Manufacturing Digital Transformation Advisor

I started my career as an Industrial Engineer in garment manufacturing. That experience gave me an early understanding of production, people, machines and processes on the shop floor.

I then spent the following decades building software products, connected systems and industrial applications.

That combination has shaped the way I look at manufacturing transformation today. A manufacturing problem is rarely solved by adding another dashboard or another software system. The real value comes from understanding what is happening on the shop floor, identifying where the problem is, and then using technology to solve it.

Manufacturing Perspective

Digital transformation has to work with the way a factory actually operates.

I look at manufacturing through the questions that plant heads, production teams, planners and operators deal with every day:

• Production — What is being produced, in what sequence, and why is it ahead or behind plan?
• Productivity — Where is the available time being used and where is it being lost?
• Capacity — What can the plant actually produce with the machines, people and shifts available?
• Planning — How do planning decisions work when they meet the actual constraints on the shop floor?
• Quality — Where do quality problems start and how do they move through the process?
• WIP — What is sitting between operations and what is that inventory telling us?
• Machine Operations — How are machines being used, stopped, changed over and maintained?
• Shop-Floor Processes — What is the actual sequence of work, rather than what the process document says?
• Data — What information is already available, what is missing, and how reliable is it?
• Decision Making — Who needs the information, what do they need to know, and when do they need it?

Once these things are understood, software becomes much more useful.

Areas I Work In

Production Digitization

Making production information available in real time and making it useful to the people running the operation.

Production data by itself is not enough. Combining it with quality, machine utilization and maintenance information provides a much better view of shop-floor productivity and helps the team take action while production is happening.

Material, Planning & Scheduling

Understanding where material is available, where it is currently sitting and how it moves through the factory is important for controlling inventory and meeting delivery commitments.

Planning cannot be treated as a separate document from production. It needs to consider actual manufacturing capacity, material availability, maintenance schedules, historical performance and what is happening on the shop floor.

The objective is to connect the plan with reality.

Shop-Floor Connectivity

Machines and industrial equipment already generate a significant amount of information. The challenge is getting that information into the digital systems without creating additional work for operators.

Depending on the machine and the business requirement, I look at different ways of collecting the information:

• Non-intrusive hardware-based data collection
• Data directly from PLCs and controllers
• Custom sensors where the machine does not provide the required information

I connect a machine when the data will change a decision. If a supervisor already trusts a number and can act on it during the shift, another wire does not help.

MES & Operational Systems

ERP systems handle important business processes, but manufacturing operations are much more dynamic and require decisions in real time.

Production, quality, maintenance, material movement and other shop-floor activities need to be connected to operational systems that operators and supervisors can actually use.

A common source of operational information helps the team understand what is happening and respond before a problem becomes a customer problem.

KPI & Actions

Both leading and lagging KPIs have an important role in improving shop-floor productivity.

Leading KPIs help the operations team understand what is happening now and take action during the shift.

Lagging KPIs help management understand how the operation has performed and how it is improving over time.

The KPI itself is only part of the solution. The real value comes from giving the right information to the right stakeholder and connecting the KPI to the action that needs to be taken.

Energy & Resource Intelligence

Energy cost and sustainability pull in related directions, and a plant can care about one before it has settled the other. I want consumption next to what was produced, not in a separate utility report. The practical question is what that energy bought — which orders, which machines, which hours — and where it can be improved.

Data & AI

Digitised production data is the base I need before anyone talks about Industry 4.0. The useful step is to put real-time and historical data against a decision the plant has to make. Manufacturing data is rarely clean: silos, missing context, and numbers that are simply wrong. I want the question agreed before a model is discussed.

My Approach

I don't follow a rigid transformation methodology. In my experience, the following sequence usually provides a good starting point:

1. Understand the Process
2. Identify the Problem
3. Identify the Data
4. Design the Digital Approach
5. Implement
6. Measure the Result

The last step is the one I do not want skipped. Once the system is in, the plant should be able to point at a change in productivity, delivery, quality, inventory, energy, or the time a decision takes. If none of those moved, the technology has not earned its place.

If you are thinking through a manufacturing transformation problem, I am happy to discuss it. You can also read my related articles.