Let’s talk about resilience. In materials science, it is known as the modulus of resilience, or the maximum amount of energy a material can absorb before it permanently deforms. The concept was first used in the timber industry to explain why some types of wood could withstand sudden, severe loads without breaking, and later became a means of comparing how different materials perform across applications. This measurement is especially useful for impact loading, vibration, shock, or repeated stress, since all of these situations depend on a material’s ability to store and release energy without failing.
In the real world, that same idea helps engineers choose materials for bridges that can withstand floods, buildings that can ride out earthquakes, and industrial systems that can keep running through power disruptions and extreme weather events. In other words, resilience matters in systems where the ability to absorb energy and recover matters more than simply being strong.
Resilience also applies to people and workplaces. It’s not about never feeling pressure or never being affected by stress. It’s about having the capacity to absorb strain, adapt to changing conditions, and keep functioning steadily even when circumstances inevitably shift. In people and organizations, it is less about endurance than about structure: how work is organized, how decisions are made, and how complexity is handled in real time.
Work today is fast-paced; demands, deadlines, and information flow have all accelerated, often faster than the systems around them were designed to handle. Even in strong organizations with healthy work cultures, these pressures do not disappear, which is why resilience matters so much at the individual level. We’ll look at five practical ways scientists and engineers can build resilience in their work and careers.
- Manage your inputs. In engineering and lab environments, inputs are constant; someone has an urgent question, a troubleshooting request, or a last-minute data review. Informal “check-ins” disrupt your focus. Most of these don’t require an immediate response, but reacting to them creates constant fragmentation. The key is to delay before you engage. Pick one channel, such as Slack or email, and set a clear rule for when you check and respond. You can’t control the number of inputs, but you can control the intake points. That small shift reduces interruptions.
- Protect focus time. Engineers and scientists constantly switch between deep work, like data analysis and modeling, and coordination work, like meetings and updates. That switching creates friction. You may not be able to redesign your entire schedule, but protecting even 60 to 90 minutes of uninterrupted focus time each day can make a meaningful difference. Most people have a natural 2–3-hour window of peak performance. Don’t let it get absorbed by coordination.
- Protect your work in motion. Too many active workstreams running at once (experiments, simulations, analyses) can make it hard to see what is actually driving the process. A useful check is this: if you had to update your manager on everything you’re working on, would it take longer than 10 minutes to review your task list? If so, you probably have too many active threads. A resilient worker limits active workstreams to two or three threads. Sequence matters. Instead of running everything in parallel, bring one stream to a meaningful checkpoint before moving to the next. This reduces interference and makes results easier to interpret.
- Stop re-deciding things. Redundant decision-making slows down your work, especially when you’re constantly rethinking how to structure analysis, what assumptions are acceptable, and how to document results. Ask yourself: what do you keep re-deciding? Pick one decision that has come up more than twice in the last month and write down your starting point, the key deciding factors, and the final decision. This gives you a reusable default instead of having to work through the same reasoning from scratch the next time.
- Know when something is done enough. In engineering and scientific work, “done” is rarely absolute. There is almost always more refinement possible, which makes it easy for work to expand beyond what is needed. Resilience comes from stopping at a decision-ready point. What is enough to move forward with confidence? Defining that threshold early helps prevent work from expanding indefinitely without changing the outcome.
If you take away anything from this column, it’s that resilience shows up in the moment, but you don’t build it there. You need to prepare before the inevitable workplace stressors and pressures show up. None of these patterns require more time; in most cases, they give time back. Many are likely already present in how you work, just not always consistently or intentionally. What they do is reduce variability in how your work gets done. In engineering terms, they create more predictable conditions so you’re not constantly re-solving the same problems in real time. They don’t remove pressure, but they make your work more stable within it. Over time, that stability is what allows you to keep functioning consistently, even as demands increase.
Kate Williamson is a former R&D technician and product development engineer with a master’s degree in applied chemistry. In 2016, she established Scientech Résumés, a highly specialized career management firm that works exclusively with STEM professionals. Learn more at www.scientechresumes.com.
This article originally appeared in the Career Connection column in the June 2026 issue of CEP. Members have access online to complete issues, including a vast, searchable archive of back issues found at www.aiche.org/cep.
