ENGINEERING PHYSICS
In the realm of engineering, Engineering Physics resembles a specialized field of study.
Physics is like the boss of all sciences, covering everything from basic mechanics to the tiny world of quantum mechanics. Engineering Physics is a course that looks at how we can use physics in engineering. It's basically physics for engineers. In this course, you'll learn about important stuff like how electricity behaves, making thin materials, working with vacuums, understanding materials, and solid materials science. Around 60% of Engineering Physics is about electronics and communication, with the rest focusing on other areas of applied physics. Lately, there's been a big interest in nanotechnology, materials, and electronics, making Engineering Physics really important. If you're super into physics and also love engineering, this is a great field to dive into.
Different syllabus:
Engineering physics focuses more on theory compared to traditional engineering fields. In this course, you'll study core subjects like optics, relativity, photonics, thermal physics, and solid-state physics. There are also opportunities for hands-on experiments in various labs during the third year.
Some well-known universities offering engineering physics courses include IISt, NIT Calicut, IIT Bombay, Delhi, Guwahati, Madras, and Delhi Technological University. Recently, IIT Hyderabad also started offering this course. In Kerala, you can study engineering physics at IIT Thiruvananthapuram and NIT Calicut.
At IISt, you have the option for a dual degree where you can earn a B.Tech in engineering physics and a master's degree in astronomy and astrophysics, earth system sciences, solid-state physics, or optical engineering. This course stands out because of its affordable tuition fees and the possibility of securing a job at ISRO.
HIGHER STUDIES & RESEARCH:
After completing their studies, a significant proportion of students pursue higher education and research opportunities. Officials at NIT Calicut mention facilitating pathways to renowned foreign universities. Half of these students are directly admitted to PhD programs (without completing a master's degree) following their BTech. Fewer graduates opt for jobs in software, electronics, and fiber optics companies. The increasing research prospects within the country, coupled with the private sector's expansion in fields like material science and photonics, favor the field of engineering physics.
Article By: Mujeebulla K.M
CIGI Career Team
