Master's Programs in Pharmaceutical Engineering

Earning a masters degree in pharmaceutical engineering will allow students to gain the knowledge and experience that they need to enter into the work force. Learn about earning a masters degree pharmaceutical engineering. Schools offering Clinical Research Administration degrees can also be found in these popular choices.

How to Earn a Master's Degree in Pharmaceutical Engineering

Earning a master's degree in pharmaceutical engineering can take roughly two years, depending on whether the student attends classes full-time or part-time. Some common courses that students can expect to take as a part of the master's program include Thermodynamics, Separation Process Principles, and Kinetics of Reactions.


Thermodynamics courses are used to teach students the basic principles of the field. This class may cover topics such as thermodynamic functions and how they apply to chemical engineering. The prerequisite for courses like this is an undergraduate in physical chemistry.

Pharmaceutical Engineering

In pharmaceutical engineering courses, students can expect to get an overview of the pharmaceutical industry. Some topics that may be covered in classes like this include drug discovery, drug development, drug dosage, and FDA requirements. Lastly, students should also expect to learn about important drug manufacturing processes.

Separation Process Principles

Separation Process Principles classes are designed to teach students the basic principles of separation and techniques. This course also teaches students about separation with and without chemical reactions. Lastly, Separation Process Principles classes cover other types of separation methods such as membrane-based separation and external field driven separation.

Kinetics of Reactions

In kinetics of reactions classes, students can expect to learn about different models for catalytic and non-catalytic solid-fluid reactions. Students in classes like these can also expect to cover topics like reactor types and the effects of temperature on reactions. To take courses like this, students must first have completed undergraduate courses in chemical engineering.

Principles of Pharmacokinetics

Principles of Pharmacokinetics courses are set up to teach students about the basics and fundamental principles of pharmacokinetics. Some topics that students can expect to see in classes like these include drug transportation, factors of drug absorption, distribution, and routes for administration. Another area of study could include mathematical pharmacokinetic models.

Admittance Requirements for Master's Programs in Pharmaceutical Engineering

Before being accepted into a master's degree program for pharmaceutical engineering, students must first hold a bachelor's degree from an accredited college or university. The bachelor's degree can be in either chemical engineering or another related field. Students must also have a minimum of a 3.0 GPA.

Related Careers

Biomedical Engineer

Biomedical engineers have a number of different responsibilities that include designing biomedical equipment, maintaining and repairing equipment, and installing equipment. These engineers also train others to properly use biomedical equipment and write technical reports, and they typically work in hospitals or medical buildings. The engineering background and lab experience that is acquired over the course of completing a master's degree program in pharmaceutical engineering will qualify people for this position.

Materials Scientist

These scientists complete and plan research projects that can be used to develop new products. Material scientists also instruct other scientists on proper procedures in laboratory settings, they prepare solutions for lab testing and write technical reports. These scientists use a large portion of the skills obtained over the course of earning a master's degree in pharmaceutical engineering.

Nuclear Engineer

Nuclear engineers are responsible for developing and designing equipment that is used in nuclear facilities, such as reactor cores. These engineers monitor nuclear power facilities and reactors to make sure they are operating properly. Those with a master's degree in pharmaceutical engineering will have a background in thermodynamics and other important principles that will qualify them for this position.

Chemical Technician

Chemical technicians work to test product quality and monitor different chemical processes. They also maintain lab equipment, prepare chemical solutions, and troubleshoot problems as they work in a laboratory. People who have earned a master's in pharmaceutical engineering will have experience in lab settings that will qualify them for this position.

Occupational Health Specialist

The duties of an occupational health specialist consist of inspecting equipment and work environments to ensure safety standards are met. These scientists also prepare written reports, demonstrate how to properly use equipment, and investigate accidents. Most occupational health specialists work in either hospitals or other medical buildings. Most of the skills acquired by earning a master's degree in pharmaceutical engineering, such as lab and safety experience, will be used in a position like this.

Career Title Median Pay (2018)* Job Growth (2018-2028)*
Biomedical Engineer $88,550 4%
Materials Scientist $78,30 4%
Nuclear Engineer $107,600 -1%
Chemical Technician $48,160 2%
Occupational Health Specialist $69,370 4%

*Bureau of Labor Statistics - BLS

Earning a master's degree in pharmaceutical engineering can take around two years to complete from start to finish, and students will need to take courses such as Thermodynamics, Kinetics of Reactions, and Pharmaceutical Engineering. Even though completing a master's degree program in pharmaceutical engineering can be a great deal of work, it will open up a wide variety of job possibilities upon completion.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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