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Chemical Engineering – Career Opportunities and Earning Potential

Roles and Responsibilities of a Chemical EngineerChemical Engineer

Implementing principles of physics, chemistry, mathematics, and Mechanical and electrical engineering, chemical engineering professionals solve problems involving the production or use of chemicals and their byproducts. To put it simply, they interpret laboratory processes into practice on the production floor to maximize productivity and minimize costs.

Along with designing processes and equipment for Large-scale chemical production, chemical engineers plan and test production methods; examine practices used to deal with byproducts, and oversee production. How production processes impact the environment and worker and consumer safety are key concerns for the profession.

Career Opportunities

Beyond chemical production, chemical engineers work in a broad selection of other manufacturing industries, including energy production, electronic equipment, food, clothing, and paper. Health care and biotechnology also present exciting opportunities for chemical engineering. Some chemical engineers specialize in a specific field, like nanomaterials, while others may focus on developing specific products, from plastics to drugs to fuels.

According to the Bureau of Labor Statistics (BLS), chemical engineers Can expect employment growth in professional, scientific, and technical solutions. Specifically, energy research and development as well as the areas of biotechnology and nanotechnology will provide the best chances in the chemical engineering arena.

Chemical Engineering Has a Bright Future

American Chemical SocietyThe American Chemical Society (ACS) calls chemical Engineering the “broadest division of technology,” as it draws on fundamentals of mathematics, physics, and chemistry compared to other technology fields, which draw only math and physics. Due to its breadth of scope, chemical technology influences the international economy and the environment in a lot of ways.

Degree Programs Offered by Universities

Colleges and universities across the U.S. offer bachelor’s, Master’s, and Ph.D. programs in chemical engineering which enable students to focus their education on a specific business or more theoretical notions as preparation for graduate work.

Along with courses in physics, chemistry, math, and Computers, chemical engineering degree programs typically consist of course work in engineering-related subjects, such as heat and mass transport, thermodynamics, fluid dynamics, and process design and management. Undergraduate students may also expect fulfilling general education requirements in social sciences or humanities.

Chemical Engineer Income

According to the U.S. Bureau of Labor Statistics‘ 2018-19 Occupational Outlook Handbook, the median national Yearly salary for chemical Engineers is 98,340. Actual wages may vary greatly based on specialization Within the area, location, years of experience, and an assortment of other factors. National long-term projections of job growth may not reflect local And/or short-term economic or job requirements and don’t guarantee actual job growth.

Biomedical Engineering – Career Opportunities and Earning Potential

What a Biomedical Engineer DoesBiomedical Engineering

Combining biology and medicine with engineering, biomedical engineering experts research the engineering aspects of the biological processes of humans and animals, along with life scientists, chemists, and medical scientists. Biomedical engineers often design instruments that are used in different medical procedures, such as blood analysis computers or laser systems used in corrective eye surgery.

Employment Opportunities

In making the U.S. a better environment, biomedical engineers stand at the forefront. Their professional skills and training prepare them for clinical research and development work; for companies manufacturing pharmaceuticals, medical equipment and supplies, and other health-related products; and for hospitals in the field of medicine and surgery.

The high demand for engineers who understand how to build sophisticated medical devices and equipment has been affected by several factors:

Biomedical engineering creates leading-edge medical instruments that can reliably and easily help diagnose or rule out severe medical conditions, with an aging population and an increasing emphasis on health problems.

Cost-effectiveness-Biomedical engineers have the medical and engineering experience that businesses need to manufacture this equipment cost-effectively when it comes to producing complex medical devices and supplies.

Future Opportunities for Biomedical Engineers

To achieve full benefits for human health and well-being, biomedical engineering encourages a constructive partnership between medical science and technology. Consider only a few examples of the ways biomedical engineering continues to influence daily life in the United States:

ScienceDaily notes that recent research at the Virginia Tech-Wake Forest School of Biomedical Engineering and Sciences (SBES) has helped advance the identification and development of cancer in the human body based on the actions of fluids at the microscale stage, a groundbreaking new technology called microfluidics.

According to, North Carolina State University biomedical engineering researchers recently created a “smart coating” that helps surgical implants, such as hips, knees, and dental replacements, strengthen bone-bonding, avoid infection, and even promote bone growth.

BusinessWeek discusses how researchers in biomedical engineering at the University of Michigan have discovered through laboratory experiments that the rocking of embryos can improve the effectiveness of in vitro fertilization before implanting them into the womb.

Schools Offering Degrees in Biomedical Engineering

It takes highly advanced biomedical training to carry out the intricate work of biomedical engineering. Just a few of the specialties students can choose from are biomaterials, biomechanics, medical imaging, and orthopedic engineering.

Across the U.S., colleges and universities offer biomedical engineering bachelor’s, master’s, and Ph.D. programs. A majority of biomedical engineering positions require a master’s degree or higher, especially those in research and development.

