A profit and loss (P&L) is usually read as a scorecard, a report on a month or quarter that has already happened. Jeremy D. Bower learned to read one on a plant floor instead, and he sees something different on the page. “Most founders learn to read a P&L from spreadsheets and accountants first,” he says. “I was fortunate enough to learn it from working in paper mills and box plants.” Bower studied Paper Science Engineering, spent years optimizing industrial coatings and manufacturing, and managed accounts including Hershey’s before founding Givr Packaging over nine years ago. He now delivers custom sustainable packaging across the U.S. with no outside capital.
As an engineer looking at a production line, he does not see a historical record of output; he sees a live system with inputs, constraints, and waste. All of which can be adjusted. The same document that reports results to an accountant, describes a working system to an engineer, and the difference determines what a leader does next.
Every Line Item Is Part of a System
Engineers see a process as inputs, outputs, and waste, and Bower maps a P&L onto exactly that. Revenue is the output, costs are the inputs, and margin survives the inefficiencies in between. The practical consequence is a different response to a bad number. “When you treat each expense as part of a system rather than a number on a page, you stop cutting blindly and start improving the flow,” he says.
An expense read in isolation invites a decision about whether to reduce it. The same expense understood as part of a process invites a question about what it is connected to and what happens upstream of it, which is a considerably more useful question and rarely the one a spreadsheet prompts.
The Bottleneck Sets the Ceiling
The lesson that transfers most cleanly is also the one most often ignored in financial management. On a production line, one slow station limits everything, which means improving any other station changes nothing at all. Bower applies that directly to business. A slow sales cycle, a vendor delay, or a pricing gap will cap performance regardless of how well everything around it runs. “You find the bottleneck, fix it, and move to the next one,” he says.
This is where engineering thinking most sharply contradicts common practice, since across-the-board cost reduction spreads effort evenly over a system where only one point actually governs the outcome. Trimming 10% everywhere feels rigorous and mostly produces disruption in places that were never the constraint.
Measure Narrowly Enough to Act On It
A system cannot be improved if it is not measured, and aggregate numbers hide the very variation a leader needs to see. Bower’s team tracks margin by product, customer, region, and season, which is the resolution at which patterns become visible and correctable. “Gut instinct is a starting point,” he says. “Data is how you scale with confidence.”
A single blended margin figure reports how a company is doing. Margin broken out by dimension shows where it is doing well, where it is not, and which of those is worth attention, which is the only version of the number a leader can actually work with. To learn more, connect with Jeremy D. Bower on LinkedIn or visit Givr Packaging.
