STV is seeking a Senior Scheduler to join our Project Controls department at one of our many US offices.
Responsibilities:
- Develop, maintain, and analyze complex CPM schedules for large aviation projects, ensuring alignment with project goals and client requirements.
- Coordinate with project managers, design teams, and contractors to gather input and provide schedule updates and forecasts.
- Lead schedule risk assessments and recovery planning, identifying critical path activities and potential delays.
- Prepare detailed reports and visualizations for internal and client presentations, including progress tracking and earned value analysis.
- Support project controls functions such as change management, claims analysis, and resource loading.
Qualifications:
- Minimum 15 years of scheduling experience, with a focus on aviation-related capital improvement programs.
- Proficiency in scheduling software such as Primavera P6 and Microsoft Project.
- In-depth understanding of construction means, methods, and sequencing, especially in airport environments.
- Strong communication skills to interact effectively with clients, consultants, and contractors.
- Bachelor's degree in engineering, construction management, or a related field preferred.
Compensation Range:
$100,226.48 - $133,635.31
We encourage candidates who may not meet every qualification to apply, as we value diversity and inclusion. Your past experience might be just what we're looking for.
Benefits:
- Health insurance, including options with Health Savings Accounts
- Dental and Vision insurance
- Flexible Spending Accounts (Healthcare, Dependent Care, Transit, Parking)
- Disability and Life Insurance
- 401(k) Plan with Retirement Counseling
- Paid Time Off (16 days) and Paid Holidays (8 days)
- Back-Up Dependent Care (up to 10 days/year)
- Parental Leave (up to 80 hours)
- Continuing Education and Professional Memberships
STV is committed to fair, equitable, and transparent compensation. The listed salary range is a good-faith estimate; final offers may vary based on various factors.