Explore practical articles on mechanical engineering, automation, embedded systems, industrial software, and applied AI. The focus stays on real delivery, system constraints, and what actually works in production.
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Engineering Economics10 min readThe purchase price of a component or system is often the smallest part of what it will cost over its life. Lifecycle cost analysis (LCA) accounts for acquisition, operation, maintenance, downtime, and disposal — revealing total cost of ownership and enabling comparisons that unit price alone cannot make.
Engineering Economics10 min readThe project management triangle — speed, quality, cost — applies to engineering design decisions as much as it does to project schedules. A structured trade-off analysis makes the implicit explicit, prevents decisions by default, and gives teams a shared basis for revisiting choices when conditions change.
Engineering Economics11 min readMaterial selection determines performance, cost, and supply reliability for the life of a product. The right method is systematic: define requirements as measurable performance indices, screen by function, rank by cost and availability, then verify against the full specification.
Engineering Economics9 min readThe make vs. buy decision looks like a cost comparison but it's really a strategic question about where your time, capital, and capability should be focused. Unit price is just the starting point. Total cost of ownership, core competency, and supply security tell the real story.
Engineering Economics10 min readValue engineering is a systematic method for improving the ratio of function to cost. By focusing on what a design must do — not how it currently does it — engineers routinely achieve 20–40% cost reductions without removing a single customer requirement.
Manufacturing Automation13 min readThe automation you install today will still be on your floor in ten or fifteen years — but your products won't look the same and your volumes will be different. Here's how to design systems that adapt instead of becoming obstacles.
Manufacturing Automation12 min readMost automation projects don't fail because the technology doesn't work — they fail because the process around the technology wasn't ready. Here are the four failure patterns we see most often, and what you can do before you start to avoid them.
Automation12 min readEvery automation project looks cleaner in the proposal than it does on the shop floor. This is the honest version: the cobot cell we built for a digital print shop, what drove our design decisions, where reality diverged from the plan, and what we measured when it was all running.
Automation13 min readOne of the most overlooked costs in automation is the ongoing human cost of keeping it running. This post helps you assess your team's current capabilities, identify the training paths that actually work, build a preventive maintenance programme, and decide when a support contract is worth the money.
Automation14 min readBuilding an automated cell without a proper safety assessment is like building a house without a foundation inspection — everything looks fine until something goes wrong. This post walks you through ISO 12100, physical safeguards, safety PLCs, and lockout/tagout procedures to keep your team and your operation protected.
