Morphy, Makofsky, Inc.

Over 40 Years of Exceeding Expectations Through Excellence

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About the firm

Morphy, Makofsky, Inc. (MMI) is a full-service civil and structural engineering firm founded in New Orleans in 1975. Over five decades, MMI has contributed to the city's built environment through more than 2,000 projects spanning residential, commercial, industrial, and institutional sectors. Civil capabilities include site design, stormwater management, green infrastructure, erosion and sediment control, and utility infrastructure, with deep familiarity with Greater New Orleans regulatory bodies and site challenges such as soft soils and elevated groundwater. Structural capabilities cover building design, foundation design for demanding Louisiana soil conditions, structural evaluation, renovations and historic structures, and high-wind design for hurricane-prone regions. More than 50 industry awards recognize MMI's work across hospitality, education, healthcare, and historic preservation.

Established
1975
Firm type
Civil Engineering · Structural Engineering

Capabilities

Civil Engineering

Service website

A highly experienced team delivering site design, stormwater management, green infrastructure, erosion and sediment control, and utility infrastructure for residential, commercial, and industrial projects across Greater New Orleans, with established regulatory relationships at DPW, the Sewerage & Water Board, and LADOTD.

  • Site Design

    Site layout, grading, roadway and pavement design, and detailed engineering plans for schools, high-rise buildings, hotels, and commercial and industrial developments, with particular expertise navigating soft soils and high groundwater conditions in the Greater New Orleans area.

  • Stormwater Management

    Conceptual and detailed stormwater management plans covering urban drainage design, hydrological and hydraulic modeling, flood hazard and risk assessments, culvert and bridge scour protection, and sediment capture basin design, including compliance with New Orleans CZO Article 23 runoff requirements.

  • Green Infrastructure Design

    Bioretention basins and swales, infiltration basins, constructed wetlands, and pervious pavement systems - including pervious concrete, pervious asphalt, and pervious pavers - integrated into urban development sites to manage runoff and create or enhance green space.

  • Erosion and Sediment Control

    Erosion and Sediment Control Plans (ESCPs) and Stormwater Pollution Prevention Plans (SWPPPs) compliant with NPDES permit requirements, covering construction sequencing, pollutant source identification, technique selection, site monitoring procedures, and regulatory inspections.

  • Utility Infrastructure Design

    Detailed utility infrastructure design for complex urban projects across Greater New Orleans, covering all aspects from conceptual through construction phase delivery on schools, high-rise buildings, hotels, and commercial and industrial developments.

Structural Engineering

Service website

Consultation and design on award-winning architectural and industrial projects of all types and sizes, spanning new construction, foundation work, renovation, historic structures, and high-wind design across more than four decades in Greater New Orleans.

  • Building Design

    Structural design for new and existing construction across all project phases, from high-profile hospitality and commercial buildings to schools and residential structures, with an emphasis on economical and constructible solutions that maintain the project vision.

  • Foundation Design

    Shallow and deep foundation design tailored to Louisiana's challenging soil conditions, with experience across treated timber piles, composite piles, precast-prestressed concrete piles, steel pipe piles, steel H-piles, sheet piles, helical piles, and auger cast-in-place concrete piles.

  • Structural Evaluation

    Condition assessments and retrofit design for existing structures, supported by an extensive archive of drawings for major New Orleans buildings, with expertise in historic materials including heavy timber, clay tile, multi-wythe brick, and built-up steel and iron construction.

  • Renovations and Historic Structures

    Design services that adapt existing structures to new uses, add floors, and support repurposing across material types ranging from multi-wythe masonry and heavy timber to structural steel, while preserving historic character.

  • High Wind Design

    Structural engineering for high-wind and hurricane-prone environments, covering high-rise wind tunnel testing through equipment mounts, using state-of-the-art analysis and modeling software aligned with current building codes and decades of Gulf Coast experience.

Industries

Commercial · Residential · Industrial · Stormwater & Flood Control · Education · Healthcare · Hospitality · Arts & Culture · Historic Preservation · Religious

Projects

Founders Plaza at the National World War II Museum

New Orleans, LA · Arts & Culture · 2017 · Client: National World War II Museum

Project details

Structural engineering for Founders Plaza at the National World War II Museum, recipient of a 2017 National Excellence in Construction award. Architect: Voorsanger Mathes LLC.

Goldring/Woldenberg Business Complex, Tulane University

New Orleans, LA · Education · 2019 · Client: Tulane University

Project details

Structural engineering for the Goldring/Woldenberg Business Complex at Tulane University, recognized with a 2019 Architecture Merit Award. Architect: Manning Architects and Pelli Clarke Pelli.

St. Mary's Dominican High School - Benson Science & Technology Center

New Orleans, LA · Education · 2019 · Client: St. Mary's Dominican High School

Project details

Structural engineering for the Benson Science & Technology Center at St. Mary's Dominican High School, recipient of a 2019 People's Choice Award. Architect: Blitch Knevel Architects.

Palmisano Headquarters

New Orleans, LA · Commercial · 2019 · Client: Palmisano

Project details

Structural engineering for the Palmisano Headquarters in New Orleans, recognized with a 2019 Construction Industry Award. Architect: Eskew+Dumez+Ripple.