Biomedical Engineering Concepts and Applications

Bradley Truby, an admissions student for UCL's Biomedical Engineering program, discusses the role of biomedical engineers in solving healthcare challenges using physics, maths, and medical knowledge. UCL is at the forefront of research in engineering and physical sciences, addressing major healthcare issues. Recent advancements in ultrasound technology have led to improved imaging and promising clinical trials for brain disorders. UCL's strong ties with UK teaching hospitals enhance their educational offerings through collaboration with healthcare professionals.

What is the primary focus of biomedical engineers?

• Building infrastructure projects

• Developing software applications

• Solving healthcare-related challenges

• Designing consumer electronics

Which fields do biomedical engineers build upon to address healthcare challenges?

• Economics and finance

• Chemistry and biology

• History and literature

• Anatomy and physiology

What is a key area of research at UCL Engineering?

• Healthcare challenges

• Space exploration

• Automotive design

• Renewable energy

What recent advancement has been made in ultrasound imaging?

• Use of lasers for imaging

• Development of portable devices

• Combination of ultrasound and microbubbles

• Integration with MRI technology

How is ultrasound therapy being used in clinical trials?

• To improve skin texture

• To non-invasively modulate brain function

• To treat cardiovascular diseases

• To enhance muscle growth

What is a key strength of the UCL Biomedical Engineering department?

• Its focus on renewable energy

• Its location in central London

• Its large student population

• Close links with major teaching hospitals

Who contributes to the lectures and teaching sessions at UCL Biomedical Engineering?

• Architects

• Medical professionals

• Software developers

• Economists