Industrial Manufacturing & Logistics Warehouse Engineering
High-Volume, Structural Integrity for Modern Supply Chains
Modern distribution and manufacturing facilities are engineering-intensive despite their simple appearance. Long clear spans, tall clear heights, heavy floor loads from racking and forklifts, and large roof areas that must resist wind uplift all demand rigorous structural analysis. Our teams design tilt-up concrete and structural steel systems, slab-on-grade floors engineered for point and uniform loads, and building envelopes that meet energy code while accommodating the throughput and automation the operation requires.
Because industrial buildings are dominated by the interaction of structure, floor slab, site, and power, an integrated firm delivers real value. Racking layouts drive slab joint and reinforcement design; dock and truck court geometry drives civil grading and pavement; automation and high-bay lighting drive electrical capacity. Coordinating these disciplines from the start prevents costly conflicts, and our permit-ready documents give general contractors and design-build partners a clean path through plan review and construction.
Quick Answers
Industrial & Warehouse engineering questions
What engineering disciplines are coordinated for Industrial & Warehouse projects?
What information helps define an Industrial & Warehouse engineering scope?
Which codes and standards may apply to Industrial & Warehouse projects?
Tilt-Up Concrete Structural Engineering & Floor Slab Design
Tilt-up construction casts wall panels on the slab and lifts them into place, so panel design, lifting stresses, and bracing are as critical as in-place loads. We design panels to ACI 318 and the ACI 551 tilt-up guide, checking reinforcement for casting, lifting, and erection stresses as well as wind and seismic demands per ASCE 7. Floor slabs are engineered for the actual duty: forklift axle loads, rack post base plates, and seismic separation. We apply ACI 302 for slab thickness, joint spacing, and subgrade modulus, and coordinate with the racking vendor so post loads, seismic bracing, and slab reinforcement work together rather than in conflict.
High-Bay LED Lighting & Automated Electrical Infrastructure
High-clear-height warehouses need lighting and power designed for both energy efficiency and the electrical demands of automation. We design high-bay LED layouts with photometric analysis to hit target foot-candles at the floor and in aisles while meeting ASHRAE 90.1 and IECC lighting power density limits, integrating occupancy and daylight controls. Power distribution is sized to NEC Article 220 for conveyor systems, automated storage and retrieval, battery charging rooms, and future tenant flexibility. We coordinate service capacity, panel locations, and busway or feeder routing so that automation retrofits are supported without a costly service upgrade, and provide one-line diagrams and panel schedules for permitting.
High-Volume Low-Speed (HVLS) & Large-Scale Facility Ventilation
Large enclosed volumes require deliberate ventilation strategy for worker comfort, code compliance, and process needs. We size mechanical ventilation and HVLS fan systems using ASHRAE 62.1 outdoor-air rates and destratification analysis to move heat off the roof and mix conditioned air through tall spaces. Where processes generate contaminants, welding fumes, or heat, we design local and general exhaust and make-up air to maintain safe conditions. Fan placement and airflow modeling prevent short-circuiting and drafts across pick lines. We also coordinate smoke and heat venting where required by the IBC and IFC for high-piled combustible storage, tying mechanical, fire protection, and life-safety systems together.
Integrated Discipline Scope for Industrial & Warehouse Projects
One coordinated engineering team across structural, MEP, civil, and geotechnical — one point of accountability from concept through permit.
Structural Engineering
We design the primary structure that defines industrial buildings: tilt-up concrete panels or structural steel frames, long-span roof systems, mezzanines, and the slab-on-grade floor. Analysis addresses wind uplift on large roofs, seismic demands, forklift and racking loads on the slab, and equipment support. Our documents include panel reinforcement, lift and brace design, connection details, and slab jointing tailored to the racking configuration.
