Online Chemical Engineering Classes
The study of chemical engineering focuses on learning how to apply the principles of chemistry, biology, and physics to produce chemicals, foods, fuels, drugs and other products. The courses emphasize not only creation but also production on a massive scale in an economic fashion. Many of the online courses in this subject are accredited by ABET, which is a non-governmental organization.
The following subjects are often studied by students in these programs:
Typically, courses in this area of study have a strong focus on chemistry, which teaches the science of change in the material world at a molecular level. Atomic structure, periodic properties, thermodynamics and kinetics are all examples of subjects studied in chemistry courses.
Physics courses are concerned with the science that deals with matter, energy, motion and force. It focuses primarily on the behavior and properties of matter on the molecular scale, as well as how to integrate molecular components into larger structures.
Biology, the study of living organisms and life processes, is another core science found in chemical engineering programs. These courses focus on the creation of materials and products that interact with living systems on a cellular level and include topics such as prosthetics, human anatomy, biological process within living organism and the mechanics of cells.
Courses also focus on the application of core sciences in a way that is useful and practical to humans. These courses differentiate chemists from chemical engineers by focusing on mass production, manufacturing processes, environmental safety and even economics.
Mathematics classes teach students how to use both basic and advanced mathematical principles to calculate the results of the processes studied in other chemical engineering courses. Students should expect to cover several levels of calculus, differential equations and statistics.
Classes also help students develop and refine valuable skills in the following areas:
Written and Verbal Communication
Students not only study the production of materials but also how to convey their findings in written reports and oral presentations. By preparing oral reports and writing research essays, students learn how to communicate their ideas in ways that are informative, factual, clear and persuasive.
Chemical engineers must be able to analyze a situation and figure out why a certain process does not work or how to improve a current situation. During their studies, students learn how to ask the right questions to find an effective solution.
Inductive and Deductive Reasoning
Through their course, students learn to use inductive reasoning to understand broad concepts through actual production examples and deductive reasoning to understand different approaches for specific situations through the application of general topics. By reading case studies, discussing general principles and performing experiments, learn proper methods for drawing conclusions.
As they progress through their classes, students learn how to collaborate with other engineers and communicate with the technicians and mechanics who implement their designs. By engaging with others through class discussion boards, students come to understand how to benefit from the synergy that comes from working as a team.
Students can also expect to learn how to analyze and interpret data to arrive at new and useful conclusions. Topics such as linear algebra, differential equations and computer programming all enhance students' ability to apply analytical methods to data.
Online Chemistry Courses, Online Physics Courses