Can I get into a good Nuclear Fusion graduate program?

In summary, the individual has a bachelor's degree in electronics and communication from India and has been working as an Application Engineer in the VLSI domain. They are interested in transitioning to Nuclear Fusion Physics and plan to take the Physics GRE in October 2015. They have experience in plasma diagnostics through an unofficial project in their final year of engineering and have published a paper and completed a thesis in related fields. They are seeking advice on potential graduate programs in Nuclear Fusion and have considered the Erasmus Mundus program. They are advised to contact specific universities and professors to inquire about admission and financial support opportunities.
  • #1
santhoshetty
1
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I finished my bachelors in electronics and communication in 2014 from India. Since then I have worked as an Application Engineer in the VLSI domain at a reputed company. I would like to transition to Nuclear Fusion Physics. I am planning to give my Physics GRE in October 2015.

Some background that will help assess my profile:
In my final year of engineering, I came up with a theoretical framework (list of apparatus, their dimensions and arrangement, input power, error estimate) for an experimental setup that would perform microwave interferometry to gauge the plasma densities. This was performed unofficially for a PhD student who was working on the same and was employing invasive methods like the langmuir probe and requested us to provide a relatively non invasive solution. My professor, being a PhD in Microwave Engineering agreed to do so. As such I do not have an official paper of the same although there are small chances that I can get it into record, for which I am in the process of writing a report. However, I am fairly certain that my professor will attest to this fact in an LoR.
I do not know about fluid mechanics and other physics fields but I think I can get a decent score on the PGRE. However, I plan to learn these after my PGRE.

Other important things I have done in my engg:
International conference paper published on Face Recognition and Optimization.
Undergraduate thesis on Behavioral control design of autonomous robot navigation.
Computer languages like C, matlab, verilog hdl.

I know that plasma diagnostics specially microwave based plays a huge role in a nuclear fusion system. Can this experience and my professor's LoR along with a good PGRE score warrant an admission into a good Nuclear Fusion oriented program?

My research interests are related to Plasma confinement of which turbulence, instabilities and disruption handling are fields I want to focus on. You could say I am interested in seeing a whole nuclear fusion reactor like ITER built solidly. As such I am also interested in the first wall materials, tritium breeding, ICF and concepts like the stellarator.

Can someone please help me ? What are some good colleges that will cater to my interests? I was also looking at the Erasmus Mundus Nuclear Fusion and Engg Physics Masters program. Can someone shed some light on it ?
 
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  • #2
Welcome to the forum.

Question like "can I get into this school?" are usually best answered by contacting the school you are considering. They can best answer your questions about what you need to be admitted, what finances you will need, what requirements the degree program has, and so on.

Google is your friend.

Find some profs who do work that looks like you would be interested. Find the admissions office at their university. Email them. Email the profs and ask if they have room for a new grad student. If they say they do not have room, then ask them if they could suggest any other prof who might have a similar program who did have room.

Also, ask what scholarships and other financial support you should apply for. Many of these awards will not consider you unless you apply.
 

FAQ: Can I get into a good Nuclear Fusion graduate program?

What are the qualifications needed to get into a good Nuclear Fusion graduate program?

To get into a good Nuclear Fusion graduate program, you will typically need a strong background in physics, mathematics, and engineering. Most programs require a bachelor's degree in a related field, such as physics or nuclear engineering, with a high cumulative GPA. Additionally, research experience and strong letters of recommendation can greatly improve your chances of acceptance.

Are specific courses or research areas preferred for admission into a Nuclear Fusion graduate program?

While each program may have its own specific requirements, most Nuclear Fusion graduate programs prefer applicants with a strong foundation in courses such as quantum mechanics, thermodynamics, and nuclear physics. Research experience in a related field, such as plasma physics or fusion energy, can also enhance your application.

Is it necessary to have prior experience in Nuclear Fusion to get into a graduate program?

No, it is not necessary to have prior experience in Nuclear Fusion to get into a graduate program. However, having some knowledge or experience in the field can be beneficial and may make you a more competitive applicant. Many programs offer introductory courses for students without prior experience in Nuclear Fusion.

Can I apply to multiple Nuclear Fusion graduate programs at once?

Yes, you can apply to multiple Nuclear Fusion graduate programs at once. However, it is important to carefully consider each program's requirements and make sure you meet them before submitting your application. It is also important to prioritize your top choices and tailor your application materials to each program.

Are there any specific skills or qualities that are valued in applicants for Nuclear Fusion graduate programs?

In addition to strong academic qualifications, Nuclear Fusion graduate programs often value applicants with excellent problem-solving skills, strong analytical thinking, and a passion for research. Good communication skills and the ability to work well in a team are also important qualities for success in graduate studies and in the field of Nuclear Fusion.

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