Summary
Highly analytical and results-driven Stormwater Engineer with 6 years of experience in civil engineering and infrastructure development, specializing in comprehensive stormwater management. Proven expertise in hydraulic modeling, hydrological analysis, and designing compliant and sustainable drainage solutions for industrial and municipal projects. Adept at navigating complex regulatory frameworks (NPDES, MS4) and leading projects from conceptual design through construction, ensuring efficient project delivery and environmental stewardship.
Experience
- Spearheaded hydraulic and hydrologic modeling for over 15 large-scale infrastructure projects, reducing potential flood damage by an estimated 25% for urban developments.
- Designed and implemented innovative Low Impact Development (LID) strategies for a 50-acre industrial park, achieving a 30% reduction in peak runoff volume and enhancing water quality.
- Managed NPDES permitting and compliance for 8+ projects, ensuring 100% regulatory adherence and avoiding potential fines totaling over $100,000.
- Coordinated with multidisciplinary teams, clients, and regulatory agencies to deliver projects on schedule and 10% under budget, contributing to a 15% increase in client satisfaction.
- Authored technical reports and specifications for stormwater pollution prevention plans (SWPPP) and drainage master plans, resulting in approval for projects valued at over $50M.
- Conducted detailed hydrologic analysis and drainage design for a 200-acre refinery expansion, mitigating runoff impacts and ensuring compliance with local ordinances.
- Developed and reviewed erosion and sediment control plans for critical manufacturing sites, successfully preventing sediment discharge during construction phases and maintaining environmental compliance.
- Utilized AutoCAD Civil 3D to prepare grading and drainage plans for industrial sites, improving site runoff management efficiency by 15% and reducing infrastructure costs by 8%.
- Assisted in the inspection and maintenance planning for existing stormwater infrastructure across multiple refinery facilities, extending asset lifespan by an average of 10 years.
- Collaborated on a project to upgrade stormwater outfalls, reducing pollutant discharge by 20% and improving water quality downstream.
Projects
- Leading the stormwater master planning for a multi-phase 100-acre urban core redevelopment, incorporating green infrastructure to manage projected runoff for 50+ year storm events.
- Developed complex HEC-RAS 2D models to simulate flood risk and optimize proposed drainage infrastructure, reducing potential flood inundation by 30% in critical areas.
- Coordinated with city planning and environmental departments to ensure proposed designs met future growth and stringent water quality targets.
- Designed and oversaw the implementation of a new 5-acre stormwater retention pond and advanced filtration system for a manufacturing plant, reducing total suspended solids (TSS) by 85%.
- Managed the NPDES permit modification process, ensuring timely approval and continuous operational compliance for the facility.
- Collaborated with contractors to integrate innovative bioswales and permeable paving, contributing to a 20% reduction in stormwater discharge volume.
- Conducted comprehensive hydrologic and hydraulic analysis for a 15-mile transportation corridor, identifying 12 high-risk flood zones and recommending mitigation strategies.
- Utilized GIS data to map watershed characteristics and runoff patterns, informing the design of new culverts and detention basins that increased conveyance capacity by 40%.
- Prepared detailed engineering reports and presented findings to regional stakeholders, securing funding for critical infrastructure upgrades.
Education
- Graduated Summa Cum Laude with a GPA of 3.8/4.0
- Member of Tau Beta Pi Engineering Honor Society and American Society of Civil Engineers (ASCE)
- Completed capstone project on urban flood mitigation strategies in dense metropolitan areas




