Dual Bachelor's in Biomedical Engineering & Nursing
Biomedical Engineering and Nursing
Become a Nurse Engineer
As a biomedical engineer, you will be charged with advancing health care treatment
for diagnostic and therapeutic purposes. Having a health care background with clinical
experience, especially in Nursing, can greatly enhance your ability to solve clinical
problems. Nurses are in the best position to assess the functional health status and
technology needs of patients.
Our program is the first dual undergraduate degree program in Biomedical Engineering
and Nursing in the U.S. The dual format is cost effective as it provides additional
clinical knowledge and skills via a holistic nursing approach. During this five-year
program, you will not only gain a deep clinical perspective, but you will also solve
real clinical problems and learn to develop technologies such as those that:
Assist patients and create efficiencies for nurses in the hospital, outpatient and
home care arenas.
Are lifesaving and cost effective for developing countries.
Amanda Pellegrino shares her story as BME/BSN dual degree 5th year student. She intends
to work in a research hospital doing cardiovascular and pulmonary research.
Program Information
The Bachelor of Science in Biomedical Engineering and Bachelor of Science in Nursing
five-year, onsite program will prepare you to become a nurse engineer. This dual degree
program integrates and applies nursing clinical knowledge and engineering principles
to solve health care problems and improve health outcomes.
I work closely with my professors on areas that really matter to me. There are
a lot of opportunities to improve health care with regenerative medicine. We look
at how we can aid the body to heal itself. It’s a field with a lot of exciting opportunities.
Skyler WrubleskiB.S. in Biomedical Engineering & BSN dual degree candidateRead Skyler's Story
How Does the Program Work?
As a student in the BME/BSN program, you are required to meet program outcomes for
both the BS in Biomedical Engineering and BSN programs.
Program Outcomes
BS in Biomedical Engineering Program Outcomes
An ability to identify, formulate and solve complex engineering problems by applying
principles of engineering, science and mathematics.
An ability to apply engineering design to produce solutions that meet specified needs
with consideration of public health, safety and welfare, as well as global, cultural,
social, environmental and economic factors.
An ability to communicate effectively with a range of audiences.
An ability to recognize ethical and professional responsibilities in engineering situations
and make informed judgments, which must consider the impact of engineering solutions
in global, economic, environmental and societal contexts.
An ability to function effectively on a team whose members together provide leadership,
create a collaborative and inclusive environment, establish goals, plan tasks and
meet objectives.
An ability to develop and conduct appropriate experimentation, analyze and interpret
data, and use engineering judgment to draw conclusions.
An ability to acquire and apply new knowledge as needed, using appropriate learning
strategies.
BSN Program Outcomes
Integrates clinical judgment skills when implementing care for individuals, families,
groups and community.
Analyzes one's clinical judgment skills when implementing care for individuals, families
and groups.
Demonstrates clinical judgment skills when implementing care for individuals.
Explains the meaning of and necessity for using clinical judgment skills in one's
professional role.
Role models ethical, legal and professional standards into one's professional nursing
practice when acting as a moral agent.
Engages in ethical decision-making.
Practices within the ethical and legal framework of one's profession.
Differentiates between the ethical and the legal aspects of one's profession.
Displays a caring attitude in all aspects of one's practice.
Integrates caring into all aspects of one's practice.
Initiates caring behaviors with self and others.
Expresses the importance of caring to professional practice.
Institutes collaborative efforts for the improvement of care to individuals/families
and communities.
Engages in collaboration with others in planning and implementing care.
Describes the meaning of collaboration for the improvement of health care.
Identifies the meaning of collaborative care to one's practice.
Demonstrates the ability to utilize integrated systems analysis for personal and professional
navigation of the health care delivery systems.
Examines the use of various strategies within the system that can be used to improve
patient outcomes.
Explains how changes in the system can affect patient outcomes.
Identifies the meaning of a systems thinking approach.
Integrates culturally congruent care in caring for individuals/families of diverse
populations.
Implements care in a culturally sensitive manner with all persons.
Illustrates examples of culturally sensitive care.
Describes the meaning of cultural sensitivity.
Engages in evidence-based practice.
