Schools How to Prepare for Grad School Application

AI Thread Summary
Starting an undergraduate program in electrical engineering at McGill University, the focus should be on securing a strong graduate school application. Key strategies include maintaining a solid GPA, ideally around 3.5 or higher, while prioritizing research experience over general volunteering. Engaging in lab work and building relationships with faculty can lead to valuable letters of recommendation, which are crucial for graduate admissions. Participation in extracurricular activities, such as engineering competitions and student groups, can enhance both skills and networking opportunities. Early involvement in research, especially in nanotechnology, is encouraged, as it aligns with career goals and demonstrates commitment to the field. Overall, a combination of good grades, research experience, and strong recommendations will significantly improve chances for graduate school acceptance.
Enrickey
Messages
12
Reaction score
0
I'm starting my undergrad in electrical engineering at McGill University this fall, and while I know that it's still years ahead of me, I want to know how I can best secure my chances into whatever grad school I want down the road.

I plan on doing their honours EE course, as well as a minor in physics, so I'll be writing an honours thesis as well as being able to take some grad courses during my final year of study. What I really want to do, right now anyway, is to work in the field of nanotech, but not necessarily from a pure physics perspective, more of an engineer's perspective. I guess an example would be using carbon nanotubes in a certain application vs studying the physics behind a carbon nanotube (I hope that I'm making myself clear).

So while I enjoy my 4 years of undergrad, I just want to know what sort of opportunities I should look out for in order to increase my odds of going wherever it is that I choose down the road. Obviously getting good grades is one thing, but I'm sure there has to be something else. Do grad school care about volunteering or anything of that nature? I know that my school does some nano-tech work with the grad students, is there usually something that I can do to get involved as an undergrad? I really don't know what to start looking for, and I want to get going on the right foot.
 
Physics news on Phys.org
I think the one thing about grad school is that they don't care if you volunteered at a library, they care if you did good research, if you have the ability to hard work and have shown that in your undergrad years. I would say letters of recommendation (and kind of related to this, research) is most important. Grades are important, but there is a pdf document by a guy who was on the admissions committee for compsci phd programs (like MIT, CMU, the best of the best) and he said generally 3.5 gpa is what they are looking for. It doesn't make a huge difference to have a 3.8 or a 3.9. But he said he really wants to see GOOD LETTERS.

A letter that says, this kid got an A in my class means nothing. The transcript tells them that already. A letter that says this kid did a paper with me, showed a lot of effort, worked really hard and we pumped out a quality paper will probably get you into a good school.

Now volunteering in a lab is much different than volunteering in a library. My advice is to get involved. See if this is something you really want to do, and the best way is to get involved. This also helps since you get to know faculty and you can maybe network into some research opportunities in your 3rd or 4th year, maybe your 2nd year even.
 
Keeping your marks up is the main thing. Something else you can do is to get involved with student engineering/physics groups - both the social groups and the ones oriented around extra-cirricular competitions such as a solar car or robotics team.
 
I forgot about extra-curricular competitions, I most certainly plan on entering those as I always find them a blast. There have been a few at my last school, and though I've never won anything, I've always had a good time with them.

As for a 3.5 gpa being enough, I'll keep that in mind, but obviously I'm going to try for the 4.0. I'll be sure to talk to my teachers often, and ask if I can do any work with them.

As far as volunteering in labs, I'll see how long I have to be there for that to happen. Because I live in Quebec, I went through the Cegep system before getting into university, so it's as if I've already done a good chunk of my first year courses. Maybe that means that I can get started on working in the lab even earlier?

So in conclusion, I guess the general consensus is to get involved with extra-curricular science/engineering related activities, as well as getting involved with the professors.
 
Yeap that sounds like a great plan.

I would say the ideal grad applicant is someone with good grades, good lab/research experience and good letters of recommendation. If you can get those things, then you have nothing left to question when grad school acceptance letters roll in. There isn't much more you can do besides what you mentioned.
 
TL;DR Summary: What topics to cover to safely say I know arithmetic ? I am learning arithmetic from Indian NCERT textbook. Currently I have finished addition ,substraction of 2 digit numbers and divisions, multiplication of 1 digit numbers. I am moving pretty slowly. Can someone tell me what topics to cover first to build a framework and then go on in detail. I want to learn fast. It has taken me a year now learning arithmetic. I want to speed up. Thanks for the help in advance. (I also...
Hi community My aim is to get into research about atoms, specifically, I want to do experimental research that explores questions like: 1. Why do Gallium/Mercury have low melting points 2. Why are there so many exceptions and inconsistencies when it comes to explaining molecular structures / reaction mechanisms in inorganic and organic chemistry 3. Experimental research about fundamental Quantum Mechanics, such as the one being followed by Hiroshima university that proved that observing...
guys i am currently studying in computer science engineering [1st yr]. i was intrested in physics when i was in high school. due to some circumstances i chose computer science engineering degree. so i want to incoporate computer science engineering with physics and i came across computational physics. i am intrested studying it but i dont know where to start. can you guys reccomend me some yt channels or some free courses or some other way to learn the computational physics.

Similar threads

Replies
16
Views
2K
Replies
3
Views
3K
Replies
7
Views
2K
Replies
2
Views
2K
Replies
7
Views
2K
Replies
26
Views
5K
Replies
12
Views
2K
Back
Top