Forget interview buzzwords. We’re talking about solving real technical problems.
3 minutes read · 26th June 2025
Chartwell Careers

Used so often during the interview process, “problem-solving” tends to lead to templated responses. For most graduates, teaching stops at trying to solve problems. Few are taught how to find them in the first place. That’s what makes consulting at Chartwell different. You won’t just be applying formulas to pre-defined problems — you’ll be stepping into environments where even the client may not know what’s wrong.
To truly solve problems to their root cause, Chartwell utilizes its proprietary Fault Tree Modeling (FTM) methodology — a systematic way to dissect complex challenges and resolve them permanently. Think of FTM as the engineering equivalent of debugging — but applied to real-world, physical systems. It’s structured and analytical, easy to pick up for STEM graduates, but powerful enough to solve problems industry veterans haven’t been able to fix. Every new Chartwell consultant is trained in the FTM approach from day one.
“Problem-solving is such a critical skill. At Chartwell, we pride ourselves on our ability to solve really difficult, technical problems to ensure our clients get the results they need to improve productivity,” says Alex Williams, an Engagement Leader at Chartwell.
In many first-year STEM roles, you’ll be handed well-defined tasks or research briefs. At Chartwell, you’ll walk into a production line where millions of pounds are at stake — and the issue could be mechanical, chemical, process-based, or all three at once.
From Alex’s perspective: “Problem-solving can often seem like a buzzword. At Chartwell, we not only test for this during the hiring process, but dedicate an entire week of our new hire training to learning and developing the necessary problem-solving skills to be successful as an operations consultant.”
The types of challenges that come up on client projects vary drastically. One week, you might be tracing unexplained yield loss back to a chemical reaction’s temperature profile. The next, mapping airflow dynamics to fix an energy inefficiency costing a site millions.
“Being able to utilize your science and engineering background to solve really complex, technical problems is incredibly rewarding,” says Alex. “You’re literally solving a real-world issue for a manufacturer and following through to see the end result once you put the solution in place. It’s not theoretical. It’s one of the few careers where you can see the tangible, immediate impact of your work.”
If you want to apply your technical skills to solve real-world challenges with immediate, visible results — this is where you start.