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Biochemical Engineer |
Career OverviewA biochemical engineer is really a unique blend or combination of two very different fields of study. A biochemical engineer works to use engineering problem solving and engineering theory and apply it to the molecular structure of cells.
This blending of the two sciences allows the biochemical engineer to creatively address many of the issues that biotechnology is facing to improve food and medicines as well as develop new types and varieties of biological material.
A biochemical engineer is definitely not a person that thinks within the box, rather they are constantly looking to improve and redefine various aspects of the living world. A biochemical engineer may work on developing natural fuels, improving the efficiency of a particular drug or pharmaceutical process, or even helping find a cure for a disease.
Biochemical engineers usually work within laboratory settings. Often the biochemical engineer is the team leader or part of the supervisory or management level of the team.
Often directly responsible for putting the experiment design into action the biochemical engineer has to have a good understanding of lab processes, good mechanical knowledge, and be creative and an above average problem solvers. Use of computer assisted drafting programs (CAD) and strong data analyzing skills is often required.
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Career RequirementsA biochemical engineer requires at least a 4-year Bachelors degree in chemical or biological engineering or a science related field. In addition most advanced level biochemical engineer will have a Masters level or even Doctoral level education and be registered as a Professional Engineer (PEng).
Management level or research design biochemical engineers will virtually always be required to have at least a Master’s level education, although some Bachelors level biochemical engineer may qualify if they have additional specialized education or extensive experience.
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Job OutlookThe field of biotechnology continues to grow at a rate that exceeds the average employment numbers. According to the United States Department of Labor it is anticipated that this above average growth in the sector will continue at least until the year 2014.
As the demand for new and more environmentally friendly fuels, processing plants, energy sources and even household items increases the demand for biochemical engineers will continue to grow.
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Career TrackA biochemical engineer with a Masters or PhD level of training has many different options. Supervisory and management jobs are one option, but independent research or consulting to larger corporations or agencies may also be a rewarding career.
Biochemical engineers may also decide to become more involved in the research component and become more active in development of new products or equipment. Private sector manufactures often hire biochemical engineers to help them sanitize or improve their production facilities.
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CompensationIn the biotechnology field experience and education are the key factors in determining a salary rate. The more experience and education the higher the average yearly income. A beginning biochemical engineer with a Bachelor or Masters level education and less than a year of experience can expect to earn approximately $48,000 per year.
With over five years experience the same individual can earn over $60,000 per year. A Masters or Doctoral level biochemical engineer with significant experience can earn $75,000 per year and the same individual in a supervisory role will earn closer to $100,000. As with all salaries private sector and pharmaceutical companies will pay more than government agencies.
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