Interprets the research process methodology as it is related to sound practice.
Gives examples of research-based practice.
Explains the meaning of clinical inquiry to a profession.
Incorporates teaching/learning process into all aspects of one's practice.
Engages in the development of teaching plans to promote the health of patients, groups
and communities.
Explains the teaching/learning process.
Discusses the relationship of teaching to health promotion.
Participates in ongoing educational activities that enhance professional growth and
improve health care.
Identifies extracurricular opportunities to enhance professional development.
Articulates the benefits of engagement in activities that support professional development.
Utilizes best practices in improving the health of individuals, groups and communities.
Utilizes evolving information technologies to enhance professional nursing practice.
Utilizes technology in academic and clinical settings.
Participates in analysis of ethical considerations when using technology.
Demonstrates competencies in the use of technology in the clinical setting.
Communicates effectively both verbally and in writing to all individuals and groups.
Incorporates major communication theories in all interactions.
Analyzes factors that promote/interfere with effective communication.
Examines the major principles of therapeutic communication.
Uses leadership abilities to influence professional nursing practice.
Examines nursing leadership roles.
Applies the principles of leadership in clinical environments.
Participates in interprofessional collaboration to influence efficiency of health
care services.
Evaluates the interrelationship of nurse competencies and the patient characteristics
to patient outcomes.
Utilizes the unique strengths of the patient characteristics and the nurse competencies
to affect patient outcomes.
Examines the interrelationship of nurse competencies and the patient characteristics
to patient outcomes.
States the patient outcomes and the nurse competencies.
Ask a Question
Do you have questions about the dual-degree program?
Biomedical Engineers are charged with advancing healthcare treatment for diagnostic
and therapeutic purposes. A health care background with requisite clinical experience
will greatly enhance a biomedical engineer's ability to solve clinical problems. The
dual BME/BSN degree is cost effective as it provides additional clinical knowledge
and skills via a holistic nursing approach in a five-year format. The biomedical engineer/nursing
major will gain a deep clinical perspective and will learn to develop technologies
and solve real clinical problems as a result of this novel and forward-thinking dual
degree program. Nurses are in the best position to assess the functional health status
and technology needs of patients given their close interactions with patients. The
biomedical engineering/nursing major will develop technologies to assist patients
and create efficiencies for nurses in the hospital, outpatient, and home care arenas,
and also develop life-saving technologies for developing countries in a cost-effective
manner.
Fall of 1st Year - 17 Credits
ENGR-100 Intro to Biomed Engineering (3 credits)
BRDG-100 Research and Info Skills (1 credit)
CHEM-121/L/R Gen Chemistry I/Lab/Rec (4/1 credits)
MATH-115 Calculus I (4 credits)
PHYS-211/L/R General Analytical Physics I/Lab/Rec (3/1 credits)
Spring of 1st Year - 16 Credits
ENGR-110 Intro to Programming for Engineers (3 credits)
CHEM-122/L/R Gen Chemistry II/Lab/Rec (4/1credits)
MATH-116 Calculus II (4 credits)
PHYS-212/L/R General Analytical Physics II/Lab/Rec (3/1 credits)
Fall of 2nd Year - 18 Credits
BIOL-111/L Biology I/Lab (4/0 credits)
BIOL-207/8 Anatomy and Physiology I/Lab (3/1 credits)
BRDG-101 Writing and Analysis (3 credits)
BMED-201 Biomed Electronics & Instr I (3 credits)
MATH-215 Calculus III (4 credits)
Spring of 2nd Year - 17 Credits
BIOL-112/L Biology II/Lab (4/0 credits)
BIOL-209/10 Anatomy and Physiology II/Lab (3/1 credits)
BRDG-102 Writing and Literature (3 credits)
BMED-202 Biomed Electronics & Instr II (3 credits)
MATH-314 Differential Equations (3 credits)
Fall of 3rd Year - 18 Credits
BMED-210 Thermodynamics (3 credits)
BMED-310 Biomedical Signals and Systems (3 credits)
BMED-430 Engineering Computation (3 credits)
EQ- Essential Questions Small Sem. (3 credits)
MATH-301 Intro Probability & Statistics I (3 credits)
