Biomedical and medical engineering are two ways of describing the same career field. Students have many options for career training when they enter the field. Schooling focuses on teaching students how to contribute to the medical advancements that are geared towards helping patients live with different ailments and disabilities. Career training provides degree options at every level of education.
*Associate’s Degree in Biomedical Engineering
Programs typically focus on teaching students about the technology used inside the field. The goal of this training is to prepare students to become technologists that provide repair services. Coursework focuses on the ability to operate, troubleshoot, manage, and fix medical equipment. Equipment can include infusion devices, pacemakers, and defibrillators. Some programs may require students to work through an internship where they learn how to use their knowledge practically. Internships help students become comfortable working with equipment on a daily basis.
*Bachelor’s Degree in Biomedical Engineering
Training at this level is usually the standard for entering the career as an engineer. Study focuses on teaching students about the entire industry while concentrating on biomechanics and medical device innovation. Through the in depth study of molecular biology and physiology students learn how to create and update medical equipment for patients. This can include things like inflatable casts, prosthetic limbs, and medical drug dispensing machines. A typical course may include study on macro and molecular bioimaging. This technical course covers all modern imaging procedures, which includes the techniques and applications used in biomedical research. The course focuses heavily on the relationship between technology and the design of target specific probes. The goal is to learn how to target, deliver, and amplify probe strategies. Students learn all of the fundamental skills to enter a career as an engineer.
*Master’s Degree in Biomedical Engineering
Students work to gain advanced understanding and skills by combining science with biomedical technology. The goal of this is to teach students to discover ways to improve the treatment of health-related concerns. Students work in labs and study tissue engineering and communication between cells. A tissue engineering course examines developmental biology, cel-cell, and matrix interaction. Study explores biomedical properties and formulation to discover how cells interact with each other inside the body. Designing tissue is considered inside the parameters of time, rate, cost, and safety. Students can expect to learn advanced principles that allow them to enter higher-level careers.
*Doctorate in Biomedical Engineering
This highest level of education is designed for students that want to take their knowledge and apply to research. The work done in a degree is extremely focused on the student’s ability to grasp advanced understanding. This is tested by the typical requirement to write a dissertation paper. Curriculum can cover clinical medicine practices, organ transport systems, and the engineering of cells. Career options are primarily research based allowing students to work to create the latest in biomedical engineering treatments.
Students can enter education by starting an associate’s or bachelor’s degree program. Accredited biomedical engineering programs at these levels are required for advancement and prepare students for further study or a career. There are numerous agencies like the Accreditation Board for Engineering and Technologythat provide quality educational programs with full accreditation. Schools and colleges that offer the best quality education are awarded full accreditation. Begin education and become a part of the solution for medical hindrances and illnesses.
DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.