Pay for Biomedical Engineers

In the U.S., according to Occupational Outlook Handbook 2018-19 of the Bureau of Labor Statistics, the median national annual salary for biomedical engineers is $85,620. Actual wages can vary greatly depending on field specialization, venue, years of experience, and some other variables. National long-term employment growth forecasts do not reflect economic or employment conditions at the local and/or short-term level and do not guarantee actual job growth.

Agricultural Engineering – Career Opportunities and Earning Potential

What do Agricultural Engineers Do?Agricultural Engineering

Job Responsibilities

Professionals of agricultural engineering apply their knowledge of engineering technology and biological science to farming. They design agricultural machinery, equipment, and structures; improve soil and water management methods; and study ways of improving the processing of agricultural products. Agricultural engineers may choose from a range of specializations, depending on their career interests, such as power systems and machinery design, structural and environmental engineering, and food and bioprocess engineering.

Employment Opportunities

Agricultural engineering professionals are educated by their unique education to recognize the interrelationships between technology and living systems and to prepare them for different career opportunities in the fields of ecosystem conservation, food safety, bioenergy, and human health.

For agricultural engineers, top employers include:

  • Services in agriculture
  • Manufacturing firms
  • The federal administration
  • Universities and schools

The growing need for agricultural engineers has led to several factors:

  1. Agricultural engineers are at the forefront of finding ways to increase crop yields required to feed more and more individuals in a growing population.
  2. The high demand for crops for use as renewable energy sources inherently requires experience in agricultural engineering and technical knowledge.
  3. Conservation-agricultural engineers play a key role in the discovery of natural resource conservation methods and the development of more effective agricultural production.

Prospects for Agricultural Engineering

The American Society of Agricultural and Biological Engineers (ASABE) discusses the essential duty of biological and agricultural engineers to create viable, environmentally sustainable solutions to the problems of the population and resources that affect our present and future.

Agricultural engineering is important in the field of green energy for the identification and creation of alternative renewable energy sources, such as biomass, methane, and vegetable oil. Moreover, agricultural engineers are working on ways to make these renewable energy sources cleaner and more effective by designing strategies for energy conservation that not only minimize costs but also protect the environment.

Universities Offering Degrees

As ASABE suggests, students of undergraduate agricultural engineering should expect to take classes in basic engineering, agricultural and biological sciences, mathematics, economics, and humanities general education. In agricultural engineering, graduate programs usually include extensive course work and in-depth study in the discipline chosen by the student.


According to the BLS, in the U.S. the median national annual salary for agricultural engineers is $73,640. The 2018-19 Occupational Outlook Handbook of the Bureau of Labor Statistics Actual wages can vary greatly depending on field specialization, venue, years of experience, and some other variables. National long-term employment growth forecasts do not reflect economic or employment conditions at the local and/or short-term level and do not guarantee actual job growth.

Engineering Videos

Engineering Videos by Discipline

Check out these videos about various engineering disciplines.

Mechanical Engineering

Mechanical designing is the plan and assembling of mechanical frameworks. You’ll need to have a solid interest in cutting edge math and material science on the off chance that you go into this major. Mechanical designing is quite possibly the most adaptable of the designing orders as a result of the relative multitude of fields you can go into. This video covers a diagram of the mechanical designing undergrad educational program and some vocation ways.

Civil Engineering

A great many people most likely know this significant comprises of dealing with spans, structures, dams, etc. However, you may not realize that structural designing is separated into various subfields that are extraordinary and not the same as each other. These subfields incorporate underlying designing, geotechnical designing, water assets designing, and transportation designing. Contingent upon the sort of activities you need to work on you will decide to zero in on one of these four subfields. Note there are comparative majors to structural designing, for example, development or engineering that individuals may mistake for common. Make certain to comprehend the distinctions (which I clarify toward the end) so you can settle on a more informed choice on your school major.

Chemical Engineering

Chemical engineering is considerably more than simply working with synthetics. You need to plan compound plants, reactors, and work with the cycles that go into a large number of the items we are aware of. Vocations in substance designing incorporate elective energy, food creation, gadgets, mechanical synthetics, oil, and that’s only the tip of the iceberg. In this video I additionally examine science versus compound designing and how to realize which major might be better for you. As a science significant you’d jump further into learning substance responses on a more limited size and wouldn’t get familiar with any of the designing standards to scale these responses. Basically, in the event that you need to work exclusively in a lab, and work with compound responses, at that point you should study science or natural chemistry. Notwithstanding, on the off chance that you need to take those responses, however sort out some way to get them going for an enormous scope, so they can go out to purchasers or organizations, at that point a significant in synthetic designing would be better for you. Compound specialists can work with synthetics in a lab, however it’s simply more uncommon to know about this.

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Sample Blog Post

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