Engineering Physics or Physics?

In summary, the conversation discusses the difference between pursuing a B.Tech degree in Engineering Physics or a B.Sc degree in Physics. The speaker suggests that while a B.Tech degree may provide more hands-on experience and lead to immediate job opportunities, a B.Sc degree can offer a more well-rounded education and potential for long-term advancement. The importance of considering the effort and value of the degree is also mentioned, as well as the difference between degree titles in India.
  • #1
Abhirikshma
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0
I have an inclination to be an experimentalist, in which discipline should I do my Bachelors in : Engineering Physics (B.Tech) or Physics (B.Sc) ?

Thanks.
 
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  • #2
By definition Engineerring Physics is designed to be more hands on.
 
  • #3
A technology degree can result in becoming pigeon holed as a technologist/lab/hands on type of career. Probably just what you envision. However, the B.Sc degree will usually start in the same place, but allow you to advance if you desire. Technology degrees can become a barrier for advancement. Remember, the more effort the degree takes, the more valuable it is. While a Technology degree may focus on the subject material you feel is most important, a science or engineering degree will give you a more well rounded education in other areas (higher level math, more conceptual or math intensive physics) that can affect your work so that you may be able to see out side of the box, so to speak. The Technology major may learn all sorts of lab tricks or methods of fabrication, but you would pick them up in the real world too.
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Basically a technology major may be able to help his employer immediately (and get you in the door more quickly), where as the science/engineering major is often viewed as a long term investment. You may certainly be satisfied with the Technology degree, but do not commit ie take the common courses for both as long as you can, so that when you do have to commit, you do it wisely.
 
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  • #4
CalcNerd said:
A technology degree can result in becoming pigeon holed as a technologist/lab/hands on type of career. Probably just what you envision. However, the B.Sc degree will usually start in the same place, but allow you to advance if you desire. Technology degrees can become a barrier for advancement. Remember, the more effort the degree takes, the more valuable it is. While a Technology degree may focus on the subject material you feel is most important, a science or engineering degree will give you a more well rounded education in other areas (higher level math, more conceptual or math intensive physics) that can affect your work so that you may be able to see out side of the box, so to speak. The Technology major may learn all sorts of lab tricks or methods of fabrication, but you would pick them up in the real world too.
.
Basically a technology major may be able to help his employer immediately (and get you in the door more quickly), where as the science/engineering major is often viewed as a long term investment. You may certainly be satisfied with the Technology degree, but do not commit ie take the common courses for both as long as you can, so that when you do have to commit, you do it wisely.

CalcNerd, while I understand what you are referring to, the OP is (I presume, given his handle name) from India, and in India (particularly from the Indian Institute of Technology, India's equivalent of MIT or Caltech), all engineering degrees are listed as B.Tech (Bachelor of Technology) rather than BS (Bachelor of Science), B.Eng (Bachelor of Engineering), or BAsc (Bachelor of Applied Science).
 
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  • #5
CalcNerd said:
Remember, the more effort the degree takes, the more valuable it is.

With the notable exception of a BS in Physics.
 
  • #6
In India there is indeed no B.Engg degree, B.Tech degree is awarded for all the engineering subjects (like Computer science, Electrical, Mechanical, Civil, chemical engineering etc.) and B.S or B.Sc for all the pure science subjects (like Physics, Chemistry, Mathematics, Economics, Biology etc.).

N.B: I am from India, as rightly pointed out by StatGuy2000 :smile:
 

1. What is Engineering Physics or Physics?

Engineering Physics is a branch of science that applies the principles of physics to solve real-world engineering problems. It combines the fundamental concepts of physics with the practical aspects of engineering to develop new technologies and improve existing ones.

2. What are the career options for someone with a degree in Engineering Physics or Physics?

There are a variety of career options for someone with a degree in Engineering Physics or Physics. Some common career paths include research and development, engineering, data analysis, teaching, and consulting in industries such as aerospace, energy, telecommunications, and healthcare. Graduates can also pursue further education in fields such as medicine, law, or business.

3. What skills are important for a career in Engineering Physics or Physics?

Strong analytical and problem-solving skills, a solid understanding of mathematics and physics principles, and the ability to think critically and creatively are important for a career in Engineering Physics or Physics. Strong communication and teamwork skills are also essential, as many projects require collaboration with other scientists and engineers.

4. Is Engineering Physics or Physics a difficult major?

Engineering Physics or Physics can be a challenging major, as it requires a strong foundation in mathematics and physics concepts. However, with dedication and hard work, it is a rewarding and fulfilling field of study that can lead to a variety of exciting career opportunities.

5. How does Engineering Physics or Physics contribute to society?

Engineering Physics and Physics play a crucial role in advancing technology and solving real-world problems. They have contributed to the development of new technologies in fields such as renewable energy, medical imaging, and telecommunications. They also help us better understand the world around us and improve our quality of life through advancements in areas such as healthcare, transportation, and communication.

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