The main difference between a physics degree and an EE master's degree is the focus and application of knowledge. While a physics degree primarily focuses on understanding the fundamental laws of nature, an EE master's degree is more focused on the practical application of those laws in the design and development of electronic systems.
Yes, it is possible to pursue an EE master's degree with a physics degree. However, you may need to take some additional courses to bridge any knowledge gaps and ensure you have the necessary background in electrical engineering.
Yes, your physics degree will be helpful in an EE master's program. Many concepts and principles in physics, such as electromagnetism and quantum mechanics, are also applicable in electrical engineering. Your physics background may also give you a unique perspective and problem-solving skills in the field of EE.
An EE master's degree can open up a variety of career opportunities in industries such as electronics, telecommunications, power systems, and renewable energy. You may also pursue careers in research and development, design, and management roles.
To prepare for the transition, it is recommended to take courses in circuits, electronics, and programming. You may also find it helpful to gain hands-on experience through internships or research opportunities in the field of electrical engineering. Additionally, familiarizing yourself with the basic principles and terminology of EE can also help ease the transition.