CIVIL DESIGN
CIVIL
SERVICES
Site Grading & Development
Site grading is a foundational step in land development that directly impacts the safety, usability, and regulatory compliance of your project. At Norex Engineering, we provide grading and development plans that shape the land to support your structure, manage water flow, and meet all local engineering and zoning requirements.
Flood Plain Development
Developing within or near a designated floodplain demands precise engineering, regulatory awareness, and risk mitigation. At Norex Engineering, we offer comprehensive floodplain development services to ensure your project meets both safety standards and the requirements set by FEMA and local jurisdictions.
Septic System Design & Layout
Proper septic system design is critical for safe, efficient wastewater disposal—especially in areas without access to municipal sewer systems. At Norex Engineering, we provide complete engineering services for both conventional and alternative septic systems, ensuring compliance with local health departments and environmental regulations.
Detention and Mitigation Plans
Stormwater detention and mitigation planning is essential for controlling runoff, protecting surrounding properties, and meeting municipal stormwater regulations. At Norex Engineering, we design custom detention and mitigation systems that help developers and property owners reduce the impact of new construction on local drainage infrastructure.
Drainage Design
A well-designed drainage system is essential for protecting buildings, roadways, and landscapes from water-related damage. At Norex Engineering, we provide comprehensive drainage design services that prevent pooling, foundation issues, and erosion—while ensuring full compliance with local stormwater management regulations.
Paving Design (Concrete & Asphalt Roads, Parking)
Durable, well-engineered paving is essential for both safety and long-term usability of roads, driveways, and parking areas. At Norex Engineering, we design concrete and asphalt pavement systems that withstand traffic loads, environmental conditions, and time—while minimizing future maintenance costs.