Course variations
| Study mode | Duration | Tuition fees | Start date | Venue |
| Full Time | Variable | $30670 is the on-campus fee | Contact provider |
School of Engineerin...
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Course summary
This program offers students an even balance between theoretical principles and hands-on design and engineering. Combined with opportunities to work directly with faculty and renown researchers in the area, students receive practical training in the field that prepares them for a lifetime of challenges in this evolving field. The small class sizes offer students individualized opportunities to learn and grow. This program gives the ability to understand and apply the fundamentals of life sciences, physical sciences, mathematics and engineering; to design experiments for, make measurements on, and interpret data from living systems; to identify appropriate design specifications and to design solutions at the system, component, and/or process level to satisfy biomedical needs; to work in integrative teams involving engineers from various disciplines and when applicable, heath-care professionals; to identify, formulate and solve biomedical engineering problems and challenges; understand professional and ethical responsibility related to biomedical engineering practice.
Program modules
The modules are: MATH 121 Calculus I 4 MATH 122 Calculus II, CHEM 103 General Chemistry I, PHYS 215 University Physics I, CHEM 113 General Chemistry Lab, ENGR 106 Engng Graphics/CAE, ENGR 102 Intro Engr. Design & Prof., ENG 101 Rhetoric & Composition, ENGR 104 Intro to Engineering Lab, CHEM 104 General Chemistry II, BIOL 105 Mechanisms of Life I, BE 491 Seminar Biomedical Engineering, BE 491 Seminar Biomedical Engineering, MATH 221 Calculus III, BE 202 Biomechanics, PHYS 216 University Physics II, ENGR 212 Electrical Networks, ENGR 201 Engineering Mechanics, ENGR 222 Engineering Math I, CSC 113 Computer Programming, ENGR 211 Thermodynamics, BE 491 Seminar Biomedical Engineering, BE 491 Seminar Biomedical Engineering, ENGR 309 Probability & Statistics for Engr., BE 315 Intro to Biomedical System Analysis, ENGR 321 Electronic Circuits I, BIOL 518 Physiology, ENGR 355 Electronics Lab, BE 513 Bioinstrumentation, ENGR 331 Fluid Mechanics, PHIL 362 Prof. Ethnics in Engineering, BE 398 Biomechanical Design, LS Liberal Studies, BE 491 Seminar Biomedical Engineering, BE 491 Seminar Biomedical Engineering, BE 497 Senior Design, BE 494 Senior Project Lab, ENGR 401 Engineering Senior Seminar, BE 491 Seminar Biomedical Engineering.
Entry requirement for international students
Students must have a minimum of 550-paper; 213-computer; and 80 Internet based test in TOEFL or score of 6.5 in IELTS with scores from SAT or ACT, complete a university preparatory course of study at a secondary school (a minimum of 12 years of primary and secondary school training comprising the equivalent to a U.S. high school diploma).
Catholic University of America accepts IELTS*
* Please check with your chosen school for the exact entry requirements for your programme.
Qualification
Bachelor degree
Awarding body
Catholic University Of America
Department name
School of Engineering, Department of Biomedical Engineering
Bachelor of Science in Biomedical Engineering (B.S.B.E.)
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Bachelor of Science in Materials Science and Engineering - Biomedical Materials Engineering
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Bachelor of Science in Biological Engineering - Biomedical Engineering Concentration
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While Hotcourses makes every effort to ensure course information is correct at time it is submitted, all information is indicative only and course details are subject to change. Please check all details with Catholic University of America

