Pharmaceutical Engineer

Pharmaceutical engineers usually work in two main areas. First there is the design, building and implementation of research and production facilities. The other area includes the creation, design and packaging of the materials that pharmaceutical companies use to manufacture products. Sound interesting? If so, read on to learn more about you could possibly advance in this exciting career field.

A bachelor’s degree, often requiring a total of five years, is the starting point for pharmaceutical engineers. Employment opportunities greatly increase with advanced degrees. Some pharmaceutical engineering jobs require an advanced degree. A master’s or doctorate degree allows for leadership and management positions. In most cases, a significant increase in salary occurs with advanced degrees.

Pharmaceutical Engineer Description

This type of engineer tends to be detailed and strong in problem solving skills. Since much of the work is related to drug design and manufacturing, a high level of responsibility is carried by pharmaceutical engineers.

Technical knowledge for pharmaceutical engineers may include understanding product development, manufacturing systems, quality control, compliance with regulations and production plants/equipment safety.

The daily work of a pharmaceutical engineer could involve any of the following:

  • Conception and design of new pharmaceuticals
  • Scale-up of drug models
  • Manufacturing chemical and biological materials for drug production
  • Manage supply chain management
  • Quality control
  • Ensure regulation compliance

Pharmaceutical engineers are in demand world wide with continued needs for improved medication, along with safe and affordable production.

Pharmaceutical Engineer Salary

Pharmaceutical engineers, generally part of the biomedical engineering field, earn on average more than $74,000 annually according to the U.S. Department of Labor. Advanced degrees and experience lead to salaries over $100,000.

Due to the increased need for affordable and effective medications, this type of engineering is expected to grow at a faster than average rate over the next decade.



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