Plano, TX, Biomedical Engineering Technology Studies
There aren't any schools in Plano that offer biomedical engineering technology programs, but there are several that have alternatives in biomedical engineering and biomedical technology at the undergraduate and graduate levels. This article looks at programs at two schools within 25 minutes of Plano. Prospective students can also refer to a table of important information about these schools, such as tuition, size and acceptance rates.
- The University of Texas at Dallas in Richardson is roughly six miles southwest of Plano and offers bachelor's, master's and doctoral degree programs in biomedical engineering.
- At Collin College, which is located in McKinney about 12 miles north of Plano, students can earn certificates in biomedical technology.
Comparison of Schools
Students need to consider a variety of factors when choosing a school. The following table puts important information in one place for easy reference.
|University of Texas at Dallas||Collin College|
|School Type||4-year; public||2-year; public|
|Total Enrollment (2019)||29,543*||35,132*|
|Campus Setting||Midsize city||Midsize suburb|
|Undergraduate Tuition & Fees (2019-2020)||$13,442 in-state; $38,168 out-of-state*||$1,624 in-district; $3,004 in-state; $5,014 out-of-state*|
|% of First-Year Students Receiving Any Form of Aid (2018)||78%*||37%*|
|Acceptance Rate (2019)||79%*||N/A - Open admissions|
|Retention Rate (2018-2019)||89% for full-time students; 68% for part-time students*||66% for full-time students; 53% for part-time students*|
|Graduation Rate (graduating within 150% of normal time)||70% (16% transfer-out rate) (for students beginning in 2013)*||13% (35% transfer-out rate) (for students beginning in 2016)*|
Source: *NCES College Navigator
University of Texas at Dallas
The University of Texas at Dallas offers biomedical engineering instruction through the Erik Jonsson School of Engineering and Computer Science. This school awards degrees in electrical, mechanical, computer and telecommunications engineering. The school also oversees research projects that cover bioengineering, organic electronics, nanotechnology and biosensors.
Bachelor of Science in Biomedical Engineering
Undergraduate students take courses in physics, chemistry, differential equations and calculus in preparation for further study in biomedical engineering. The core of this program explores biomedical system design, engineering physiology, electrical circuits and biomechanics. Students examine how the human body functions, as well as how to apply engineering principles to solve design problems in biomedical engineering. A fast-track program is open to qualified students interested in pursuing both the B.S. and M.S. in Biomedical Engineering.
Master of Science in Biomedical Engineering
This graduate program trains students to address advanced biomedical technology issues related to life science and engineering branches. It's designed for students with a 4-year degree in a field of engineering or science. Students can complete a thesis or non-thesis track.
Doctor of Philosophy (Ph.D.) in Biomedical Engineering
Ph.D. students usually enter this program with a master's degree in engineering or natural science. The program is focused on research and investigative methods in biomedical engineering. In this program, students can expect to complete a unique research project that contributes to the discipline.
Collin College offers certificate programs for students looking to enter the workforce or continue their study at 4-year college or university. Students can also pursue a level 1 biotechnology certificate or a level 2 advanced biology certificate.
Certificate Level 1 - Biotechnology
This 15-credit certificate includes coursework that can transfer to a 2+2 baccalaureate program. You'll be studying fundamental biotechnology concepts and quality assurance. Students will also participate in a biotechnology laboratory technician/biology technician internship.
Certificate Level 2 - Biotechnology
This certificate will also include transferable credits to a baccalaureate program. The 34 credits for this program include topics like biology for science majors, college algebra, genetics, chemistry and cell culture techniques. An internship is required as well.