a c a d e m i c p r o g r a m sSchool of Engineering Technology
Walter W. Buchanan, PhD, JD, PE, Director, Professor, Electrical Engineering Technology
Roy Dalsheim, MEd, Assistant Director
Rasma Galins, Assistant Director
Richard Bjorkman, BA, Counselor
Professor
Samuel Fine, MD
Electrical Engineering Technology
Associate Professors
Eric W. Hansberry, MS
Design Graphics
Assistant Professor
Francis A. Dibella, ME
Mechanical Engineering
Technology
Associate Academic
Specialists
Vincent K. Butler, MS
Computer Technology
Leonard F. Dow, MS
Electrical Engineering Technology
Jerome Tapper, MS, PE
Electrical Engineering Technology
Lecturer
Joel R. Weinstein, BS
Computer TechnologyThe programs in the School of Engineering Technology concentrate on the applications of technology and emphasize the rational processes involved in converting theories and ideas into practical techniques, procedures, and products. Fundamentals are related to current practice, providing a supportive ³why² for the practical ³how.² The study of the humanities and social sciences helps students gain a balanced, well-rounded education.
Engineering technologists work with professional engineers, scientists, medical doctors, supervisors, and craftspersons to develop techniques for converting scientific knowledge and craftsmanship into products. The curriculum helps students understand the scientific principles that govern current technology; apply technology to problem solving; communicate effectively the important implications of technological advances; and acquire the motivation for continued development of technical skills. also in this section: part-time evening and weekend programs
class entrance requirements
graduation requirements
minors
The school offers five-year cooperative education programs in mechanical engineering technology, electrical engineering technology, and computer technology‹all leading to the degree of Bachelor of Science in Engineering Technology. A firm choice of major may be delayed until the spring quarter of the freshman year.
The electrical and mechanical engineering technology baccalaureate day programs and the part-time baccalaureate programs in mechanical and electrical engineering technology are accredited by the Technology Accreditation Commission of the Accreditation Board for Engineering and Technology (TAC/ABET). The part-time program leading to an Associate of Science in engineering degree with majors in electrical and mechanical engineering technology are also accredited by TAC/ABET.
Part-Time Evening and Weekend Programs
The part-time programs include courses, certificates, and degree programs leading to the Associate in Engineering (AE) and the Bachelor of Science in Engineering Technology (BSET). Certificates may be earned in computer technology, C++/UNIX specialist, electronics technology, and engineering graphics technology. The AE degree may be earned in computer technology, electrical engineering technology, or mechanical engineering technology.
Students may also earn the BSET in computer technology, mechanical engineering technology, or electrical engineering technology, with a concentration in manufacturing.
For more information on part-time programs, contact Northeastern University, Lowell Institute School, 120 Snell Engineering Center, Boston, MA 02115; call 617.373.2500 (voice), 617.373.8526 (TTY), 617.373.2501 (FAX); e-mail info@lis.coe.neu.edu; or visit our Website‹www.coe.neu.edu/lis.
Class Entrance Requirements
The minimum overall quality-point averages listed are required for students to advance to the next rank and to graduate.
Sophomore 1.6 Middler 1.7 Junior 1.8 Senior 2.0 To graduate 2.0 A cumulative quality-point average of 2.0 or better in major courses is required for graduation. Students are expected to carry the normal prescribed curriculum for the program. Details on criteria for academic probation and suspension are available at 120 Snell Engineering Center.
Graduation Requirement
Students transferring from another college or university are not eligible to receive the degree until they have completed at least one academic year at Northeastern immediately preceding their graduation.
For more information about programs and requirements, visit the School of Engineering Technology at 120 Snell Engineering Center.
Minor in Computer Technology
To qualify for a minor in computer technology, the student must complete the following six courses. A student does not have to be enrolled in the School of Engineering Technology to declare the minor, but the student must meet the published prerequisites for all courses. The required courses are: CT 1311, Intermediate C++ Programming; CT 1330, Data Structures; CT 1345, Assembly Language; CT 1340, Software Engineering; CT 1381, Operating Systems; CT 1393, UNIX.
Minor in Electrical Engineering Technology
To qualify for a minor in electrical engineering technology, the student must complete the following five courses and three laboratories. A student does not have to be enrolled in the School of Engineering Technology to declare the minor, but the student must meet the published prerequisites for all courses.
The required courses are: EET 1151, Circuit Analysis 1; EET 1152, Circuit Analysis 2; EET 1324, Circuit Lab 1; EET 1325, Circuit Lab 2; EET 1311, Digital Electronics 1; EET 1312, Analog Electronics 1; EET 1323, Electronics Lab; EET 1330, Energy Conversion; or EET 1377, Control Engineering 1.
Minor in Mechanical Engineering Technology
To qualify for a minor in mechanical engineering technology, the student must complete the following seven courses and one laboratory. A student does not have to be enrolled in the School of Engineering Technology to declare the minor, but the student must meet the published prerequisites for all courses.
The required courses are: MET 1301, Mechanics A; MET 1302, Mechanics B; MET 1314, Stress Analysis A; MET 1373, Fluid Mechanics; MET 1388, Measurements and Analysis; MET 1340, Thermodynamics A; MET 1380, Materials A; MET 1391, Tech Lab A.
To obtain credit for a minor in engineering technology, students must file a petition form with the School of Engineering Technology in 120 Snell Engineering Center. Interested students should confer with an adviser as soon as possible. The adviser is Mr. Roy Dalsheim, 120 Snell, 617.373.2500.