal and written communication skills.
Strong analytical and problem-solving skills.
Ability to work in teams and collaborate effectively across functions.
Ability to take initiative and drive results.
Strong time-management skills supporting on-time project delivery.
Ability to work effectively in an interrupt-driven, fast-paced, rapidly changing environment.
Ability to build strong, influential relationships.
Strong critical thinking and problem-solving skills.
Strong customer service orientation and ownership of issue resolution.
Knowledge of fab non-process and process systems.
Experience supporting semiconductor, advanced manufacturing, or large-scale industrial construction projects.
Experience coordinating Engineering, Procurement, and Construction teams in a field execution environment.
Demonstrated ability to manage cross-functional, cross-area dependencies involving schedule, cost, material, and labor.
Familiarity with project scheduling and tracking systems such as PMWeb or Primavera P6.
Ability to manage multiple priorities and drive results with urgency and ownership.

Responsibilities

Act as the primary integration point between Engineering, Procurement, and Construction teams to align field execution plans across disciplines.
Partner with other Construction Project Engineers to identify and resolve inter-area dependencies involving schedule, cost, material, labor, and support.
Coordinate work sequencing, resource allocation, and material and equipment availability across adjacent areas.
Identify schedule conflicts, resource constraints, and material gaps between areas and drive timely resolution with stakeholders.
Coordinate with Engineering to communicate and integrate design intent, technical requirements, and field changes across affected areas.
Coordinate with Procurement to align material and equipment deliveries with construction sequencing and cross-area dependencies.
Support labor planning and coordination across areas to prevent workforce bottlenecks, overlaps, or gaps.
Facilitate regular integration meetings with Construction Project Engineers, Construction Support Teams, Engineering, Procurement, and Project Controls.
Monitor project schedule and cost impacts resulting from inter-area dependencies and escalate risks to Construction and PMOC leadership as needed.
Maintain visibility into area-level plans and field conditions to anticipate downstream impacts and support proactive decisions.
Drive alignment and consistency in execution approaches across areas while respecting individual Construction Project Engineers’ autonomy.
Support resolution of field issues spanning multiple areas or requiring coordinated engineering, procurement, and construction input.