Advanced manufacturing for aerospace, wind, solar, semiconductor, and other cleanroom-based production demands more than a “typical” industrial building. We design structural and civil systems that control vibration, support heavy and dynamic equipment loads, and accommodate dense overhead utilities, pipe racks, and mezzanines while also addressing grading, drainage, utility corridors, and heavy-duty pavements to keep sites efficient, expandable, and operational.

Get In Touch

Red rectangular stamp reading "CONFIDENTIAL" is diagonally stamped with a distressed, weathered texture on a plain white background.

Because of the sensitive nature of these projects, we are often unable to share project imagery. We respect our clients’ confidentiality requirements and associated NDAs. Below are several key considerations we routinely address in the design of these specialized facilities:

Keycard in clear plastic holder being tapped against a vertical black-and-green access reader on a gray metal door panel; nearby metal plate shows text: "ON".

Sensitive Compartmented Information Facilities (SCIF) Construction:

We support secure environments across a wide range of security levels, including projects aligned with ICD 705 with tempest requirements. Our civil and structural teams understand the rigor of secure spaces—whether within existing facilities or new construction—and coordinate closely to support compliance, constructability, and schedule.

Four tall white cylindrical storage tanks stand connected by red piping and valves at an industrial facility, situated before a stone retaining wall and a snowy hillside.

Equipment support & Tank Farms

Advanced manufacturing equipment drives design decisions. We provide integrated civil and structural support for equipment foundations, housekeeping pads, pits, trenches, anchorage, and overhead supports—coordinating with OEM criteria, installation sequencing, and utilities to enable smooth procurement, installation, and commissioning.

Four tall concrete smokestacks rise above a metal-framed industrial plant; piping, tanks and stairways crisscross atop a red-brick building under a clear blue sky.

Facility maintenance and upgrades

Facilities don’t pause for improvements. We help owners plan and execute repairs, maintenance, and phased upgrades with practical solutions that work around live operations—supporting everything from slab and pavement repairs to structural modifications and constructible detailing for efficient field execution.

Red coil spring assembly supports a metal equipment frame, clamped between steel plates and bolted to a concrete base amid galvanized pipework and structural metal framing in an industrial rooftop/plant.

Vibration performance

Precision manufacturing depends on predictable vibration performance. We evaluate vibration criteria and sources (equipment, foot traffic, adjacent operations) and design targeted structural solutions—stiffening, isolation strategies, and reinforcement—to support sensitive processes and long-term reliability.

Auto-hauler turning templates (colored wheel and body paths) trace a truck negotiating tight curved drive aisles around a rectangular building and parking lot on a site plan.

Transcribed text found in the image:
- WEST 7TH AVENUE (60' PUBLIC ROW)
- SAID
- TRUCK MOVEMENT
- AUTO HAULER MOVEMENTS - A
- (Truck diagram with dimensions) 15.00   53.00   3.00   45.50
- WB-67
- Tractor Width : 8.00 feet
- Trailer Width : 8.50 feet
- Tractor Track : 8.00 feet
- Trailer Track : 8.50 feet
- Lock to Lock Time : 6.0
- Steering Angle : 28.4
- Articulating Angle : 75.0
- AUTOTURN LEGEND
- FRONT TIRES
- REAR TIRES
- VEHICLE BODY
- SCALE: 1" = 50' 
- ALL LINEAR DIMENSIONS ARE U.S. SURVEY FEET
- 0   25   50
- (north arrow) N
- JUNE 14, 2021
- MARTIN/MARTIN CONSULTING ENGINEERS
- 12499 WEST COLFAX AVENUE, LAKEWOOD, COLORADO 80215
- 303.431.6100
- MARTINMARTIN.COM

(Note: only prominent, legible text has been transcribed; very small or overlapping callouts on the drawing are not individually listed.)

Heavy truck and logistics movement

Site logistics can be as demanding as the building itself. Our civil and structural teams design pavements, slabs, foundations, and loading areas for heavy truck traffic, repeated wheel loads, turning movements, and impacts—supporting durable performance at docks, yards, and critical circulation routes.

Flat rooftop parapet extends diagonally, leading toward a blurred city skyline and snow-capped mountains in the background; nearby trees and clear blue sky frame the suburban view.

Risk and loss-prevention alignment

Resiliency requirements influence major decisions in advanced manufacturing. We incorporate loss-prevention and insurer-driven considerations (including FM Global) early; coordinating civil and structural elements that affect risk, durability, and review efficiency while maintaining practical, constructible solutions that support equipment-intensive operations and long-term facility performance.

Rows of large rectangular HVAC units line both sides of a central tiled service walkway, flanked by metal platforms and overhead concrete beams on a rooftop courtyard under clear sky.

Mechanical Coordination

Mechanical systems are often the biggest driver of space, routing, and structural impacts in advanced manufacturing facilities. We coordinate closely with mechanical teams to plan clearances, equipment placement, penetrations, support and hanger strategies, rooftop and mezzanine loads, and access for maintenance and replacement—helping reduce clashes and late changes in the field. This collaboration extends beyond the building to site and utility needs, aligning foundations, pads, trenches, and drainage considerations with mechanical yard layouts and process requirements to keep installation and commissioning on track.

Advanced Manufacturing Contacts

Middle-aged man with gray hair and trimmed beard smiling at the camera, wearing a gray button-up shirt, posed against a softly blurred glass-and-urban background.

Pontus B. Ugander, PE

Principal

Group Manager, Structural Engineering

Middle-aged man smiles at camera, wearing a light checked dress shirt; standing indoors near large blurred windows with soft natural light and out-of-focus greenery behind him.

Michael (Mike) I. Goldstein, PE, LEED AP

Principal

Structural Engineering

A smiling woman with gray-streaked curly hair and black glasses looks at the camera, wearing a teal blouse, black blazer and a small pendant necklace; soft, blurred indoor background.

Tonya M. Major, PE

Principal

Structural Engineering

Woman with shoulder-length brown hair smiling at camera, wearing maroon textured blouse and gold dangling earrings, posed against a softly blurred indoor/outdoor background.

Chelsy Clark, PE

Associate

Civil Engineering

Middle-aged man smiling with arms crossed, standing outdoors by a brick wall and glass window; wearing a dark short-sleeve polo, short brown hair, light stubble, relaxed expression in soft daylight.

Scott E. Paling, PE, LEED AP

Principal

Civil Engineering

Smiling bearded man looks toward the camera, wearing a blue blazer and white patterned shirt; standing outdoors near reflective glass with blurred trees and a building in the background.

Landon S. Harman, PE, SE

Associate

Structural Engineering

Woman smiling broadly, shows teeth, wearing blue top and pearl-and-gold necklace; shoulder-length blonde hair softly curled, posed against a softly blurred neutral outdoor background.

Erica A. Toren, PE, LEED AP

Principal

Director of Marketing