Lead the desktop review for blast and fire hazards using authoritative sources, existing reports, and geospatial datasets
Identify and map all properties or infrastructure that could present a blast hazard affecting the subject site
Work with a project-specific GIS team to provide mapping for the project
Determine proximity to conventional and nuclear power stations and outline potential emergency exclusion zones or necessary setbacks
Quantify risk by calculating impact radii and return periods for potential blast events
Perform blast risk modeling as needed
Develop mitigation recommendations and describe residual consequences with mitigations in place

Must be a U.S. citizen
Professional Engineer in an engineering discipline
Experience performing blast and/or process safety assessments for energy or industrial facilities
Working knowledge of quantitative risk assessment methods and risk matrices for explosion and fire scenarios
Theoretical and practical knowledge of explosion and combustion mechanics
Ability to calculate frequency-consequence calculations, ignition-probability correlations, and return periods for various hazards
Demonstrated ability to source and interpret geospatial and regulatory datasets
Knowledge of GIS and CAD workflows for hazard mapping and presentation quality figures
Experience with hazard identification and consequence modeling tools and methods used in blast and fire engineering
Excellent technical writing and stakeholder communication skills
Ability to translate complex analysis into practical mitigation plans
Work seamlessly with multidisciplinary technical teams and agencies throughout due diligence and permitting
Mentor junior staff

Senior Lead Consultant, Impact Assessment

Key skills