Question regarding modern engineering

In summary, the individual is currently studying Biotechnology but is interested in engineering and problem solving. They have experience with debugging slot machines and are fascinated by problem solving and math. They also have a passion for computers and hardware devices and want to become an inventor. They are unsure of which type of engineering to pursue in order to create their own devices and improve modern society. One suggestion is biomedical engineering, which combines elements of electrical engineering and other engineering fields with a focus on medical applications. Another option is to pursue a degree in electrical engineering and then pursue a graduate degree in biomedical engineering.
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First and foremost, please excuse my English if there are any errors.

I'm currently studying Biotechnology because ever since I was a kid being a doctor was always the one profession that has always interested me... But I'm also a sucker for technology and innovation.

I'm 2 years into my major and I'm most likely going to change into the engineering field. I love math and physics and I've been working and debugging slot machines ever since I was 16 years old. I feel as if being an Engineer is what I was made for. But what kind of engineer?

I like helping people and I love problem solving. Complex things interest me like no other, perhaps this is why I want to become a doctor. But physics and math has always been the other side of my pornography, in the sense of problem solving. I'm extremely fascinated with problem solving and math.

Moving on... I like computers, and hardware devices and I would like to explore more into that field to create my own devices, not just for one specific concentration but for a very wide range of options. In short, an inventor.

I like the way how Plasma and LCD monitors work, I love the idea of wireless connections, blu-ray disks, satellites, speakers, cell phones, pretty much every electrical device. and It has always been my dream to invent or to improve something so useful in modern society.

My question here is, if I wanted to create such a thing, which type of engineering would I have to look into and which other sub-profession would be best to match my demands? Perhaps a combination of Physics and Electrical Engineering or Computer Science and EE?

Any advice will be greatly appreciated.
 
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  • #2
have u considered biomedical engineering? It's basically EE and a bunch of other engineerings combined but concentrated towards medical applications. Things include: prosthetic limbs, artificial hearts, signal processing from the electrical signals in the body, etc. i don't think i described it very well but look at this:http://en.wikipedia.org/wiki/Biomedical_engineering
you can do all your math/physics and have it apply to bio/medicine stuff. I think traditionally, you don't do too much bio stuff in this major, but you can definitely put an emphasis on bio if u want. Another option would be to do EE undergrad and biomedical grad. or just do biomedical undergrad if your school has it.
 
  • #3


I can understand your interest in both biotechnology and engineering. Both fields have a strong focus on problem solving and innovation, and it's great that you have been able to gain hands-on experience with technology at a young age.

In terms of which type of engineering would be best for you, it really depends on your interests and what specific area of technology you want to focus on. If you are interested in creating new devices and working with hardware, electrical engineering would be a good fit. If you are more interested in the software side of things, computer science or computer engineering may be a better choice.

However, it's important to keep in mind that engineering is a broad field and there are many sub-disciplines within each type of engineering. For example, if you are interested in the technology behind plasma and LCD monitors, you may want to look into electrical engineering with a focus on electronics or optics. If you are interested in wireless connections, you could look into electrical engineering with a focus on telecommunications or signal processing.

My advice would be to do some research and explore the different sub-disciplines within engineering to see which ones align with your interests and goals. You may also want to consider talking to professionals in the field or shadowing them to get a better understanding of what they do on a daily basis.

Overall, it's great that you have a passion for problem solving and innovation. I wish you all the best in your future endeavors in the field of engineering.
 
  • #4


I can understand your passion for both biotechnology and engineering. Both fields offer exciting opportunities for innovation and problem-solving. It's great that you have already identified your love for math and physics, as these are crucial skills for any type of engineering.

Based on your interests, it seems like you would excel in a field that combines both electrical engineering and computer science. This combination would allow you to work on a wide range of projects, from creating new devices to improving existing technologies. Some examples of sub-professions that may align with your interests could be electronics engineering, computer engineering, or even mechatronics engineering.

I would recommend researching and exploring these different fields to see which one resonates with you the most. You could also consider reaching out to professionals in these fields to gain a better understanding of their day-to-day work and the types of projects they work on.

Overall, it's important to follow your passion and interests when choosing a career path. With your love for innovation and problem-solving, I have no doubt that you will excel in the engineering field. Best of luck in your future endeavors!
 

FAQ: Question regarding modern engineering

What is modern engineering?

Modern engineering refers to the use of current technologies, materials, and methods to design and create products and systems. It includes disciplines such as mechanical, electrical, civil, and software engineering.

What are the key principles of modern engineering?

The key principles of modern engineering include problem-solving, innovation, sustainability, efficiency, and safety. Engineers use these principles to develop new technologies and improve existing ones.

How has modern engineering changed in recent years?

Modern engineering has evolved rapidly due to advancements in technology and the increasing demand for innovative solutions. This includes the use of computer-aided design, 3D printing, and artificial intelligence in the engineering process.

What are some current challenges facing modern engineering?

Some current challenges facing modern engineering include climate change and sustainability, ensuring ethical and responsible use of technology, and addressing the skills gap in the engineering workforce.

What are some examples of modern engineering in everyday life?

Modern engineering is present in almost every aspect of our daily lives. Some examples include smartphones, renewable energy sources, self-driving cars, and medical technologies such as prosthetics and MRI machines.

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