Process Simulation Engineer

Process simulation involves the application of specialized software to model the flow of materials and energy through complex industrial systems. The daily work revolves around mathematical optimization, where engineers adjust variables such as temperature, pressure, and catalyst concentrations to predict outcomes without the high cost of physical experimentation. This discipline bridges the gap between theoretical chemical research and mechanical engineering, requiring a meticulous approach to data validation and system constraints.

The rhythm of the work is characterized by cycles of model development, sensitivity analysis, and validation against real-world pilot plant data. Successful professionals in this field demonstrate a high tolerance for technical complexity and a disciplined approach to troubleshooting non-linear systems. The role is increasingly focused on sustainability, as engineers are tasked with minimizing carbon footprints and energy waste through precise process integration and heat recovery modeling.

responsibilities

Develop complex steady-state and dynamic models for chemical production processes using industry-standard software.

Optimize existing manufacturing workflows to improve yields while reducing energy consumption and waste production.

Validate simulation results by comparing computational data with physical measurements from laboratory and pilot plant operations.

Collaborate with mechanical and civil engineers to translate process flow diagrams into functional facility blueprints.

Conduct safety and risk assessments such as Hazard and Operability studies based on simulated failure scenarios.

Document technical specifications and standard operating procedures for new process implementations.

Present feasibility studies and cost-benefit analyses for proposed plant upgrades to senior executive stakeholders.