Construction Scheduling Lead – P6 & 4D Projects

Alberici; Maryland Heights (MO); Hybrid; USD 90.000 - 120.000; Vollzeit

Benefits dieser Stelle

Profit-sharing plan

Health, dental, and vision insurance from day one

Paid parental leave

Continuing education reimbursement

Minimum of 29 days of PTO

Zusammenfassung

Alberici in Maryland Heights, Missouri is seeking a Scheduling Manager to oversee and maintain project schedules. The ideal candidate will have a Bachelor's degree in a related field and over 7 years of experience. Responsibilities include developing project schedules, supervising teams, and analyzing performance. This role offers significant growth opportunities and requires proficiency in scheduling software like Primavera P6. The position allows flexibility in residence across the USA but requires readiness for travel to project sites.

Qualifikationen

• 7+ years of relevant experience in the construction management field.
• Proficient knowledge of construction techniques, materials, and equipment required.
• Experience with multiple construction market types preferred.

Aufgaben

• Develop and maintain project schedules.
• Supervise project-site schedulers and support project teams.
• Analyze changes to critical paths and variances.

Kenntnisse

Knowledge of scheduling software

Construction logistics

Crew sizing and sequencing

Project management

Ausbildung

Bachelor's degree in Engineering, Architecture, or Construction Management

Tools

Primavera P6

Jobbeschreibung

Alberici in Maryland Heights, Missouri is seeking a Scheduling Manager to oversee and maintain project schedules. The ideal candidate will have a Bachelor's degree in a related field and over 7 years of experience. Responsibilities include developing project schedules, supervising teams, and analyzing performance. This role offers significant growth opportunities and requires proficiency in scheduling software like Primavera P6. The position allows flexibility in residence across the USA but requires readiness for travel to project sites.