Careers in Biochemical Engineering: Biochemical engineering is the scientific discipline of applying the principles of engineering to the specification, design, development, operation or use of products and their processes based on biochemical and biological phenomena.
In the early stages of biochemical engineering, the biochemical engineers mostly involved with the optimization of microorganism growth in conditions where oxygen was present. This is at the scale of thousands of liters.
Even though the scale of the subject has expanded, the focus on microorganism growth in aerobic conditions still remains.
The most common aim in the early stages of biochemical engineering is developing an efficient process of maximizing the production of a renewable energy source derived from biological materials. This renewable energy source is called biomass.
Biomass is mostly constituted of hydrogen, oxygen, carbon, nitrogen, sulfur, mineral salts, some phosphorus, and trace amounts of particular metals.
These substances are added to a fermenter and are then used by bacteria as consumption as they metabolize and reproduce. Oxygen is added to the fermenter and supplied as sterile air to promote the growth of the culture.
The optimization and operation of aerobic cultures on a large scale is still of vital importance in the field of biochemical engineering. In recent years, the cultivation of a wide range of cell types has risen in importance also.
Biochemical engineering professionals are frequently concerned and actively involved with the culture and cultivation of plant cells, mammalian cells, and even insect cells. They also utilize the genetically modified versions of the aforementioned cell types.
Biochemical engineering also has an active involvement in the process of removing pollutants using the metabolic processes of microorganism as well as the development of immune technology vaccines.
Careers in Biochemical Engineering
Biochemical engineering is a scientific discipline concerned with the combination of two fields of study—biological engineering and chemical engineering. Biological engineering is the application of engineering principles and methodology in the field of life sciences.
Chemical engineering is a branch of engineering concerned with the process of converting chemicals into more valuable and useful forms. Biochemical engineering combines these two disciplines and works in using engineering theory and practice and applies it to the molecular structure of cells.
Biochemical engineers do not think in the conventional way. Rather, they are constantly looking for ways to improve several aspects of the living world.
The combination of the two disciplines allows biochemical engineers to creatively address several issues in biotechnology is to improve food production and the pharmaceutical industry and develop new varieties of biological material.
Biochemical engineers are often in the supervisory level of the team in laboratory settings.
As such biochemical engineers are required to have a good understanding of laboratory processes. They need to be skilled at data analysis and be familiar with computer-assisted drafting programs.
In order to work in the field of biochemical engineering, one is required to finish at least a bachelor’s degree in biological or chemical engineering.
For managerial and research design jobs, biochemical engineers need to have at least a Master’s degree. Independent research and consultancy may also be a rewarding Careers in Biochemical Engineering with a Master’s or a Doctorate degree.
Biochemical engineering is a well-compensated field. A biochemical engineer with a Master’s degree with minimum experience may earn about 20,00,000.00 per year. With about five years’ experience they could earn more than 30,00,000.00 per year.
Biochemical engineers with a Doctorate degree with considerable experience may earn about 40,00,000.00 in a year. Managerial positions earn around 60,00,000.00 per year. Pharmaceutical companies and the private sector usually pay more compared to government agencies.
Biochemical Engineering deals with both chemical and biological engineering. Chemical engineering deals with the study and use of raw materials and chemicals to produce useful products. Biological engineering deals with the study of biological components to create new things.
If you see yourself producing things that are useful to all living things through the use of math, science and engineering, then Biochemical Engineering is the course for you.
There are several schools offering this course. Find a school in your area that offers this and know the requirements to enroll.
A degree in Biochemical Engineering will help you land a position in engineering and chemical industries.
With knowledge learned from this course, you may produce medicines, foods, chemicals, substances and other things that will be helpful not only to people but to animals, plants and the environment.
If you want to have bigger chances of getting a job in the said industries, you may pursue a doctorate degree. This will also give you an opportunity to become a supervisor or manager.
The salary that you may get as a biochemical engineer is around 20,00,000 to 50,00,000 per year or even higher, depending on your educational attainment and experience.
The size of the company also plays a role on the salary offer. Graduating from this course can give you an entry level salary, which is the lowest offer. If you have a doctorate degree, the salary offered will be higher even if you don’t have previous work experience yet.
This is because the doctorate program is already an actual learning experience for biochemical engineers.
Those with previous experience in the position applied for will usually receive higher salary offer than those who are just starting in the business. Of course, bigger companies usually give higher salary than smaller ones.
Biochemical Engineering may need extra hard work, as you will be focusing on different subjects.
However, the salary that you will get for landing a job in this field will surely make you forget about the challenges you went through.
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