Who We AreVideo showing the BIM tools used to succeed in project completion

Smith LaRock Architecture P.C. is an agile group of  professionals dedicated to and specializing in Control Room design for Control facilities, both blast & non-blast resistant designs.  We design these highly specialized rooms to  support the functions and processes necessary to the vigilant control of  Emergency/Dispatch/Operations, communications, and manufacturing and industrial  processes used by Petrochemical Refineries, Pipeline Control Centers, Data  Center Control Suites, Emergency Operations/Dispatch Centers, and other similar  control-intensive facilities.  We provide  both blast and non-blast resistant designs in support of our Clients’ needs, and  we extend beyond our control building specialty to include other technical  facilities such as laboratories, maintenance facilities, warehouses, office  buildings, and similar structures within secure and non-secure sites, environments,  and other structures.


What We Do

We provide the architectural design for the technical  facilities required by our clients. Whether control room design, full building design,  adaptive reuse, or renovation and addition, we assemble a team of experienced  consultants capable of listening, contributing to, and defining your needs.

Then using leading edge 3D BIM tools, we design and communicate these resultant designs in a 3D & 2D format across great  distance in some cases. Our team provides the Architecture/Interiors,  specialized lighting and acoustical design, structural (blast and non-blast  design), electro-mechanical, and other engineering disciplines as required.  We work closely with human factors professionals when required to help ensure that  proper human-machine interface (HMI) principles are embedded in the control room design and ergonomic solutions offered.

Further, we work to ensure that proper ergonomics,  furniture, accessibility, communications, and way-finding within a structure are designed and are appropriate, effective, and supportive of ISO 11064  principles as well as our own experiences and techniques to enhance control room operational effectiveness and better situational awareness within.


How We Do It[Button]

Design Approach Matters!

SLA Design Apporach

We have integrated a unique 5 phase spiral design approach that optimizes the talents and capabilities of our internationally recognized design team, our world class 3D tools and our best in class engineering and construction partnerships.

One of the challenges architects face using  the standard design approach is that issues uncovered at a later phase in the process may cost 10 to 1000 times more to resolve later.

Design for industrial facilities is substantially different than design for commercial, retail or residential structures. Industrial facilities have a very specific mission in mind, and the design must be optimized for that mission. That is why we at Smith LaRock start with a series of Focus Phase Charrettes or workshops where we uncover the purpose and intended use of the facility, the workflow within the facility, access and safety considerations for the workers within the facility, and the myriad of human and technology factors that make the facility a comfortable place to work. During this phase we apply a Human Factors Approach using both SLA & specialized HF Consultants, and our proprietary questionnaires and 3D tools to model the facility, validate ergonomic considerations, and 3D walkthroughs for clear communication at this very early stage of the design.

In the subsequent Build, Construct, Occupy, and Evaluate Phases we leverage these 3D Tools and our unique project management approach to maintain the seamless integration from design to occupation. We pride ourselves on our ability to optimize the use of our engineering and construction partners who are also aligned with our overall value delivery goals.

Since we work exclusively in 3D, we can readily provide design progress imagery and virtual walkthroughs at any time for no additional cost (see examples of process models on our YouTube Channel). We have developed this innovative modeling process to try to address and streamline the communication issues that can manifest in the later phases of the project by pulling more of the critical decisions to the initial stages of a project.

As an example, a control facility and control room in south Texas was destroyed by hurricane Ike and our client, a major petrochemical company, was experiencing significant lost revenue every day the unit was not operational.

What started out as a standard interview for SLA quickly changed into a sole-sourced engagement as we were able to quickly demonstrate our 3D process value. Fortunately, we came to work; a two hour interview turned into Day 1 of a 6 day design charrette at their request. We contributed to, and achieved, their goal to get them back on-line within 8 weeks. Our client had originally estimated that the effort would take over 6 months to remediate / restore operability. A

Medal of Achievement was created for the entire team to celebrate this success.

A refinery in the Gulf Coast region of the USA suffered significant damage to it’s critical control room after a recent hurricane. The entire plant was damaged, and the control building was completely lost to salt water flooding. The building had to be gutted, mold prevention enacted, and – most critically – function restored as quickly as possible. Millions of dollars were being lost daily. Facing significant profit losses due to downtime, the manufacturer needed a solution. SLA was asked to participate in immediate planning and reconstruction efforts.

Click here to see full Case Study

Where We Work

SLA works with several Fortune 100 companies worldwide.

While our team at Smith LaRock is presently registered in over 12 US states and Canada we use our DistanceDesign™ process to bring our design best practices to organizations around the world. Our DistanceDesign™ process has been used to design structures in South Africa, Kuwait, China,… This process has helped bring best practice and design consistency to many of our international customers.

 

 

Current Professional Registrations

Through  our national NCARB and CACB affiliations, we can acquire additional  professional registrations as required.  Outside North America, we enjoy working relationships with our clients’ local teams of consultants to share  design responsibilities for the mutual benefit of the Owner, architects, and  engineering firms involved.

UNITED STATES:

Alaska
Alaska
California
California
Colorado
Colorado
Illinois
Illinois
Indiana
Indiana
Louisiana
Louisiana
Mississippi
Mississippi
New Mexico
New Mexico
Ohio
Ohio
Pennsylvania
Pennsylvania
Tennessee
Tennessee
Texas
Texas
Utah
Utah
Washington
Washington
WestVirginia
WVirginia
Wyoming
Wyoming

INTERNATIONAL:

Canada:
Alberta
Alberta
Alberta/Canadian design services are provided thru our Alberta corporation, MBS Architecture Inc.
Asia-Pacific:
APEC
Asia-Pacific Economic Cooperation
A forum for 21 Pacific Rim countries (formally Member Economies) that seeks to promote free trade and economic cooperation throughout the Asia-Pacific region. Established in 1989 in response to the growing interdependence of Asia-Pacific economies and the advent of regional economic blocs (such as the European Union) in other parts of the world, APEC works to raise living standards and education levels through sustainable economic growth and to foster a sense of community and an appreciation of shared interests among Asia-Pacific countries. Members account for approximately 40% of the world’s population, approximately 54% of the world’s gross domestic product and about 44% of world trade.

 

 

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