BMST 210 Biomedical III
This course extends the foundational knowledge gained in previous classes, delving into the design, operation, and clinical application of infusion pumps and hemodialysis machines. Through a combination of theoretical instruction, practical laboratory exercises, and collaborative group activities, students will deepen their understanding of how these treatment devices function and their crucial role in patient care. Emphasis will be placed on understanding the underlying mechanisms of infusion delivery and dialysis treatment, as well as the safety considerations and regulatory standards governing their use.
This course also introduces students to the utilization of specialized testing instruments, such as flow analyzers, for assessing the accuracy and consistency of fluid delivery in infusion pumps. Through practical exercises and laboratory demonstrations, students will learn how to calibrate infusion pumps, conduct flow rate measurements, and evaluate the performance of various infusion pump models under simulated clinical conditions. By gaining proficiency in testing methodologies and data analysis techniques, students will be equipped to identify potential discrepancies in fluid delivery and implement corrective measures to enhance patient safety and therapeutic efficacy.
Cross Listed Courses
N/A
Prerequisite
None
Corequisite
BMST 109, BMST 219, EEST 109, EEST 207
Offered
Winter, Summer
Outcomes
- Demonstrate comprehensive understanding of the principles and operation of infusion pumps and hemodialysis machines.
- Demonstrate the integration of sensors and control mechanisms in infusion pumps for accurate medication delivery and dosage control.
- Apply practical skills in configuring and calibrating infusion pumps for various medical applications.
- Understand the process of hemodialysis treatment, including blood purification and fluid removal, and the role of hemodialysis machines in renal replacement therapy.
- Discuss the importance of patient monitoring and safety features in infusion pumps and hemodialysis devices.
Area of Study:
Career Education, HS/Tech HS
Instructional Mode:
Web-enhanced