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A Master of Engineering (M.Eng.) in Pharmaceutical Engineering combines the research and development of pharmaceutical production methods with the research and development of medical drugs and their effects on patients. A master’s degree in pharmaceutical engineering can be ideal for those who want to pursue a career within a challenging yet rewarding environment, discovering solutions to world health epidemics and advancements in treatments for chronic illnesses. According to the U.S. Government, the United States is the biggest pharmaceuticals market in the world, accounting for around 35% of the global market. The industry includes 4.4 million jobs across the country, and with 7,000 new medicines being developed. Pharmaceutical engineering comprises researching the use of drugs and improving the manufacturing processes of these drugs. Pharmaceutical engineers run tests and carry out research on drugs that could potentially come to market, or check that those already on the market comply with government safety standards.

They also find new efficiencies in manufacturing processes and new methods to minimize costs. In Pharmaceutical Engineering covers molecular and chemical processes in pharmaceuticals, as well as standards and regulatory aspects within the industry. Many of those who choose to pursue a M.Eng.

In Pharmaceutical Engineering will have gained a relevant undergraduate degree in a similar field, such as chemical or mechanical engineering. If you have an undergraduate degree in one of these areas, or a science-related degree, this could provide a suitable context within which to work toward your M.Eng.

The degree also may be suitable for those who have recently graduated or for working professionals who want to specialize or further their career in medical research. The curriculum may cover a wide range of topics including biomaterials, medicine, bioinstrumentation, medical imaging, or clinical engineering. [4] Someone with a Master of Pharmaceutical Engineering may be able to work in a medical or research facility, hospital, university, government agency, or pharmaceutical company.

He or she also may find employment in academia. Earning a Master of Pharmaceutical Engineering presents a wide range of job opportunities within the field. The degree offers a variety of skills and knowledge that can equip you with the capability to succeed in: • Directing laboratory activities and leading teams in developing new instruments and processes for use in the medical profession • Working in hospitals to monitor and advise doctors and surgeons on medical procedures and where new equipment might be used • Academic teaching and/or research • Working to test the health and safety standards and the quality of products and equipment • Taking a role as a pharmacist in a laboratory or pharmacy. The pharmaceutical industry is increasingly important in managing world health problems and serious diseases. The industry can provide a great opportunity for people looking to make a difference in the world with regard to disease treatment and prevention.

With people living longer, more complex and cost-effective medical treatment is likely to result in new opportunities in the pharmaceutical field. With advancement in technology and health care, new job opportunities will likely emerge as more specialized areas of research will begin to emerge.

[3] There was a slowdown in the pharmaceutical industry as a whole in 2016, but according to Nasdaq, the industry shows signs of recovery in its research and development sectors. [9] This could bode well for the future of pharmaceutical engineering careers.

The types of careers in pharmaceuticals include manufacturing, regulatory and patenting, clinical pharmacy, research and development, quality assurance, formulation methods, and pharmaceutical analysis. These careers combine for an average salary of about $85,138 per year.

[4] Some of the more common job fields and their pay include: [5] • General medicine and surgical hospitals: $75,530 • Research and development: $104,490 • Office of physicians: $101,190 • Medical equipment manufacturing: $96,870. As is the case with many engineering master’s degrees, the M.Eng. In Pharmaceutical Engineering can teach you a wide array of competencies and skills.

It can prepare you best for a career in pharmaceuticals, but graduates often find themselves working as engineers in the petroleum, aerospace, chemical, electrical, and biomedical fields, just to name a few. If you do choose to pursue a career in a pharmaceutical setting, there are plenty of fields you may consider.