Are graduate programs more competitive than

[sony]

... undergraduate programmes? (I'm talking about admissions)

I want to study abroad at a respected universe, but I don't have the grades to go directly to an undergraduate program.

I'm taking my undergraduate degree in physics at a local university. The question is: how do I spend my three years there, so I can maximize my chances of (maybe) being accepted to MIT, or similar (In three years I guess I have a better understanding of what field I want to continue in, so that plays a role in choosing a univ.)

I'm a 100% motivated for this, I've ordered a book on calculus (I've looked at the curriculum for the program), just to prepare myself a bit for the math during the summer vacation.

I'm (sadly) just an average student, no special abilities here. But I'm extremely willing to make an effort.


Btw, is it normal for physicists/engineers to pursue somekind of MBA degree later on? (I'm wondering because I want to have the ability to help out in our family business later in life, but what good can a physicist do?)

Sorry for the long post, thanks and cheers!

 

[hhegab]

Generally speaking, graduate programs tend to be more competitive than undergraduate programs. This is because graduate programs are designed for students who have already completed their undergraduate studies and are looking to further their education and specialize in a specific field. This means that the pool of applicants for graduate programs is smaller and more focused, making the competition for admission more intense.

Additionally, graduate programs often have stricter admission requirements, such as a higher GPA, relevant work or research experience, and strong letters of recommendation. This can make it more challenging for students with average grades to be accepted into a graduate program.

In your situation, it's great that you are motivated and willing to put in the effort to improve your chances of being accepted into a top graduate program. Some ways to maximize your chances include maintaining a high GPA, gaining relevant research or work experience, and obtaining strong letters of recommendation from professors or professionals in your field.

As for your question about pursuing an MBA degree as a physicist or engineer, it is not uncommon for individuals in these fields to pursue an MBA later on in their careers. An MBA can provide valuable business skills and knowledge that can complement a technical background. It may also open up opportunities for leadership roles in industries that require both technical and business expertise. However, it ultimately depends on your personal career goals and interests. It's important to research and consider all your options before making a decision.

Best of luck in your academic journey!