Introduction of Biomedical Engineering Specialty in Stevens Institute of Technology

The Department of Biomedical Engineering of Stevens Institute of Technology offers bachelor's degree, master's degree, doctor's degree and postgraduate certificate. Biomedical engineering researchers focus on the application of health care, medicine and nanotechnology. This department has more than ten laboratories and advanced equipment on campus.

The following is an introduction to the biomedical engineering major of Stevens Institute of Technology.

1. Bachelor of Biomedical Engineering

Biomedical engineers design equipment and instruments to help doctors diagnose and treat diseases and help people with impaired limb function improve their lives. Examples of such innovations include cardiac implants, pacemakers, shock generators, imaging equipment, prostheses, replacement parts, portable electrocardiographs and heart-lung machines.

At Stevens Institute of Technology, the undergraduate program of biomedical engineering is a multidisciplinary project with rich contents, which aims to help students enter the biotechnology industry, medical school or graduate school. Rich teaching plans not only involve mathematics, science and engineering, but also study biology, psychology and the relationship between engineering materials and biological surfaces. Design and experimental experience account for a large proportion, and the latter involves biological system evaluation.

The undergraduate program of biomedical engineering in Stevens Institute of Technology, like other majors, is a general engineering course, including eight semesters of design. The design of the last three semesters is project-oriented, and the last two semesters are devoted to the "top stone design" project. This project requires the team to design, build and test a medical facility.

The advanced design of biomedical engineering usually includes two or more faculty consultants. One of them is from Stevens Institute of Technology, and the other (doctor) is from cooperative medical institutions.

Biomedical engineers must master biology and human physiology deeply. In view of this, the biomedical engineering specialty of Stevens Institute of Technology allows students to learn biological transfer phenomena, biomaterials, biomechanics, electronics, digital signal processing, medical imaging and mathematical simulation of physiological processes. The laboratory of the department allows students to collect and analyze biological and physiological data at all levels.

Research opportunities

Stevens Institute of Technology currently has teaching and research cooperation agreements with Hackensack University Medical Center and New Jersey Medical College. Senior design students often win prizes in local and national design competitions. Every year, students' intellectual property rights become patents. Every year, some students start companies.

Teachers in the Department of Biomedical Engineering welcome undergraduates to their research laboratories for research. Their research fields mainly involve bionic robots, brain-computer interface, spinal transplantation, respiratory mechanics, emergency medicine (in cooperation with New Jersey Medical College) and tissue engineering.

2. Master of Biomedical Engineering

At Stevens Institute of Technology, biomedical engineering graduate students cooperate with authoritative institutions in this field to engage in influential research and develop new technologies to improve their lives. Biomedical engineering graduates have developed in academia, industry and medicine, and are engaged in biomedical innovation.

The postgraduate program of biomedical engineering in Stevens Institute of Technology involves many disciplines, and its advanced research involves engineering, biology, life sciences, medicine, clinical application and bioethics. Allow students to delve into the most interesting aspects of biomedical engineering.

Through this major, you can explore some emerging fields with teachers who actively participate in patent work, test and simulate new equipment in world-class laboratories, and then tap your potential in the entrepreneurial environment, develop a rigorous scientific attitude and broaden your horizons.

Stevens Institute of Technology's postgraduate course in biomedical engineering is design-oriented, helping students apply new technologies to business. In view of the equal importance of application and concept, this major also provides many opportunities for students to cooperate with teachers and industry partners in order to achieve better success after graduation.

Whether you are already engaged in biomedical engineering or planning to enter the industry, this major can provide structured courses to help you achieve your career goals. After completing this major, students can usually find jobs in industries, research institutions and clinical institutions. In addition, you can also enter medicine, dentistry, veterinary medicine, physical therapy and other majors through this major.