About Applied Manufacturing Systems
Built From Real Production Responsibility Across Physical and Digital Manufacturing Systems.
Applied Manufacturing Systems is built on direct responsibility inside real production environments—not outside observation.
My experience was built by managing and improving full operating systems inside manufacturing businesses, where decisions affected throughput, labor efficiency, quality, delivery, equipment utilization, and profitability in real time.
That background includes hands-on responsibility across commercial operations, engineering workflows, digital systems, shop-floor execution, equipment performance, and production management.
Full Operational Perspective
Unlike advisors who only know one function, my experience spans the interconnected parts of modern manufacturing operations.
Joe Kenison - Principal Advisor
Production Leadership
& Workflow Execution
- Managing shop-floor operations
- Coordinating labor, priorities, and delivery schedules
- Balancing demand against real capacity
- Improving throughput across departments
- Aligning office workflows with production realities
Administrative Operations Insight
Experience across estimating, routing, purchasing, scheduling, and invoicing helps identify operational friction starts upstream—before it hits the shop floor.
Engineering, Design &
Digital-to-Production Systems
Hands-on experience developing and supporting production-ready digital workflows across design, programming, and execution.
- CAD and production design
- DFMA (Design for Manufacturability & Assembly)
- CAM workflow development
- Machine programming and post-processing
- Production databases and part data structure
- ERP workflow integration
- Engineering-to-production handoff systems
Digital Systems Experience
- SolidWorks
- Onshape
- AutoCAD Fabrication CAMduct, ESTmep
- ERP Systems (Part Creation, Routing, Tracking)
- Databases
Experience Across
Production Environments
Experience across manufacturing environments ranging from high-mix job shops to engineer-to-order and scaled production operations.
- High-mix / high-volume manufacturing
- Low-volume / high-mix production
- Engineer-to-order (ETO) operations
- Fabrication job shops
- Prefabrication / project-based manufacturing
- Growth and expansion-stage operations
Experience With:
- Stainless Steel
- Aluminum
- Galvanized steel
- Carbon steel
- Copper
- Titanium
- 26GA (.0127") - 1/2" Thick Plate
Equipment, Process & Systems Knowledge
Cutting Systems
- Fiber & CO₂ Lasers, Waterjets, Plasma (2, 3, &5 axis systems)
- CNC shears
- CNC Saws
- Ironworkers
- Drill Mills
Bending & Forming
- Manual & CNC press brakes (electric/hydraulic)
- CNC folding systems
- Tube bending systems
- Multi-Stage Rollformers
- Manual & CNC Swagers
- CNC roll bending machines
- Industry specific fabrication equipment
Joining & Assembly
- MIG welding
- TIG welding
- Fiber Laser welding
- Clinching systems
- Soldering
- Surface Finishing
Why This Matters
Because manufacturing performance is not improved by one machine, one software platform, or one isolated process.
It improves when layout, equipment, engineering workflows, data systems, programming, scheduling, and execution work together as one operating system.
My recommendations are based on how those systems actually perform under production pressure—not theory, vendor narratives, or generic consulting models.
Core Value
I understand how work is designed, quoted, programmed, released, built, and delivered.
That full-system perspective helps clients make better decisions, solve constraints faster, and scale more efficiently.
Who This is For
AMS works with manufacturers in CNC, fabrication, and MEP prefabrication environments where operations are under real production pressure.
Typical engagements include:
- Scaling capacity
- Integrating equipment or automation
- Redesigning production flow
- Improving throughput constraints
- Building digital systems that connect to the shop floor
How We Work
very engagement starts with understanding how the operation actually runs.
- Observe production flow and shop-floor conditions
- Evaluate equipment utilization and constraints
- Review workflow from engineering through execution
- Identify system friction across layout, equipment, and digital processes
- Prioritize improvements tied to measurable results
Scope Of Work
- Facility layout and production flow design
- Equipment selection and implementation planning
- Automation strategy and system fit evaluation
- Digital-to-production workflow development
- Throughput, utilization, and capacity improvement
- Scaling operations and facility expansion planning
Independent Neutral Advisory
Applied Manufacturing Systems operates as an independent advisory practice.
We do not sell equipment, software, or vendor solutions—and have no financial ties to technology providers.
Recommendations are based solely on what improves production performance, operational return, and long-term scalability.
Operational Assessment
A focused evaluation of facility layout, production flow, equipment utilization, and digital workflows—identifying where performance is being lost.
Best for: Teams that need clarity on system performance before making a major decision.
Ongoing Advisory Support
Ongoing support through scaling, automation implementation, or production system development—providing consistent guidance without adding full-time overhead.
Best for: Operations that need experienced support through change or growth.
Strategic Decision Support
Targeted support for critical decisions—facility redesign, equipment selection, automation strategy, or digital-to-production alignment.
Best for: Organizations making capital or system-level decisions that impact long-term performance.
Discuss Your Operation
If you’re planning expansion, evaluating equipment, or working through production constraints, let’s discuss where your operation can improve.
Start with a focused conversation around your production system. No commitment required.