SquareMethods
SquareMethods is an innovative solution that harnesses the power of digital technology to enhance capability building and preserve tribal knowledge through the implementation of digital standard working principles.
SquareMethods is an innovative solution that harnesses the power of digital technology to enhance capability building and preserve tribal knowledge through the implementation of digital standard working principles.
A strong teaching approach to working principles is to describe a top-down understanding funnel, which engineers and operators grasp very quickly because it moves from system context → function → physics.
Your plant deserves a reliability system, not just a reliability event. If you’ve been following this series — thank you.Here’s the short version of everything I’ve shared: Most downtime is
I didn’t build SquareMethods from a theory. I built it from the data. Before I built SquareMethods, I spent years researching why manufacturing plants lose production time. Not anecdotally. Formally.
SquareMethods: Know it. Optimize it. Analyse it. Execute it. Deploy it at the machine. Most reliability interventions fix one thing. A consultant optimizes your PM program and leaves. A training
Every procedure your team builds should live at the machine — not in a folder. Every reliability engagement produces documents.Optimized PM procedures. RCA findings. Equipment working principle guides. Planning templates.
A great maintenance strategy executed poorly is just an expensive failure with extra steps I’ve seen plants with excellent PM strategies still running reactive. The strategies were solid. The failure
If you’re fixing the same failure twice, you never fixed it the first time. There’s a failure mode more expensive than any breakdown. It’s the breakdown that keeps coming back.
Your PM program is probably not optimized.That’s not an insult. It’s a structural reality.Most PM programs were built by copying OEM recommendations, inheriting tasks from a previous planner, or reacting
Ask a technician what causes a bearing to fail.Most will say: “It just wore out.”Ask them what the operating temperature should be. What the vibration signature looks like before failure.
I’ve spent years studying why manufacturing plants lose production time.The data keeps pointing to the same place.It’s not the machine.It’s the method. It’s the man. It’s the missing procedure at