Hillside ADU on Steep Terrain - Beverly Hills
Beverly Hills, CA · Residential
Project details
Geotechnical investigation and deep foundation design for an accessory dwelling unit on a steep canyon-facing hillside.

Geotechnical & Civil Engineering. One Firm.
San Diego-based licensed geotechnical and civil engineering firm serving Southern California across San Diego, Orange, Los Angeles, Riverside, and San Bernardino counties. Moment Engineering integrates geotechnical investigation and civil engineering under one roof, delivering soils reports, grading plans, compaction testing, stormwater and LID compliance, and project coordination for homeowners, architects, contractors, and developers.
California Professional Engineer RCE 92662
Subsurface investigations, foundation recommendations, seismic hazard analysis, liquefaction studies, slope stability assessments, and geotechnical reports for permitting and design.
Precise and rough grading plans, drainage design, and earthwork calculations for residential and commercial projects.
Nuclear gauge and sand cone testing, footing inspections, retaining wall backfill verification, pool foundation inspections, and construction oversight.
Hydrology reports, LID design, WQMP preparation, erosion control plans (SWPPP/ESCP), and BMP design for stormwater compliance across Southern California jurisdictions.
Single-point-of-contact coordination of structural, MEP, surveying, and other specialty consultants alongside the geotechnical and civil scope.
Residential · Commercial · Multifamily Residential · Land Development
Beverly Hills, CA · Residential
Geotechnical investigation and deep foundation design for an accessory dwelling unit on a steep canyon-facing hillside.
San Diego, CA · Multifamily Residential
Hydrology report, stormwater planter design, and Water Pollution Control Plan for an 8-story, 53,773 SF urban infill apartment.
Orange, CA · Multifamily Residential
LID stormwater compliance report for a 5-unit residential development with subterranean parking on a liquefaction-prone site.