Last Updated on January 17, 2023
If you are interested in learning about university of illinois biomechanics for the first time, you may think the subject is overwhelming to those who have never researched the subject, but you will likely become fascinated with the information you learn at first glance.
Officially launched in 2003, bioengineering at Illinois traces its origins to the groundbreaking research conducted six decades earlier by faculty like ultrasound pioneers William Fry and Floyd Dunn in the Electrical Engineering Research Lab (EERL), which stood on what is now the Bardeen Quad. Another prominent faculty member was affiliate professor Paul Lauterbur, who received the 2003 Nobel Prize in Medicine for developments in magnetic resonance imaging (MRI) which revolutionized the medical profession and continues to be a significant area of study in the department of bioengineering.
Bioengineering was originally (1973) an undergraduate degree program housed in the College of Liberal Arts and Sciences (LAS) before becoming an official department in the college of engineering in 2003. The range of disciplines involved in the department of bioengineering has increased greatly over time, with research continuing to evolve in the area of bioimaging at multi-scale and further expanding in molecular, cellular, and tissue engineering, bio-micro, and nanotechnology, computational bioengineering, synthetic bioengineering, and health care systems engineering.
Bioengineering was an undergraduate program in the College of Liberal Arts and Sciences at Illinois. Bioengineering was recognized as a special program in the College of Engineering (COE) which was later named The Grainger College of Engineering. Bioengineering officially became a College of Engineering department.
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University of Illinois Biomechanics
The Biomechanics Concentration requires students to earn a B or better in each concentration course and complete at least 12 hours. The fulfillment of these requirements will be monitored jointly by the graduate coordinators in Bioengineering and in Mechanical Science and Engineering.
|Current course options include:|
|ABE 446||Biological Nanoengineering|
|BIOE 482||Musculoskel Tissue Mechanics|
|MSE 474||Biomaterials and Nanomedicine|
|PHYS 550||Biomolecular Physics|
|TAM 461||Cellular Biomechanics|
|Alternate courses may be applicable to the Biomechanics Concentration pending joint approval by the Bioengineering and Mechanical Science and Engineering Graduate Programs.|
|Total hours required for the concentration:||12|
department head: Mark Anastasio
director of graduate studies: Gregory Underhill
The Biomechanics Concentration prepares students for collaborative research across the disciplines of engineering, biology, and the sciences. Students must be enrolled in a graduate degree program:
Bioengineering, MS|Bioengineering, PhD|Bioinformatics: Bioengineering, MS| Electrical & Computer Engineering, MS|Electrical & Computer Engineering, PhD|Materials Engineering, MEng|Materials Science & Engineering, MS|Materials Science & Engineering, PhD| Mechanical Engineering, MS|Mechanical Engineering, MEng|Mechanical Engineering, PhD|Theoretical & Applied Mechanics, MS|Theoretical & Applied Mechanics, PhD
The Department of Bioengineering offers studies leading to the Master of Engineering in Bioengineering (MEng), the Master of Science in Bioengineering (MS), and the Doctor of Philosophy (PhD) in Bioengineering. The Bioengineering Graduate Program provides students with educational and research experiences that integrate the sciences of biology and medicine with the practices and principles of engineering. For the MS and PhD programs, areas of focus include Bio-imaging, Cell & Tissue Engineering, Micro and Molecular Technologies, and Computational Biology.
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biomechanics phd programs
Our PhD in biokinesiology — ranked 12th in the nation by the National Academy of Kinesiology — prepares you with the advanced skills needed to become a productive research scientist in biokinesiology in an academic or corporate setting. USC’s biokinesiology PhD graduates conduct collaborative, interdisciplinary research and become leading scholars and innovators in the field.
Our curriculum provides a breadth of knowledge from core courses, a deep dive into your area of concentration through electives and a dissertation project conducted with mentorship from a biokinesiology faculty member.
Areas of concentration include motor control and learning, muscle physiology, biomechanics, motor development and exercise physiology.
Biokinesiology integrates the study of movement at the molecular, cellular, organ and systems levels, giving students a unique, interdisciplinary perspective of the biological bases of normal and disordered movement.
Completing the PhD requires 60 course units.
BKN 550 Neurobehavioral Basis of Movement (4 units)
BKN 551 Musculoskeletal and Biomechanical Basis of Movement (4 units)
BKN 552 Physiological Basis of Voluntary Movement (4 units)
BKN 553 Experimental Methods for the Analysis of Human Movement (4 units)
BKN 790 Research (1-12 units)
BKN 794 Doctoral Dissertation (2 units/semester; up to 8 units)
2 semesters of graduate-level statistics
1 ethics course
PhD students complete the four core courses, then participate in a screening procedure, offered twice each year, to assess your progress and determine whether you may continue in the program. Once you successfully pass the screening, you and your advisor select a guidance committee made up of five faculty members who recommend coursework, independent study direction and essential reading.
Course substitutions may be allowed with approval from the biokinesiology committee prior to the beginning of the semester. Other requirements vary according to the specific needs of each student. Coursework other than divisional offerings is encouraged and may be required by the student’s guidance committee.
Students are required to attend USC full time to complete the PhD program, and typically complete the PhD degree in four to five years.
universities in illinois for masters
The Graduate School offers master’s, doctoral, specialist, graduate, and post-graduate certificate programs, positioning Illinois State both as a university focused on the undergraduate experience, and also one with a strong graduate experience. We at Illinois State University work as a diverse community of scholars with a commitment to fostering a small-college atmosphere with large-university opportunities.
Illinois State students complete their degrees on time. ISU’s retention rate remains among the highest in the nation at over 84.2 percent, and our high graduation rate (68.1 percent) is well above the national average. Illinois State remains a first-choice institution. We have a strong enrollment of more than 20,000 students, while maintaining academic quality and small class sizes.
Illinois State has been recognized with the Elective Classification for Community Engagement, as a Excellence and Innovation Award for Civic Learning and Community Engagement, and as a Voter Friendly Campus. These honors demonstrate our campuswide commitment to civic engagement, a core value of the University.