SUMMARY
Chemical engineers work in diverse fields beyond power plants, including safety management in chemical production facilities, mining and minerals processing, and research and development for plastics and coatings. They engage in processes such as pyrometallurgy, smelting, and Six Sigma analysis to optimize production. Chemical engineering bridges chemistry with physics, allowing for applications in pharmaceuticals, polymers, and biotechnology. Students interested in biochemistry should focus their studies towards engineering to access industry opportunities.
PREREQUISITES
- Understanding of chemical engineering principles
- Familiarity with Six Sigma analysis
- Knowledge of biochemistry and biotechnology
- Awareness of the differences between engineering and engineering technology
NEXT STEPS
- Research the role of chemical engineers in safety management at production facilities
- Explore applications of Six Sigma in chemical engineering processes
- Investigate career paths in biochemistry and biotechnology within engineering
- Learn about the distinctions between engineering and engineering technology programs
USEFUL FOR
High school students considering a career in chemical engineering, college students exploring biochemistry and biotechnology, and professionals in the chemical production and safety management sectors.