Undergraduate Program Frequently Asked Questions
What is the undergraduate Biomedical Engineering program like at Carnegie Mellon University?
Biomedical Engineering is offered as an additional major B.S. degree in combination with any of the traditional engineering B.S. degrees. The program follows a model that differs substantially from that seen elsewhere. The Department collaborates closely with traditional engineering departments, including Chemical Engineering, Civil & Environmental Engineering, Electrical & Computer Engineering, Materials Science & Engineering, and Mechanical Engineering, in developing its undergraduate curriculum.
How can a student fulfill the course requirements for the Biomedical Engineering additional major and still complete a traditional engineering major in four years?
Many of Biomedical Engineering electives are also required by the traditional engineering program. In addition, "free electives" allowed by traditional engineering programs may be used for Biomedical Engineering courses. Biomedical Engineering works closely with partner departments to avoid schedule conflicts. It also offers its own advising and provides course planning tools.
Do I need to overload with additional courses to complete the Biomedical Engineering additional major?
No, because the additional major involves only a modest increase in course units. Typical total course units for traditional engineering major with or without Biomedical Engineering additional major are shown below.
Why not a stand-alone degree in Biomedical Engineering?
Due to its interdisciplinary nature, the field of Biomedical Engineering requires deep knowledge in traditional engineering. The goal of the Biomedical Engineering program is to make sure that students are conversant in not only Biomedical Engineering but also one of these traditional engineering disciplines. This challenge is met by organizing Biomedical Engineering as an additional major, captalizing on the tremendous strength of the Carnegie Institute of Technology in traditional engineering education, and the strong collaborative culture among the departments at Carnegie Mellon University.
Why not an additional major degree in Biomedical Engineering and a basic science discipline?
The additional major program demands close coordination with the traditional engineering department to ensure appropriate engineering content in the overall curriculum, while the total course units are moderated through agreements to double count courses of mutual interest. Similar solutions are much more difficult to build across colleges of distinct missions, such that it becomes difficult to incorporate sufficient content in either science or engineering through a four-year curriculum.
When do students declare their major(s)?
Freshmen must declare their major(s) in the Spring semester. Additional major in Biomedical Engineering should be declared together with a major in Chemical Engineering, Civil & Environmental Engineering, Electrical & Computer Engineering, Materials Science & Engineering, or Mechanical Engineering.
What are the tracks in Biomedical Engineering?
Tracks are designed to build depth in specific areas of biomedical engineering, since otherwise it would be impractical to cover all the aspects. Most tracks are designed to parallel traditional engineering disciplines for seamless integration. However students may choose any track irrespective of their traditional engineering major. There is also a General Biomedical Engineering track (GBME) to maximize the breadth and flexibility, and a Self-Designed Biomedical Engineering (SBME) track for pursuing interest areas not covered by pre-defined tracks.
When does a student declare the track?
Biomedical Engineering majors generally spend their sophomore year taking core courses. Many students start their track courses in the Fall of junior year, while some may start in the following Spring. Therefore, students should start considering the track choice as soon as they declare the Biomedical Engineering major in the freshman year, and should make a decision during pre-registration in the Spring semester of the sophomore year and no later than the Fall semester of the junior year. Students taking the SBME track should submit the proposal to the Biomedical Engineering Undergraduate Affairs Committee at least three weeks prior to pre-registration during the sophomore Spring semester.
Can I take track elective courses before or while I take the gateway course?
Students may take track elective courses as long as they meet the pre/co-requisites of the course. However students are strongly urged to take core courses such as Introduction to Biomedical Engineering and Physiology according to the designed sequence. The likelihood of schedule conflicts increases if these core courses are not taken in time. In addition, freshmen should not take upper level courses without special permission.
I found a course that appears to be closely related to my track but is not listed as a track elective. Can I take it?
Students may petition the Biomedical Engineering Undergraduate Affairs Committee to count unlisted courses that are clearly related to the declared track as track electives.
It appears I will not be able to fulfill all my track requirements. What are my options?
Students who fail to meet the requirements of the declared track are often able to meet the requirements of the GBME track. In addition, the majority of students who fail to meet track requirements should be able to meet the requirements of Biomedical Engineering minor. Students are permitted to switch track at any time but must inform the Biomedical Engineering Deparment.
Is the Biomedical Engineering minor only available to engineering undergraduates?
A Minor in Biomedical Engineering is available to all the undergraduate students of Carnegie Mellon University. Please note that the requirements for Biomedical Engineering Minor are different between CIT and non-CIT majors.
What is the minimal Quality Point Average (QPA) required in order to graduate?
The College of Engineering requires that the cumulative QPA be 2.00 or higher for all courses taken after the first year. In addition, the Biomedical Engineering additional major requires a QPA of 2.00 or higher for all the courses that count toward the additional major, including the core courses plus the four courses that constitute the track. Failing to meet the course requirements for Biomedical Engineering does not preclude a student from graduating from the traditional engineering major.
Can I retake a class in order to get a higher grade?
A student may retake a course with a poor grade to meet the Biomedical Engineering QPA requirement. Only the highest grade of a given course will be used to calculate the QPA of Biomedical Engineering. Students also have the option of taking additional elective courses and not counting certain elective courses toward the Biomedical Engineering major.
Note that this policy differs from that for the traditional engineering major, which includes grades from all the enrollments in the calculation of QPA. The units however are counted only once toward the total unit requirement. Therefore, if a course is taken more than once, the additional enrollments cannot be used to satisfy another curricular requirement such as a free elective.
I met all the degree requirements for Biomedical Engineering but not my traditional engineering major. Can I graduate with a B.S. degree?
Since Biomedical Engineering is an additional major, a student cannot graduate with a B.S. degree in Biomedical Engineering without meeting all the requirements of a traditional engineering major.
How do I calculate the QPA for Biomedical Engineering?
The Biomedical Engineering course planning spreadsheet (xlsx) also provides a convenient way to calculate the QPA for Biomedical Engineering. Since the calculation takes into account only courses counted toward the additional major, the QPA may appear higher than the overall impression from the transcript.
How can I be certain that I am completing all my Biomedical Engineering requirements?
Students should visit the strategy page for tips, and use the course planning spreadsheet (xlsx) for self-monitoring. Students are strongly encouraged to attend advising sessions and meet with the advisor regularly.
Who exactly is my Biomedical Engineering advisor?
Faculty members who run the pre- or post-track declaration group advising sessions also serve as individual advisor. If there are several faculty members involved in guiding a track, the student may choose any of them as the adivsor but is advised to stay with one advisor.
Whom may I contact for quesstions regarding Biomedical Engineering major, minor, or tracks?
The Associate Head of Biomedical Engineering serves as the main point of contact and source of information.
What is the general job outlook like for biomedical engineers?
Please consult the web page of the US Bureau of Labor Statistics, where it is indicated that "Employment of biomedical engineers is projected to grow 27 percent from 2012 to 2022, much faster than the average for all occupations".
Where can I find the information on job placement?
Students should visit the university Career & Professional Development Center for assistance on job placement. In addition, this secure Career Development page contains a list of biomedical engineering companies and other helpful information.