Santa Ana College Johnson Center
Education · Client: Santa Ana College
Project details
Structural engineering for a community college building project.

Making Buildings Safe Since 1973
Myers Houghton & Partners (MHP) is a structural engineering practice founded in 1973, serving clients throughout the western United States for over 50 years. MHP specializes in structural design, seismic evaluation and retrofit, real estate due diligence, and equipment anchorage across a wide range of building types including educational facilities, healthcare buildings, and commercial properties. It participates in technical committees and code development, and is committed to sustainability through its SE 2050 embodied carbon reduction pledge.
Matt WexlerStructural Engineer
Preserves design intent and vision by evaluating design and cost considerations to develop structural systems that enhance aesthetics and bring buildings to life.
Developing structural systems for new buildings to support architectural vision and design intent.
Evaluating and selecting structural systems to balance cost, aesthetics, and structural integrity.
Supports real estate acquisition decisions by providing seismic risk assessments for property owners and investors.
Providing real estate transaction support and seismic risk assessments to evaluate property acquisitions.
Protects buildings through seismic retrofits for diverse structural types, including non-ductile concrete, steel moment frames, tilt-up structures, and unreinforced masonry.
Upgrading older concrete structures to improve modern seismic performance.
Reinforcing steel frame connections to withstand seismic forces.
Securing roof-to-wall connections in industrial tilt-up structures.
Securing historic unreinforced masonry walls to protect occupants and pedestrians.
Serves contractors directly, supporting projects that require deferred submittals and responsive field coordination.
Providing secondary structural calculations and drawings for building elements.
Delivering responsive site visits and engineering support to adapt to construction conditions.
Integrates eco-friendly design principles and innovative materials to minimize environmental impact while maximizing efficiency and resilience.
Specifying low carbon impact materials to reduce the carbon footprint of building projects.
Evaluating structural systems to balance performance with long-term environmental efficiency.
Utilizing advanced material technologies like carbon-reducing concrete and renewable materials.
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