If you would like to combine a passion for the environment and natural resources with your skill in the biological field, consider majoring in Biological Engineering.
Biological Engineering students take classes in biology, chemical engineering, civil engineering, applied mathematics, bioelectronics, and physics along with classes in agriculture, earth science, and forestry to learn how to use engineering to solve biological issues. Graduates will be equipped with the skills to improve natural resource use, increase environmental production during manufacturing processes, and develop enhanced food production systems.
Students who wish to pursue a career in Biological Engineering should have a strong background in math and science. Professionals must apply these principles daily. Students should also have strong critical thinking and problem solving skills to develop unique and successful solutions to given problems. Strong communication skills and the ability to work in teams will help professionals accomplish more tasks efficiently and effectively.
Biological engineers often work full time with occasional overtime hours. Although most work is done from an office or laboratory, professionals must perform field visits to make observations and draw up plans for tackling problems with depleting natural resources, environmental pollution, or agricultural damage.
In order to gain valuable experience and stand out to employers when entering the job market, students should find internships or summer jobs. This will allow them to get hands-on experience both in the field and working with computer systems that aid professionals in problem solving. Students should also look into cooperative engineering programs provided by some colleges and universities that allow students to gain college credit while working in their desired field.
Most entry-level positions require a bachelor's degree, but for those who wish to perform research, teach, or pursue a higher paying job, a master's degree is required.
Biological Engineering graduates have the ability to pursue a job in a variety of industries. Some decide to go into agriculture and work with farms or food production companies, while others work with government organizations protecting natural resources and the environment. This degree equips graduates with a wide range of knowledge on how biology interacts with engineering, allowing for numerous career options.
With this field growing at a slower than average rate, graduates will face competition when searching for a job. Those who have relevant previous experience will be more competitive.