A biomedical engineer as a person who develops technology to help save lives they apply knowledge of engineering biology and biomechanical principles to design develop and evaluate biological products such as artificial organs prosthetics medical information systems and health management biomedical engineers use stem principles every day to achieve task stem is curricular based on the idea of educating students in four specific disciplines science technology engineering and math in an interdisciplinary approach biomedical engineers have to have good critical thinking skills critical thinking is a way of thinking about a subject content or problem the thinking improves the quality of his or her thinking by skillfully analyzing assessing and reconstructing their thoughts critical thinking results in better communication and problem-solving abilities and a commitment to overcome egocentrism and socio centrism the field of biomedical engineering can be broken down even further some examples include bio instrumentation in which scientists use electronics computer science and measurement principles to develop devices that are used in diagnosis and treatment of diseases biomaterials is the study of naturally-occurring or laboratory design materials that are used in medical devices or implantation materials biomechanics and loss the study of mechanics such as thermodynamics to solve biological or medical problems clinical engineering applies medical technology to optimize health care delivery rehabilitation engineering is the study of engineering and computer science to develop devices that assist individuals with physical and cognitive impairments systems physiology uses engineering tools to understand how systems within living organisms from bacteria to humans function and respond to changes in their environment so how do you become a biomedical engineer it is usually required for biomedical engineers have a bachelor's degree in biomedical engineering or bioengineering from accredited program it is also possible to have a bachelor's degree and another type of engineering and choose either a biological science elective or a graduate degree in biomedical engineering combining two Sciences such as medicine and engineering is proving to be the solution to a Verity of problems not only is biomedical engineering extended life expectancy but improving the quality of life for billions as well by applying skills such as critical thinking engineers are able to save and improve lives engineers are people who take an idea and make it into a real revolutionary creation.
applications and engineering mindset and problem-solving to like try and solve the problems we have with our bodies hip replacements knee replacements prosthetic implants things like that just to sort of help quality of life get better for people I particularly enjoyed the group projects so I feel that with working in a group and given a task we get to share our skills with everyone and then we learn from each other like I'm doing the same kind of modules like aerospace mechanical students but also I'm learning about cells and I'm learning about different parts of the body think about 20 hours you're in every week that's split up into sort of lectures they're these things called PBL's problem-based learning that's when you take all the information you've learnt from the lectures and then you go into a smaller classroom with a smaller group and then go through it with someone question by question so I'm the president of the women in engineering Society so we do a lot of social experiences a lot of academics and Industry or links and we try and make it a place that's fun but not too academic I enjoyed the the whole actual projects we've been given so this year for example we were given a minimally invasive device for emphysema Street and patients so we had just form a device and design it and then give it a software that was quite interesting this for me feels like what an educational institution should be like it should be somewhere okay yes academic excellence is what is the aim but also in a very welcoming and in a very understanding relaxed environment I also think it's a really good opportunity to try new things that you're not really given if you just go straight into a job if you're into biology if you're into like learning about the human body and you're also into sort of technology and engineering and like learning how things work then I would really recommend looking into biomedical engineering because that's exactly what it is.
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