Can I do MSc in Geophysics after BSC Physics?

yes, you can apply for M.Sc in Geophysics after completion of B.Sc physics. For M.Sc Geophysics, you have to graduate by B.Sc with main subject of physics.

Which is better MSc Physics or MSc Geophysics?

If academics or research is in your mind, definitely MSc in Physics is a better option followed by a PhD. However if you want to enter Industry, then Applied Geophysics is definitely a better option even though it narrows down your domain as far industry is concerned. You should go with M.SC(PHYSICS) .

What is MSc tech Geophysics?

MSc Geophysics is a 2-year post-graduate degree program offered by various Universities and Colleges in India to teach important aspects of Geography and Physics to study crucial matters related to Earth Sciences.

How is placement at BHU Geophysics?

Placements: Around 25\% of the students get placed every year. The average salary package offered is 20 LPA. Top recruiting companies like ONGC, Oil INDIA, Schlumberger, etc., visit our campus for placements. A top role offered to the students is geophysicist.

What to study to become a geophysicist?

Eligibility for M.Sc in Geophysics: Candidates must have completed a B.Sc in Physics from a recognized university. Along with it, another major subject should be Geology or Electronic Science or Chemistry or Mathematics. 60\% should be their minimum aggregate score for admission into the Geophysics course.

How many seats are there in BHU M.Sc Computer Science?

(Computer Science) 2021 Exam – Dates, Registration, Eligibility, Syllabus, Exam Pattern. Banaras Hindu University Entrance Test for Master of Science (Computer Science) 2021 or BHU PET M.Sc. (Computer Science) 2021 is the entrance examination for admission to M.Sc.

What is BSC geophysics?

Geophysics is the earth science that requires an aspirant to have strong fundamentals in global studies, rock characteristics, geophysical exploration and methods of acquiring data. It is a sub-discipline of Physics. It involves studying the subject through electromagnetic, radioactive, and seismic techniques.