Concurrent Design Engineering™
Concurrent Design Engineering is the discipline of bringing architectural, site, material, labor, and budget decisions together at the same time — before money is committed on-site. It complements the architect’s design and resolves the interferences and assumptions that, left unchecked, become cost overruns and schedule slip.
Magister Operis builds, on a computer, a complete 3-D model of the project — site, foundation, structure, mechanicals, finishes — and uses it to coordinate every trade against a single source of truth. The model counts members, reads surfaces, and produces precise quantities, so estimates stop being guesses.
What it changes on a project
Interferences caught early
Fit, geometry, and code clashes are detected and resolved in the design phase — not on the jobsite where they cost real money.
Predictable budgets
Counts of members and surface quantities replace guesstimates. Material schedules cut waste, and timelines align with actual manufacture, delivery, and install sequences.
One coordinated build
Site, foundation, structure, mechanical, and finish systems are synchronized in a single digital prototype before anyone breaks ground.
Trade-specific output
Each trade receives the precise information needed for its scope — no more, no less. Components are labeled for fast install and future reference.
Scope of capability
Engineering
Multi-discipline, concurrent across structural, mechanical, and site — with storm, disaster, and sustainability considerations built in.
Manufacturing of components
Flexible architectural production with machine-accurate precision and component labeling.
Construction management
Real-time coordination with all parties — trained and equipped to build, not to dictate.
Installation
Coordinated components, labeled for easy install, connected with motivated personnel and warranty-able workmanship.
Renovation and expansion
Fast, accurate assessment of as-built conditions, with site, material, and trade optimization that minimizes cost and downtime.