Get Your Bachelor of Science in Engineering Physics Degree: Discover Answers to Engineering Challenges
Technology has become a driving force worldwide and almost every industry engages in technological breakthroughs. Among these technologies are silicon microprocessors, communication technologies, micro electro-mechanical sensors, image processing, and many more. Nevertheless, no matter how advanced we now in almost all aspects of civilization, we are still face with age-old problems like engineering challenges and questions in physics that are not answered yet. This is the reason why a deeper understanding and study of underlying principles is needed.
Introduction to a Bachelor of Science in Engineering Physics Program
The aim of a Bachelor of Science in Engineering Physics degree program would be to provide a good background to students in the fundamentals of physics while utilizing that knowledge to engineering fields. The degree is designed to supply a fundamental knowledge of physical principles, a powerful foundation in quantitative skills, plus a powerful foundation within an engineering area.
A Bachelor’s degree in engineering physics usually requires 4 years of study. The classes include engineering fundamentals, engineering physics core courses like advanced mathematics, electronics methods, advanced mechanics and dynamics, electricity and magnetism, quantum mechanics, thermodynamics, kinetics and statistical mechanics and design courses. Students can also choose their specialization in different subjects including biophysics, energy systems, electro-mechanical system design, computational science, energy systems, photonics, material science, solid-state physics and renewable energy.
Like most engineering courses, this degree is best taken from good universities that specialize in engineering or technology. Choose the university or college that can offer good platform and in-depth knowledge in engineering physics. You can take this degree from various universities worldwide; in the United States, the top five universities for technology related fields include Cornell University, Massachusetts Institute of Technology, California Institute of Technology, Carnegie Mello University in Pittsburgh, and University of Texas.
What makes Engineering Physics different from other engineering disciplines?
The essential distinction between other Engineering majors and Engineering Physics is that in Engineering Physics students study the same complex physics issues like those in physics majors, specifically, at least two quarters of quantum mechanics and at least 25 per cent of statistical mechanics.
This degree also prepares students to function in the private sector or in national labs at the very forefront of technology, or to pursue an advanced level degree in engineering. The Bachelor of Science in Engineering Physics degree also prepares students to pursue an advanced level degree in physics, which other engineering majors do not.
Career paths for Engineering Physics graduates
Engineers and physics majors always have an enormous range of job opportunities. Graduates of Engineering Physics have careers possibilities in systems engineering, science writing, academe, medicine, law (especially intellectual property or patent law), government, or management in technical fields, philosophy of science, history of science, science policy, energy policy, and other related jobs. Those who would like to pursue physics upon completion of their degree have higher demand in medicine, semiconductor technology, information technology, applied research and development, communications technology, and other laboratory research facilities. Based on a study, the rapid growth of sustainable research and physics related research would also mean high employment opportunity for physics and engineering majors.
Salary Expectation
According to United States Bureau of Labor Statistics, in May 2010, the median yearly wage of this profession was $106,370 and the employment rate was projected to increase by 14% from 2010 to 2020.
Whether you choose to be part of engineering or physics disciplines, the Bachelor of Science in Engineering Physics offers you the opportunity to specialize on both fields. Moreover, the classes in physics, engineering and mathematics offered on this program will be useful for entry into many other careers.
A Bachelor of Science in Chemistry is one of the most difficult and also most rewarding degree courses out there. It also paves the way towards master’s and doctoral advancements. Those who want to take up this program are advised to prepare for it during high school by making sure they manage to finish up to Chemistry 11 and that their grades in all chemistry subjects are all outstanding. Math grades should also be above average. The student should also be great at problem solving and troubleshooting and should be persistent in finding the best solutions. For this reason, a recommendation letter from the student’s chemistry teacher is required by most colleges and universities before someone can apply for the degree program.
A Bachelor of Science in Chemical Engineering degree is currently one of the most in demand engineering degree programs. This is because the current number of chemical engineers is very small yet the demand for them is very high. This is why professionals in this field are able to enjoy huge amounts of profit. The profession is also very stable and is expected to withstand even another global financial crisis. The demand for these particular types of engineer is so high that even fresh graduates are paid huge sums of money. Recent studies show that among the numerous types of engineers chemical engineers rank second in terms of the median annual salary. First grads can be awarded an average of $70,000 per year. This amount can be considered extravagant as it is almost twice what fresh graduates of other programs received on their first employment. In fact, the figure is even higher that what experienced individuals of other careers earn after being in their field for a few years.
