Managing Risks in Marine and Geostructural Projects – Ep 099

What are the essential risk management strategies for marine and geostructural projects?

Key risk management strategies include maintaining a detailed risk register, engaging all stakeholders early, planning contingencies thoroughly, and ensuring clear escalation paths for unexpected site conditions. These actions help teams prepare for uncertainties and minimize project disruptions.

• Develop and update a comprehensive risk register
• Implement thorough stakeholder communication
• Plan contingencies for schedule and scope changes

How can project managers effectively plan for unknown site conditions in geostructural work?

Project managers should prioritize geotechnical investigations and baseline reporting to document existing conditions. They should also focus on access, production tolerances, and protecting adjacent properties, while maintaining flexibility to adapt construction sequences as conditions evolve.

• Conduct detailed geotechnical investigations
• Establish a geotechnical baseline report
• Plan site access and protect neighboring structures

What makes marine and geostructural projects more complex than vertical building projects?

These projects involve many unknowns, such as variable soil and groundwater conditions, limited site access, and difficulties in accurate measurements due to water influences. The uncertainty affects cost, schedule, and scope, requiring specialized design and construction approaches.

• Unpredictable ground and water conditions
• Restricted site access and measurement challenges
• Higher risk of scope and schedule changes

How can engineering and construction teams collaborate to balance technical rigor and constructability?

Starting with a strong, experienced team is critical. Teams should develop clear design assumptions documented in a basis of design and geotechnical baseline reports. They also need defined processes for rapid decision-making and communication between design and construction during field work.

• Develop repeatable team processes
• Document design assumptions clearly
• Enable rapid communication and decision escalation

How do project managers lead teams through unexpected field conditions without delaying schedules?

Having dedicated engineering services during construction (ESDC) personnel on site helps make quick technical decisions. Clear escalation pathways and validation with contractors ensure timely, feasible solutions that keep the project moving forward.

• Deploy on-site technical experts for field decisions
• Establish clear issue escalation procedures
• Validate fixes collaboratively with contractors

What early-stage considerations are often overlooked by project managers in marine infrastructure projects?

Managers often overlook detailed assessment of site unknowns, subcontractor production capabilities, stakeholder expectations, and quality assurance planning. Addressing these early can reduce risk and improve project outcomes.

• Assess ground conditions comprehensively
• Engage stakeholders and clarify expectations
• Implement QA/QC procedures early

What can firm leaders do to strengthen outcomes on complex infrastructure projects?

Leaders should foster a strong company culture, encouraging knowledge transfer between experienced and younger staff. Promoting open communication where questions are welcomed helps build capable, confident teams and reduces risk from knowledge gaps.

• Encourage knowledge sharing across generations
• Create a safe environment to ask questions
• Support continuous learning and collaboration

What role does a risk register play in managing marine and geostructural projects?

A risk register is essential to track potential risks, their likelihood and impact, and contingency plans. It guides decision-making and resource allocation to proactively manage uncertainties throughout the project lifecycle.

• Documents risks and assigned mitigation measures
• Facilitates proactive management planning
• Supports communication among stakeholders