home | contact us | disclaimer  

Biomedical Engineering: Careers in Biomedical Engineering, Biomedical Engineering Technology, Schools

Biomedical engineering is a relatively new branch of engineering, combining both engineering principles and medical techniques. Biomedical engineering technology has created a new discipline in the engineering industry to include areas such as biomechanics, image processing, research and development, and 3D modeling. A biomedical engineer may specialize in each of these areas to provide research and analysis, as well as developing medical imaging systems and applications. A biomedical engineer is often involved with complex biological and natural systems including human genomes, robotics, and even nanotechnology.

What Is Biomedical Engineering?

Biomedical engineering is a branch of engineering that makes use of both biology and medicine to solve problems. A biomedical engineer is an expert on analyzing and improving today's health care practices and the field is essentially a service to patients. With the advances in biomedical engineering technology, the industry is progressing towards positive changes in healthcare. Biomedical engineering makes use of design instruments, computer software, and other medical devices to conduct research and solve problems. In addition to the standard protocol followed by a biomedical engineer, the field also branches out into the following areas:

  • Medical imaging

  • Clinical engineering

  • Bioinstrumentation

  • Biomechanics

  • Cellular research

  • Genetic engineering

  • Rehabilitation engineering

  • Systems physiology

  • Tissue engineering

  • Biomaterials

Job Description and Responsibilities of a Biomedical Engineer

Along with the specific activities involved within the specialization, a biomedical engineer is commonly involved with a variety of tasks and projects such as:

  • Application of expert systems
  • Coordinating automated patient monitoring
  • Working with medical imaging systems
  • Biomaterials design
  • Learning and applying sports medicine techniques
  • Learning the biomechanics of injury
  • Designing optimal clinical laboratories
  • Conducting blood chemistry sensors

A biomedical engineering degree prepares students with the knowledge and training they need for lifelong careers in biomedical engineering. A biomedical engineering college or school may also help students earn immediate job placement after graduation with hands on training as part of the program.

Typical Biomedical Engineering Careers

Biomedical engineering schools help students pursue a successful career in the filed with internships and training programs during the last few years of study. While the biomedical engineering college has the equipment and tools needed for practice, students can only gain enough experience by working in a real environment. An assistant position with a biomedical engineer offers a valuable opportunity for training and learning, and is ideal for any student of biomedical sciences, biomedical engineering, or biomedical engineering technology.

After completing a biomedical engineering degree program at an accredited college or university, hands-on training will further supplement a student's skills. An internship or work study program at a biomedical engineering school or college allows graduates to pursue a position as a:

  • Biomedical Equipment Technician
  • Quality Control Manager
  • Anesthesia Field Service Technician
  • Product Development Engineer
  • Biomedical Equipment Planner
  • Pharmaceutical Engineer
  • Imaging Service Engineer

Enrollment in Biomedical Engineering Schools or a Biomedical Engineering College

Biomedical engineering schools are rigorous and competitive, and enrolling in a biomedical engineering college will require proficiency in math, sciences, and biology throughout high school. Since biomedical engineering careers are rooted in technology and medicine, it is important that candidates have a strong background in technical and medical technology, as well as advanced math skills. A focus on the life sciences, mathematics, and even advanced placement courses during high school can help students better prepare for a long-term career.

Biomedical science is the branch of study for all biomedical engineering levels, and students at both the undergraduate and graduate levels need to demonstrate proficiency in chemistry, mechanical, and even electrical engineering. The majority of biomedical engineering schools offer BS, BA, BSE, and BE undergraduate degree programs.

Biomedical Engineering School Accreditation

Biomedical engineering school accreditation is completed by the Accreditation Board for Education and Technology (ABET). The Biomedical Engineering Society (BMES) is another participating organization that approves and regulates biomedical engineering degree programs and studies in biomedical sciences.

Biomedical Engineering College Degree Programs

Biomedical engineering colleges and schools provide extensive training for prospective graduates, and specialization can help advance the career. Advanced training in other fields such as biomedical science or mechanical engineering can provide a varied background and more experience. Still, common course programs and areas of study at a biomedical engineering school include:

  • Molecular Bioengineering

  •  Physical Chemistry and Cell Structure

  • Biomedical Instrument Design

  • Introduction to Medical Imaging

  • Mechanics of Biomaterials

  • Cell Mechanics

  • Biomolecular Architecture

Future Employment Prospects and Earning Potential for Careers in Biomedical Engineering

The high demand for research and advances in technology in the field of biomedical science make careers in biomedical engineering attractive and competitive. Biomedical engineering schools can prepare students with the knowledge and educational background they need to succeed, but hands-on training and internship programs are even more valuable for the student. Biomedical engineering technology is constantly changing, and a career in biomedical science often leads to research and development of new products and services. Future employment prospects for careers in biomedical engineering look very promising, and the demand for well-trained professionals is on the rise.

According to the National Association of Colleges and Employers, the median salary for bioengineering and biomedical candidates with a bachelor's degree was $48,503, and $59,667 with a master's degree in 2005.. Related occupations include:

  • Biological scientists

  • Materials scientists

  • Medical scientists

  • Chemists


Back to Biomedical Engineering: Careers in Biomedical Engineering, Biomedical Engineering Technology, Schools