MAJOR CONCENTRATION: BIOMECHANICS

NJIT's biomedical engineering students combine a study of the fundamental physiological and biological fundamental processes with a study of engineering methods. Within the biomedical engineering program, there are a number of focus areas, which lead to specific program tracks for undergraduate study. The biomechanics track brings the mechanics and mechanical engineering methods into play


COLLEGE: New Jersey Institute of Technology

The New Jersey Institute of Technology (NJIT) is a public research university located in Newark, New Jersey. It is often also referred to as Newark College of Engineering which was the official name of the university between 1919 and 1975.

NJIT was founded in 1881 as the Newark Technical School. Sponsored by the Newark Board of Trade with a matching grant from the New Jersey state legislature, it offered non-degree training in “Science, Mathematics, and Drawing.” Eighty-eight Newark residents made up its first class.

Under the leadership of former president Saul K. Fenster, NJIT’s focus on education expanded to include research, the economic development of Newark and New Jersey, and public service. Since the mid 1970s NJIT has become home to nearly 50 laboratories, centers, and business incubators, resulting in hundreds of breakthroughs such as new methods for producing carbon nanotubes, techniques for monitoring the earth's climate using measurements of earthshine, approaches to use membrane separation technology to desalinate water and algorithms for wireless telecommunications and signal processing. Research funding has surged to more than $75 million, and promises to keep rising.

In the words of President Robert A. Altenkirch, “NJIT’s commitment to the future at the beginning of the 21st century is both local and global. Through education and research, we seek to improve life for people throughout New Jersey, across the nation, and around the world. But we are also very mindful of our university’s historic roots in Newark, our past contributions to the city’s social and economic well-being, and the potential of what we can contribute to its future prosperity.”

NJIT MAJOR: BIOMEDICAL ENGINEERING

Biomedical engineering students combine a study of fundamental physiological and biological fundamental processes with a study of engineering methods. Within the biomedical engineering program, there are a number of focus areas, which lead to specific program tracks for undergraduate study. The bioinstrumentation track utilizes electrical engineering methods extensively.

The biomechanics track brings mechanics and mechanical engineering methods into play. The biomaterials and tissue engineering track employs tools from chemical engineering and materials science. For students committed to pursuing a professional career in an area other than engineering, the Engineering Science Accelerated Programs for Pre-Health and Pre-Law offer challenging educational opportunities.

These programs involve a concentration in Biomedical Engineering while also meeting the broad requirements for the degree of Bachelor of Science in Engineering Science. These non-accelerated programs have attenuated engineering course requirements and are designed to prepare the student upon graduation to pursue advanced education in a professional school in medicine, dentistry, optometry, physical therapy or law. The program requires only three years of attendance at NJIT with subsequent completion of the program via courses taken during the first year of professional school.