Engineer
Turn requirements into production processes, layouts, standards, capacity models, and practical operating systems.
Industrial engineering ↗ Facility & layout design ↗ Capacity & rate readiness ↗Industrial Engineering · Factory Transformation · Manufacturing Systems
The engineering behind high-performing factories.
IEC helps complex manufacturers increase capacity, improve flow, reduce cost, and build production systems ready for what comes next.
Selected experience
Representative outcomes from complex manufacturing and operations engineering leadership.
30%
Manufacturing cost reduction
40%
Flow improvement
15%
Defect reduction
$50M+
Capital allocation managed
What IEC does
We solve the problems that sit between strategy and the shop floor.
Production performance rarely comes from one isolated improvement. It comes from engineering the entire system — product, process, people, equipment, material, information, and facility — to work together.
Transform
Redesign constrained factories and production systems to unlock flow, capacity, quality, and cost performance.
Factory transformation ↗ Production system design ↗ Productivity & cost ↗Enable
Build the leadership routines, technical capability, and execution cadence that make improvements stick.
Operations engineering ↗ Operating model development ↗ Manufacturing strategy ↗The IEC approach
Engineer the system.
Not just the symptom.
We connect business objectives to the physical and operational system that has to deliver them.
01
Business
strategy
→
strategy
02
Product &
process
→
process
03
Factory
system
→
system
04
Flow · capacity
· quality
→
· quality
05
Business
performance
performance
Where we work
Built for complex manufacturing.
Where engineering discipline, production performance, and execution have to work together.
01
Aerospace & Defense
02
Advanced Manufacturing
03
Composites & Integrated Assemblies
04
Complex Production Systems
Why IEC
Engineering experience that understands how factories actually run.
IEC was built around a simple idea: manufacturing engineering should connect technical rigor with business outcomes.
That means understanding the numbers, the product, the process, the facility, and the people doing the work — then making the system perform as one.
Practical engineering. Measurable performance. Built for complex operations.
A different kind of engineering partner
From the factory floor to the boardroom.
IEC brings the analytical discipline of industrial engineering together with the decision-making perspective of operations leadership.
The result is advice that can survive contact with the factory — and a plan that leaders can actually execute.
Let's talk
Have a factory problem worth solving?
Tell us what you're working through. We'll determine whether IEC can help.
Practical engineering. Measurable performance. Built for complex operations.