CH1-BEA

Multiple Choice

Which of the following best describes the significance of biomedical engineering in modern healthcare?

• It focuses only on creating new medicines.

• It is limited to laboratory research.

• It integrates engineering principles to develop diagnostics, medical devices, and wearable technology that improve healthcare.

• It is mainly about hospital management.

Multiple Choice

Who invented the electrocardiography (ECG) machine and what was its primary purpose?

• Willem Einthoven, to detect and display electrical signals from the heart

• Rune Elmqvist, to regulate heartbeats

• Arne Larrson, to filter blood

• Willem Kolff, to treat kidney failure

Open Ended

Explain the significance of the Einthoven triangle in electrocardiography and how the leads are positioned.

Multiple Select

Which of the following statements about the first implantable pacemaker is/are correct?

• It was first implanted in 1958.

• The first patient to receive it was Arne Larrson.

• It was designed by Willem Einthoven.

• Today's pacemakers are externally programmable.

Open Ended

How has the evolution of medical technology impacted the way patients and doctors interact over time?

Multiple Choice

Arrange the following medical equipment inventions in chronological order: Stethoscope, X-rays in medical imaging, First cardiac pacemaker implanted, First portable defibrillator installed.

• Stethoscope, X-rays, First cardiac pacemaker, First portable defibrillator

• X-rays, Stethoscope, First portable defibrillator, First cardiac pacemaker

• First cardiac pacemaker, Stethoscope, X-rays, First portable defibrillator

• Stethoscope, First cardiac pacemaker, X-rays, First portable defibrillator

Open Ended

How big is the medical devices market particularly in Malaysia?

Multiple Choice

Which of the following are examples of medical devices developed through bioinstrumentation/bioelectronics?

• Cardiac pacemakers

• Artificial kidneys

• Blood oxygenators

• All of the above

Multiple Choice

Which of the following best describes the main application of bioinstrumentation in biomedical engineering?

• The use of mechanical engineering to develop prosthetics

• The application of electrical measurement and electronics engineering principles to develop devices for diagnosis and treatment of disease

• The use of chemical engineering to create pharmaceuticals

• The application of genetic engineering to cure diseases

Open Ended

Explain how bioelectronics merges biology and electronics to benefit patient health outcomes.

Open Ended

List two examples of instrumentation that have benefited patients, as described in the lesson.

Multiple Choice

Which of the following is a primary goal of modeling complex physiological systems?

• To develop mathematical expressions to understand physiological events, processes, and functions

• To create artistic representations of biological systems

• To replace experimentation entirely

• To focus only on the conduction of electrical signals by neurons

Multiple Select

Which of the following are benefits of modeling complex systems for patient care?

• Development of computational models of physiological systems

• Design of computer systems to monitor patients during surgery

• Development of new diagnostic procedures

• Creation of new pharmaceutical drugs

Open Ended

Explain how biomechanics can contribute to the development of prosthetic devices and rehabilitation tools.

Multiple Choice

Which of the following best describes the main function of rehabilitation engineers?

• Developing assistive technology to enhance mobility and communication

• Performing surgery on patients

• Designing athletic equipment for professional sports

• Conducting psychological counseling

Multiple Choice

Which of the following is NOT a typical application of biomaterials?

• Supporting or replacing damaged tissue

• Enhancing biological functions

• Serving as a food additive

• Being used in hip replacements

Multiple Choice

Which of the following is a benefit of using machine learning in predicting heart disease?

• It replaces doctors entirely

• It improves accuracy in detecting cardiovascular conditions

• It eliminates the need for ECG signals

• It only works for young patients

Multiple Choice

How do advanced prosthetics contribute to the quality of life for patients?

• They only provide cosmetic benefits

• They mimic natural limb movement and improve mobility

• They are less durable than traditional prosthetics

• They require no rehabilitation

Multiple Choice

Which of the following are fields of work for BME engineers?

• Medical devices

• Sensor technologies

• Molecular imaging

• All of the above

Open Ended

Explain why it is important for engineers and medical practitioners to understand the meaning of bioethics in their professional work.

Open Ended

Describe the main ethical considerations that biomedical engineers must address when conducting research involving human subjects.

Open Ended

Reflecting on the historical development and evolution of Biomedical Engineering, how do you think advancements in AI and telecommunications have impacted patient care?

Multiple Choice

Which of the following is NOT included in the modern scope of Biomedical Engineering (BME)?

• Bioinstrumentation

• Bioelectronics

• Biomechanics

• Astrophysics