Call us at (716) 222-0360
WATER RESOURCES ENGINEERING
River Restoration and Bank Stabilization
Comprehensive design and implementation of natural and engineered solutions to restore degraded river systems and protect streambanks from erosion. Services include habitat enhancement, channel realignment, riparian buffer establishment, bioengineering techniques using live vegetation, and traditional armoring methods. Projects range from small residential properties to large-scale watershed restoration efforts, incorporating geomorphic principles to create sustainable, self-maintaining systems that balance ecological function with infrastructure protection.
Floodplain Evaluation, Resiliency Design, Mapping and Permitting
Complete floodplain analysis including delineation of flood hazard areas, assessment of existing conditions, and design of resilient infrastructure that can withstand and recover from flood events. Services encompass regulatory floodplain mapping updates, FEMA coordination, permit acquisition for floodplain development, and design of flood-resistant structures. Specializing in nature-based solutions and green infrastructure that provide flood protection while enhancing environmental benefits and community resilience.
Drainage Evaluation, Low Impact, Green Design
Holistic assessment of existing drainage systems and design of sustainable stormwater management solutions that mimic natural hydrology. Expertise includes green infrastructure implementation such as bioswales, rain gardens, permeable pavements, constructed wetlands, and detention facilities. Focus on low impact development (LID) principles that reduce runoff volumes, improve water quality, and provide multiple community benefits while meeting regulatory requirements and reducing long-term maintenance costs.
FEMA National Flood Insurance Program Studies
Specialized technical services supporting FEMA flood insurance studies including hydrologic and hydraulic analysis, floodway delineation, and flood insurance rate map (FIRM) development. Services include Letter of Map Amendment (LOMA) and Letter of Map Revision (LOMR) applications, floodplain modeling updates, and regulatory compliance assistance. Extensive experience navigating FEMA requirements and coordinating with local officials to ensure accurate flood hazard determinations that protect communities while supporting appropriate development.
Hydrologic and Hydraulic Modeling (1D and 2D Models HEC-RAS, SRH-2D, FLO2D)
Advanced computational modeling using industry-standard software to analyze water flow, flood patterns, and hydraulic behavior in rivers, streams, and urban drainage systems. Capabilities include one-dimensional steady and unsteady flow analysis, two-dimensional flood inundation mapping, sediment transport modeling, and dam break analysis. Models support design optimization, regulatory compliance, risk assessment, and emergency planning with detailed visualization of flood extents, velocities, and depths under various storm scenarios.
Dam Breach Inundation Mapping
Bridge Hydraulic Analysis, Scour and Abutment Protection Design
Bridge Hydraulic Analysis, Scour and Abutment Protection Design
Comprehensive analysis of potential dam failure scenarios including development of breach parameters, downstream flood routing, and detailed inundation mapping. Services include emergency action plan development, downstream hazard classification, and evacuation route planning. Utilizing advanced 2D modeling to predict flood wave arrival times, depths, and velocities to support emergency management planning and regulatory compliance for dam safety programs.
Bridge Hydraulic Analysis, Scour and Abutment Protection Design
Bridge Hydraulic Analysis, Scour and Abutment Protection Design
Bridge Hydraulic Analysis, Scour and Abutment Protection Design
Detailed hydraulic evaluation of bridge crossings including backwater analysis, scour assessment, and design of protective measures to ensure structural integrity during flood events. Services encompass pier and abutment scour calculations, channel stability analysis, and design of riprap, gabions, or other protective treatments. Expertise in both new bridge design and evaluation of existing structures, with particular focus on climate resiliency and long-term performance under changing hydrologic conditions.
Geomorphic Evaluations
Comprehensive assessment of river and stream channel form, function, and evolutionary processes to understand natural behavior and predict future changes. Services include channel classification, stability analysis, sediment transport evaluation, and identification of reference conditions for restoration projects. Evaluations inform sustainable design approaches that work with natural processes rather than against them, supporting long-term project success and environmental enhancement while meeting engineering objectives.
GENERAL CIVIL ENGINEERING
Grading and Drainage Evaluation Analysis and Design
Comprehensive site analysis and design of grading plans that optimize surface water management while meeting development objectives. Services include existing conditions assessment, topographic analysis, drainage pattern evaluation, and design of grading solutions that direct runoff safely and efficiently. Expertise encompasses residential subdivisions, commercial developments, and infrastructure projects, with focus on minimizing erosion, protecting adjacent properties, and integrating sustainable drainage practices. Designs consider soil conditions, climate factors, and long-term maintenance requirements to ensure lasting performance.
Master Drainage Planning
Strategic watershed-level planning that provides comprehensive drainage solutions for entire communities or large development areas. Services include existing system evaluation, future growth impact analysis, regional detention facility planning, and phased infrastructure development strategies. Planning integrates multiple stakeholder needs, regulatory requirements, and funding constraints to create implementable roadmaps for drainage infrastructure improvements. Emphasis on coordinated regional approaches that maximize efficiency, reduce costs, and provide multiple community benefits through green infrastructure integration.
