Faisal Alghamdi: Learning to Look Beyond the Flowsheet

Illustrative sample. This fictional feature combines supplied demonstration CV material with invented interview responses and narrative details. It is not a report of a real interview or an independently verified account.

Through fuel-cell training, laboratory experience and process simulation, the chemical engineering graduate is learning to judge a design by more than its most promising result.

A process flowsheet can look convincing long before its assumptions have been tested. For Faisal Alghamdi, learning to question that first impression has become an important part of learning to think like an engineer.

His chemical engineering studies at King Saud University brought together thermodynamics, process design and simulation. But it was the task of comparing alternatives, rather than producing a single polished design, that gave those subjects a practical connection.

In a project on butanediol and its derivatives, he developed a process flowsheet and used Aspen HYSYS to examine different configurations. The work included analysis of the reforming section, with attention to hydrogen yield, energy performance and economic feasibility.

“The first question is whether a configuration works,” he says. “The more interesting question is what you have had to assume to make it work, and what changes when those assumptions move.”

He also built an independent comparison sheet alongside the simulation. Its purpose was not to produce another headline result, but to make the reasons for choosing one configuration over another easier to follow.

From a result to a defensible decision

Fuel-cell training at King Saud University gave him experience with a different kind of engineering evidence. Instead of relying only on a model, he encountered the work of observing performance across operating conditions and considering what a measured change actually represented.

A subsequent internship at King Abdulaziz City for Science and Technology added laboratory analysis and exposure to process-development work. Together, those experiences encouraged a more careful distinction between a promising observation, a repeatable finding and a solution ready for wider use.

That distinction also helps explain his interest in project management. His CAPM certification complements the technical work with a vocabulary for scope, dependencies and delivery.

He sees the connection as straightforward: a technically sound proposal still needs clear documentation and a shared understanding of what will happen next. Otherwise, a good idea can become difficult for a team to evaluate or act on.

“I want someone reading my work to understand the trade-off, not just the conclusion,” he says. “If the reasoning is clear, the next person can challenge it, improve it or use it.”

His developing approach is less about finding a perfect answer than making the path to an answer visible. For an early-career engineer, that is a useful ambition: build the model, test the assumptions and explain the decision.

Profile details

Field: Chemical engineering, process design and energy systems.

Education: Bachelor of Engineering in Chemical Engineering, King Saud University.

Selected project: Production of butanediol and derivatives.

Tools and methods: Aspen HYSYS, process simulation and thermodynamic analysis.

Get in touch

For more information about Faisal's work in chemical engineering, process design or energy systems, contact Faisal directly at faisalghamdi74@gmail.com. Enquiries about the ideas and projects featured in this article are welcome.