McAi

Industry

Advanced industries

Automotive, aerospace, chemicals, machinery, and the plants that make everything else.

Where we start

Advanced industries carry the heaviest capital intensity and the thinnest tolerance for unplanned variation of any sector we serve. A single point of yield or an hour of unplanned downtime moves the annual result.

AI changes the economics here not by replacing automation, which is already deep, but by learning from the data the plant already produces: process trajectories, maintenance histories, quality outcomes, and the tacit knowledge of experienced operators.

Our work typically starts with one asset class or one production line, proves the value against a measured baseline, and then scales through a standard operating pattern rather than a new project each time.

Typical results

+4.6 pts
first-pass yield, specialty chemicals client
-22%
unplanned downtime across 6 plants
9 months
from first pilot to group standard

Illustrative client outcomes, representative of engagements in this sector.

Talk to this practice

How we help

Yield and throughput

Trajectory models that show operators how the current batch compares to the best historical runs, early enough to intervene.

Maintenance and reliability

Condition models that convert calendar-based maintenance into risk-based intervention, with the cost of each decision visible.

Engineering productivity

AI-assisted design, simulation, and documentation workflows that cut engineering hours per change.

Capital allocation

Portfolio models that re-rank capex options as input costs, demand, and technology assumptions move.

Evidence

What this looks like in practice

+4.6 pts
first-pass yield, specialty chemicals client
-22%
unplanned downtime across 6 plants
9 months
from first pilot to group standard

Related insights

Next step

Bring us your advanced industries problem

A ninety-minute working session is usually enough to agree the baseline, the owner, and the first evidence gate.