Northstar provides technically rigorous, code-compliant analysis and delegated design engineering for complex industrial, utility, and data center projects nationwide.
Based in the Pacific Northwest, Northstar specializes in ASME pipe stress analysis, delegated pipe support design, and structural engineering for complex MEP and process systems.
Additional capabilities include seismic and wind restraint, equipment anchorage, structural support frames, foundations, and load evaluations that coordinate mechanical systems with the structures supporting them.
We work directly with contractors, fabricators, EPC teams, and design professionals to deliver construction-ready sealed deliverables for industrial, utility, and data center projects nationwide.
About Northstar →One coordinated deliverable, completely in-house
ASME B31 analysis, flexibility evaluation, equipment load verification, support load development, spring selection, and coordinated reactions.
Explore service →Integrated mechanical and structural calculations, support layouts, attachment details, load-path definition, model coordination, and sealed submittals.
Explore service →ASCE 7 and IBC design, MEP restraint layouts, equipment anchorage, spring and isolator sizing, drift evaluation, and coordinated point-load schedules.
Explore service →A lean, integrated team from analysis through sealed deliverables
Consolidated calculations, reports, and details organized and issued for construction.
Direct access to the engineers doing the work, with timely answers, revisions, and comment resolution.
Every project is a partnership from analysis through sealed submittal.
Review the delegated scope, performance criteria, available models, and required deliverables.
Evaluate system loads, movement, code cases, equipment limits, and structural demand.
Develop supports, restraints, reactions, attachments, and details within the coordinated project environment.
Issue clear calculations, layouts, schedules, details, and PE-sealed submittals.
Northstar supports industrial facilities, utilities, data centers, advanced manufacturing, process systems, and other technically demanding projects where mechanical behavior and structural response must be coordinated.
Our lean team works directly with the people designing, fabricating, coordinating, and installing the work—keeping technical decisions close to the project.