- Tilt-up panel and structural steel frame design to ACI 318 and AISC 360
- Long-span roof and joist systems with wind uplift analysis
- Slab-on-grade design for forklift and rack post loads per ACI 302
- Mezzanine, pit, and equipment support framing
- Seismic bracing of racking and building systems per ASCE 7
MEP Engineering
MEP scope covers high-bay lighting and controls, power distribution for automation and charging, large-volume ventilation, high-piled storage smoke control, and the fire protection design basis. We size electrical service and distribution for present and future automation loads and design ventilation and any process HVAC for the building's use and occupancy.
- High-bay LED photometric design and lighting controls
- Power distribution for conveyors, ASRS, and battery charging
- Large-volume and HVLS ventilation per ASHRAE 62.1
- Smoke and heat venting coordination for high-piled storage
- Plumbing, compressed air, and process utility rough-in
Civil Engineering
We design the site to handle heavy truck traffic and large impervious areas. Scope includes truck court and dock apron pavement, grading, stormwater detention, utility service, and fire access. Pavement sections are engineered for repeated trailer loading, and drainage is designed to keep dock areas and yards clear during storms.
- Heavy-duty truck court and dock apron pavement design
- Grading, stormwater detention, and water-quality treatment
- Utility service routing and fire lane layout
- Trailer parking and site circulation design
Geotechnical Engineering
Slab performance and foundation design depend on subgrade conditions. We evaluate soils for slab-on-grade support, subgrade modulus, and settlement, and provide foundation recommendations for panels, columns, and heavy equipment pads.
- Subsurface exploration and subgrade modulus determination
- Slab-on-grade support and settlement analysis
- Foundation recommendations for tilt-up panels and columns
- Pavement subgrade and compaction recommendations
Facility Types We Engineer
- Distribution and fulfillment centers
- Bulk and high-cube warehouses
- Light and heavy manufacturing plants
- Cross-dock and freight terminals
- Automated storage and retrieval facilities
- Flex industrial and last-mile depots
- Assembly and light-industrial buildings
- Industrial condominiums
Project Types
- New ground-up construction
- Building expansions and additions
- Tenant improvements and rack fit-outs
- Automation and process retrofits
- Adaptive reuse of existing industrial space
Deliverables
- Permit-ready sealed structural and MEP drawings
- Tilt-up panel reinforcement, lift, and brace calculations
- Slab-on-grade design and joint layout packages
- Electrical one-line diagrams and panel schedules
- Photometric lighting studies
- High-piled storage and ventilation coordination documents
- Foundation and pavement design recommendations
- RFI responses and construction administration support
Codes & Standards We Design To
Industrial & Warehouse projects live and die by code compliance. These are the standards our drawings and calculations are built around.
The International Building Code governs occupancy classification, construction type, and high-piled storage provisions that shape structural and life-safety design.
Provides the wind, seismic, snow, and load combinations used to design the primary structure and large roof areas.
Govern reinforced concrete and tilt-up wall panel design, including lifting and erection stress checks.
Guides slab-on-grade thickness, jointing, and construction for the heavy floor loads of racking and material handling.
The International Fire Code and NFPA 13 set requirements for high-piled combustible storage sprinkler density, smoke venting, and access.
Establish envelope, lighting power density, and mechanical efficiency limits our designs must satisfy for energy code compliance.
Quick Answers
Industrial & Warehouse Engineering Questions
- What engineering disciplines are coordinated for Industrial & Warehouse projects?
- Structural Engineering, MEP Engineering, Civil Engineering, Geotechnical Engineering are coordinated around the facility program, applicable codes, and permit deliverables.
- What information helps define an Industrial & Warehouse engineering scope?
- The facility type, project type, existing conditions, jurisdiction, schedule, and required deliverables establish the basis for a project-specific engineering scope.
- Which codes and standards may apply to Industrial & Warehouse projects?
- Applicable requirements can include IBC, ASCE 7, ACI 318 / ACI 551, ACI 302, IFC / NFPA 13, ASHRAE 90.1 / IECC. The adopted editions and amendments must be confirmed with the authority having jurisdiction for each project.
Related Sectors — Industrial & Logistics
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