Job Details

The major responsibilities of this position include but are not limited to the following:

• Develop and maintain detailed project schedules from preconstruction to completion
• Build baseline, bid, and proposal schedules in collaboration with teams and trade partners
• Perform schedule updates, forecasts, and resource loading using Primavera P6 (and future systems)
• Track critical paths, float, constraints, and milestones
• Provide monthly schedule reports, narratives, and KPI metrics
• Identify and communicate risks, delays, productivity impacts, and changes
• Support cost impact analysis, change orders, claims, and dispute resolution
• Ensure contractual compliance in scheduling communications
• Deliver hands-on training to project and self-perform teams
• Assist in migrating FLINT's scheduling platform from P6 to Oracle Primavera Cloud
• Champion process improvements and standard operating procedures for scheduling across divisions

Job Requirements:

• 7+ years of construction experience, including 5+ years in scheduling
• Demonstrated expertise in Critical Path Method (CPM) scheduling
• Deep knowledge of construction methods, workflows, sequencing
• Ability to interpret plans, specs, and submittals
• Familiar with job cost reporting, cost accounting, and change order processes
• Proficient in Primavera P6, Microsoft Office Suite, and Bluebeam
• Exposure to 4D/BIM scheduling, data visualization tools, and modern scheduling tech
• Outstanding communicator, collaborator, and critical thinker
• Willing to travel locally to job sites within FLINT's service areas
• Formal degree is a plus, but not required. We value hands-on experience, sequencing intuition, and communication skills above all.

What Success Looks Like

• Within 6–12 months, you'll take full ownership of FLINT's project schedules
• You'll serve as the go-to scheduling expert and trainer for the company
• You'll lead the transition to Oracle Primavera Cloud
• Your work will improve schedule reliability, reduce risk, and increase project predictability across the board