Health problems can be solved through the integration of biology, medicine and engineering.In high school, you should prepare for a career in engineering.You will have to take courses in engineering, biology, chemistry, math, and physics as an undergrad.Your education will prepare you to pursue a variety of advanced degrees or begin your career.
Step 1: Advanced math and science courses can be taken.
Future biomedical engineers need to understand mathematical and scientific principles.If you want to excel in these fields, you should start in high school.Challenge yourself as you explore the fields of math and science.You should complete the following math courses by the end of high school.Science courses should be completed throughout high school.It is possible to take advanced versions of these courses.
Step 2: You can take humanities, speech, and language courses.
Engineering and medicine are related.To succeed in this field, you need to communicate.The development of these skills can be accomplished through humanities, speech, and language courses.Critical thinking skills are developed in social studies courses.The ability to write succinctly is developed in writing and composition courses.You will be prepared to give public presentations if you take speech or debate courses.Language courses teach you how to speak another language.The ability to communicate across cultures will be beneficial for medical care.
Step 3: Look for more academic opportunities.
You can get unique and valuable experiences from clubs and courses.Seek out opportunities to learn more about math, science, medicine, and engineering.Enroll in the computer science courses at your high school.If you have completed all of the high school level courses, dual enroll at your local college.You can dual enroll to take advanced courses and receive college credits.You can join a coding club or compete in the Science Olympiad.
Step 4: At a medical facility, you can work, intern, or volunteer.
Engineers in the medical field work with each other.If you are a high school student, try to work, intern, or volunteer in the healthcare field.You can use these experiences to address the needs of the doctors, nurses, and patients in the future as a biomedical engineer.Shadow your doctor.Seek a job in a hospital.There is a nursing home.
Step 5: Your high school experience should be diversified.
Well-rounded applicants are appreciated by colleges.Building a resume of exceptional and diverse experiences is something you can do if you excel in the math and sciences.Children need help with their homework.A soccer team.There are various community service projects.A bake sale or coat drive is a good idea.
Step 6: You can apply to colleges and universities with strong science and engineering programs.
Only a limited number of schools offer degree programs in biomedical engineering.It is very common for biomedical engineers to pursue engineering degrees with a concentration.Look for schools that offer renowned science and engineering programs.
Step 7: Do you have a major?
You are declaring your intent to pursue a specific degree when you declare a major.If the field of biomedical engineering is right for you, express your intent to pursue an engineering degree.You may have to declare your major at your school.
Step 8: You can choose a track or concentration.
Selecting a track requires you to specialize in a specific area of your field.The process will vary from school to school.If your school offers an ABET accredited degree program, you will have to choose a track.The tracks include tissue engineering.The study of biological systems and continuum mechanics are combined in the field of biomechanics.Tissue engineers use cells and biomaterials to create new tissues and organs.If you want to become a biomedical engineer, you will need to combine engineering with a concentration in that field.
Step 9: You need to complete the required courses.
As undergraduates, biomedical engineers are required to take courses that teach them how to apply the principles of engineering to biomedical issues.The fields of engineering, biology, chemistry, and physics are all required for your school's program.Calculus circuits will be included in some of the courses.
Step 10: Acquire an internship.
Students can gain real-world work experience through internship.There are different internship options.You can intern at a pharmaceutical company, laboratory, or engineering firm.It is possible to conduct research with a professor if you are interested in pursuing an advanced degree.You can conduct an internship during the summer or the school year.
Step 11: Study outside of the country.
There is an international field of Biomedical Engineering.Study abroad programs will prepare you to work in other countries.You should study in a different country for one semester or a year.You can get an internship in another nation if you take classes abroad.
Step 12: You can start a career in engineering.
You can begin your career as a biomedical engineer after completing your undergrad degree.You have a number of career options since the programs combine multiple fields of study.There are entry level jobs in pharmaceutical manufacturers and scientific laboratories.Internships will make you a better candidate.New drugs and treatments can be developed while working for a pharmaceutical manufacturer.Prosthetic limbs and body parts will be worked on by you as an employee.You will be able to excel in a research laboratory if you have good laboratory and research skills.
Step 13: If you have a PhD in biomedical engineering, you should pursue a MA.
You will be able to conduct advanced research and teach at a college or university if you complete a Masters and PhD program in biomedical engineering.You will explore certain sub-fields as a Masters student.You will take courses in biology and engineering.As a PhD student, your field of study will become more specialized.You will specialize in the application of technology to a specific health problem when you write your thesis.
Step 14: You can attend medical or dental school.
It is very common for biomedical engineering students to enroll in medical or dental school after completing undergrad.You will be an excellent medical or dental school candidate because of your chemistry and biology background.You will be able to develop engineering-based solutions to health problems if you pursue these advanced degrees.
Step 15: Enroll in law school.
A small number of engineering students will go to law school after graduation.You will have an advanced understanding of the fields of engineering, biology, and chemistry if you are a former biomedical engineering student.Intellectual property or patent law can be a specialty of a law student.