Culvert Sizing and Design
Detailed hydraulic analysis and structural design of culverts for roadway crossings, drainage systems, and stream conveyance. Services include capacity calculations under various flow conditions, headwater analysis, outlet protection design, and structural specifications for pipe materials and installation methods. Expertise covers everything from small residential driveways to major highway crossings, with particular attention to fish passage requirements, sediment transport, and long-term durability. Designs consider upstream and downstream impacts, maintenance access, and environmental regulatory compliance.
Site Plan Reviews and Consultation
Professional review services for development projects including assessment of proposed grading, drainage, utilities, and infrastructure systems. Services provide independent technical evaluation of design adequacy, regulatory compliance, and constructability concerns. Consultation includes recommendations for design improvements, cost optimization, and risk mitigation.
PS&E Package Review
Thorough technical review of Plans, Specifications, and Estimate (PS&E) packages for accuracy, completeness, and constructability. Services include detailed examination of design drawings, technical specifications, quantity calculations, and cost estimates to identify potential conflicts, omissions, or inefficiencies. Review process draws on extensive field experience to anticipate construction challenges and recommend solutions that improve project outcomes. Particular expertise in water resources and drainage components of infrastructure projects, ensuring designs are practical, maintainable, and cost-effective.
Survey Scoping and Planning
Professional consultation for survey requirements including scope development, methodology selection, and coordination with project design needs. Services encompass boundary surveys, topographic mapping, construction staking, and as-built documentation planning. Expertise includes understanding survey accuracy requirements for different project types, regulatory compliance needs, and integration with engineering design workflows. Consultation helps optimize survey scope to provide necessary information while controlling costs, ensuring survey deliverables support efficient design and successful project implementation.
EROSION & SEDIMENT CONTROL
SWPPP (Stormwater Pollution Prevention Plans)
Comprehensive development and implementation of Stormwater Pollution Prevention Plans to meet NPDES permit requirements for construction and industrial activities. Services include site assessment, pollutant source identification, best management practice (BMP) selection and design, monitoring protocols, and documentation procedures. Plans incorporate site-specific conditions including soil types, slopes, drainage patterns, and sensitive receiving waters to develop effective pollution prevention strategies. Ongoing support includes plan updates, training for site personnel, inspection scheduling, and regulatory compliance assistance to ensure permit obligations are met throughout project duration.
Lakeshore Erosion Evaluation and Design
Specialized assessment and design services for shoreline protection along lakes, ponds, and reservoirs. Services include wave analysis, shoreline retreat evaluation, sediment transport assessment, and design of protective measures ranging from natural living shorelines to engineered revetments. Solutions integrate aesthetic considerations with technical performance, utilizing native vegetation, bioengineering techniques, and strategic rock placement to provide sustainable protection. Designs consider seasonal water level fluctuations, ice damage potential, and long-term maintenance requirements while preserving natural habitat and recreational access.
Erosion and Sediment Control Design
Detailed design of temporary and permanent erosion and sediment control measures for construction sites, disturbed areas, and ongoing operations. Services encompass slope stabilization using seeding, matting, and terracing; sediment barriers including silt fences, check dams, and sediment basins; and outlet protection structures. Designs are tailored to site-specific conditions including soil characteristics, rainfall patterns, construction sequencing, and environmental constraints. Emphasis on cost-effective solutions that provide reliable performance while minimizing maintenance requirements and supporting rapid site stabilization.
Certified ESC Inspections
Professional inspection services conducted by certified erosion and sediment control specialists to ensure compliance with permit requirements and design specifications. Services include routine site inspections, documentation of BMP performance, identification of maintenance needs, and reporting to regulatory agencies. Inspections assess the effectiveness of installed measures, weather-related impacts, and construction progress effects on erosion control systems. Detailed inspection reports include photographic documentation, corrective action recommendations, and coordination with contractors and owners to address deficiencies promptly and maintain permit compliance throughout the project lifecycle.
EDUCATION
Coming soon “Opening the Black Box of HEC-RAS”
From Field to Model A 5-Day Hands-On Water Resources Workshop
Bridge the gap between field reality and hydraulic modeling in this intensive, practical workshop designed for anyone involved in water related projects that are modeled with HEC-RAS (water resources professionals, engineers, reviewers, and environmental consultants). This unique course connects hydrologic analysis, hydraulic theory and real-world data collection with digital modeling through hands-on experience.
What You'll Experience: Start with essential hydrology and hydraulic principles, then get your boots wet collecting actual hydrographic data in the field using industry-standard techniques. Return to the classroom to build HEC-RAS models using the data you collected, creating a direct connection between field measurements and model inputs.
Course Structure:
- Days 1-1.5: Hydrology and hydraulic fundamentals plus field data collection methods
- Days 2-3: Field work collecting stream cross-sections, flow measurements, and site reconnaissance
- Days 4-5: HEC-RAS model development and analysis using your field data
Perfect For: Engineers, hydrologists, environmental professionals, and anyone who works with hydraulic models but wants to better understand the real-world basis behind the numbers. No advanced modeling experience required.
Take Away: A practical understanding of how field conditions translate into model parameters, what HEC-RAS results actually represent, and the confidence to interpret hydraulic modeling with real-world context.