BIOMEDICAL ENGINEERING - BACHELOR'S (B.S.) at University of Texas At Arlington

Our program produces graduates who possess a broad-based bioengineering education to successfully work in a wide range of professional settings, exhibit professional growth throughout their careers, take on increasing professional responsibilities, pursue life-long learning, and demonstrate success and leadership in the practice of engineering by contributing to the economic well-being of their employers and society.

ABOUT THE PROGRAM

Students in the Bachelor of Science in biomedical engineering degree program experience a broad-based, rigorous bioengineering education set on a strong foundation in basic sciences and mathematics. Based on analytical knowledge, the curriculum includes a wide range of biomedical engineering applications and practice through examples, case studies demonstrating applications of bioengineering principles, and methodologies. Hands-on experience using the techniques, skills, and modern engineering tools necessary for engineering practices in the solving of biomedical engineering problems are emphasized.
We help students develop workforce skills, including critical thinking, communication, teamwork, collaboration, and leadership development through course work and extracurricular activities. Additionally, there are internship and co-op opportunities and other research training programs that help students to gain experience in the real world.
The 127-hour curriculum leads to a Bachelor of Science degree in biomedical engineering. Students have the option to choose either the tissue engineering, biomaterials, and biomechanics concentration or the medical imaging and instrumentation concentration. Transfer students may receive credit for courses listed in the Texas Higher Education Coordinating Board’s Field of Study Curriculum.

CAREER OPPORTUNITIES

• Biomedical engineers in industry (medical implants, orthopedic devices, tissue engineering, biomaterials, prosthetics, medical imaging, biomedical instrumentation, pharmaceutics, etc.)
• Research and development engineers or staff scientists
• Technical and clinical support in major hospitals or medical centers
• Management in biomedical engineering industry
• Medical doctor, dentist, or attorney (with continuing advanced training in professional schools)

WHY CHOOSE US?

• Benefit from a well-designed curriculum that balances coursework, problem-solving skills, and workforce skills.
• Participate and engage in cutting-edge research projects funded by governmental agencies, industry, and university.
• Learn from well-established faculty with expertise in the profession.
• Cost-effective education and training for preparation in health care job market disciplines relevant to the economically fastest-growing metroplex in the country