Major: Chemical Engineering
Through science and math principles, chemical engineers create new products and processes and work to optimize existing ones. You’ll learn how chemistry, physics, biology, and math can be applied to solve problems and enhance human life. From the initial idea all the way through the finished product, chemical engineers merge science, math, and engineering to create products and systems that improve our quality of life.
Consider the evolution of smartphones─the size, weight, battery life, and other aspects that have improved tremendously because of the insights and innovations of chemical engineers. Chemical engineers have made the following revolutionary contributions to society:
- Antibiotics
- Vaccines
- Potable water
- Sanitation
Worldwide population growth raises questions on how to solve problems facing energy, food, water, and the environment. Chemical engineers are already working on sustainable solutions for the next generation.
What does a student majoring in Chemical Engineering study?
- Chemistry
- Introduction to Chemical Engineering
- Chemical Engineering Lab
- Analytical Methods
- Thermodynamics
- Transport Processes
- Calculus
- Physics
What can I do with a Chemical Engineering degree?
With a strong foundation in science and math, you’ll find employment in industries focused on alternative and renewable fuel, biotechnology, food and consumer products, pharmaceuticals, textiles, the environment, among other areas. You can consider career options such as the following.
- Chemical Engineers
- Chemical Technicians
- Biomedical Engineers
- Environmental Engineering Technicians
- Mechanical Engineering Technicians
Specializations for a Chemical Engineering Major:
- Alternative Energies
- Materials Synthesis
- Materials Processing
- Environmental Engineering
- Food Engineering
What are the requirements for a Chemical Engineering degree?
Your college or university will have minimum grade requirements for chemical engineering courses. This field is competitive. Aim for grades that reflect a solid grasp of science, math, and engineering concepts. Your coursework and undergraduate research will lay the foundation to develop solution-driven products.