Chemical Engineers: Building Stuff and Working in the Chemistry Field

Introduction

Chemical engineers play a dual role in bridging the gap between chemistry and engineering. They not only provide the theoretical knowledge required for chemical processes but also engage in practical applications. This article explores the duties of chemical engineers, particularly those involved in building and designing processes, as well as the specific classes that offer hands-on experience in the field.

Roles of Chemical Engineers

Chemical engineers are involved in several key roles, each requiring both theoretical knowledge and practical application. These roles include:

Process Design: Transforming raw materials into valuable products by designing conversion processes. This often involves creating flow diagrams, selecting equipment, and developing safety protocols. Equipment Design: Designing reactors, distillation columns, heat exchangers, and other equipment used in chemical processes. Plant Operations: Overseeing the operation of chemical plants to ensure smooth and efficient processes. Research and Development: Developing new materials or processes, which may include building prototypes or pilot plants.

Classes in Chemical Engineering That Involve Building

Several classes in chemical engineering specifically focus on hands-on projects and design work, allowing students to gain practical experience in building and designing systems. Here are some of these classes:

Unit Operations Lab

This course involves hands-on experiments where students design and operate equipment such as distillation columns or heat exchangers. Students learn to apply theoretical concepts to real-world problems through practical experimentation and troubleshooting.

Chemical Reaction Engineering

This course focuses on designing reactors and understanding the kinetics of chemical reactions. Students may work on simulations and modeling to predict and optimize reactor performance, helping them to build a deeper understanding of chemical processes.

Process Control

With a focus on controlling processes in chemical engineering, students may build control systems and simulations to manage and optimize industrial processes. This class provides a solid foundation in automation and process monitoring.

Senior Design Project

This capstone course is a team effort where students design a process or system, often resulting in a physical or simulated prototype. It is a culmination of the skills and knowledge gained throughout their academic career, providing real-world experience and preparing them for careers in industry.

Materials Science

This course involves the study of material properties, including the building of composite materials or other structures. Students learn about the interactions between chemical composition and physical properties, which is crucial for designing effective materials in chemical processes.

Thermodynamics

Note: Primarily theoretical, thermodynamics is a fundamental course that may involve building models or simulations of thermodynamic systems.

Conclusion

In summary, chemical engineers do actively build things and work in the chemistry field. Their education integrates a mix of theoretical knowledge and practical skills, with several classes focused on hands-on projects and design work. If you are interested in a career that combines chemistry and engineering with a hands-on approach, chemical engineering could be an excellent choice for you!