Expert consulting engineers in structural design, seismic evaluation, and retrofit design
OLMM Consulting Engineers is a structural engineering practice founded in 1986, with offices in San Francisco, Oakland, and Bengaluru. It provides complete structural design, seismic analysis, and retrofit design services to both public and private sector clients. Its solutions address complex structural challenges across aviation, transit, education, healthcare, science and technology, and mixed-use housing sectors.
Badri K. PrasadManaging Principal | President and CEO
Tomasz WienskowskiAssociate Principal
Mallikarjuna (Mallik) DodduplaAssociate
Analysis and design of buildings for lateral, wind, seismic, and impact loads, with capabilities spanning from simple linear static analysis to advanced dynamic and non-linear analysis.
Basic structural analysis and assessment of building components under static load conditions.
Dynamic structural assessment including push-over analysis and seismic behavior prediction.
Structural design utilizing linear viscous dampers and base-isolators to manage seismic impact.
Work in this area is organized into supported delivery tasks.
Support includes Structural performance evaluation of existing buildings concerning load paths.
Support includes lateral stability.
Support includes resistance to seismic forces to support informed asset decisions.
Support includes Work in this area is organized into supported delivery tasks.
Evaluation and development of efficient, cost-effective retrofit plans for existing lateral and gravity elements in structures ranging from historical landmarks to civic facilities.
Independent structural analysis of proposed and existing buildings, featuring visual observation, deficiency identification, and lateral system exploration.
Standardized evaluation of existing structures to determine structural deficiencies under seismic demands.
Preliminary structural analyses to explore and recommend optimal, economical lateral load resisting systems.
Anchorage and bracing design for non-structural elements such as partition walls, AHUs, chillers, cable trays, and specialized laboratory equipment.
Advanced evaluation of buildings using ASCE/SEI 41-17 performance-based methodologies to identify critical deficiencies for specific performance targets.
Airports · Transit · Ports & Harbors · Education · Healthcare · Research Facilities · Government · Arts & Culture · Mixed-Use · Multifamily Residential · Commercial · Retail · Parking · Wastewater
San Francisco International Airport · Airports · Client: Magnusson Klemencic Associates
Design of foundations, piles, pile caps, and ground level structural slabs to receive loading from baggage handling equipment and the two-story steel terminal expansion building above, using BIM and FEM technologies.
San Francisco International Airport · Airports · Client: Corgan-Kuth Ranieri JV
Structural engineering services for the design of the foundation system of the Courtyard 4 Connector (C4C) building.
San Francisco, CA · Parking · Client: Corgan-Kuth Ranieri JV
Structural engineering services for the new foundation design of a six-story parking garage structure, as well as structural renovations and tenant improvements for an existing post office building.
San Francisco, CA · Airports · Client: Gensler
Feasibility and detailed seismic evaluation to study the rehabilitation of the former International Terminal, including the development of conceptual strengthening schemes using essential facilities' seismic criteria to ensure operational continuity.