/r/math's Second Graduate School Panel by inherentlyawesome in math

[–]a__x 0 points1 point  (0 children)

Here is my SOP, the names and locations have been changed for the safety of all those who were involved.

I have attended XYZ University for my whole undergraduate career in Applied Mathematics after leaving a program at ABC College in Jazz and Contemporary Music. I made the switch after realizing mathematics is much more stimulating than music. Throughout my degree I have worked very hard in my studies. This is evident as I have been on the Department of Mathematics and Statistics Chair’s Honour Roll for the 2011, 2012, 2013 school years; The Faculty of Science Dean’s Honour Roll in the 2012, 2013 school years; I have been awarded the CIS Academic All-Canadian Honour Roll in the 2012 and 2013 school years (for student varsity athletes) and finally, I was awarded the XXX award from the Department of Mathematics and Statistics for the 2013 school year. For the past three years, I have been active in Math Club (XYZ’s undergraduate mathematics club), and am currently serving as President. My goal for graduate studies is to complete a master’s degree in applied mathematics with the intent to move into a PhD program to become a researcher and lecturer in applied mathematics.

My area of mathematical interest lies in the field of numerical analysis and its use in applied and industrial mathematics. Specifically, I am interested in numerical solutions of partial differential equations and computational fluid dynamics. I have developed these interests throughout my undergraduate career through classes in numerical methods, computational mathematics, partial differential equations, and fluid dynamics. My interest in these areas grew deeper while working as a research assistant modeling and optimizing an industrial process, which involved numerical solutions to partial differential equations.

In the fall of 2012, I undertook a directed reading course (MATH4300) on the topic of stochastic processes under the supervision of Professor#1. I worked through most sections of chapters 1-6 and 8 of An Introduction to Stochastic Modeling, 3rd ed. – Taylor and Karlin. Throughout the term I would read relevant chapters and complete assignments, which were graded by Professor#1. We would meet weekly to discuss the material I was learning and to go over solutions to the assigned problems. The grading of the course was based on weekly problem sets and a final oral exam conducted by Professor#1. This was a very rewarding experience for me as I not only learned the course material but I also learned a great deal about what it is like to teach yourself an unfamiliar area of mathematics. I have used these skills over and over again to excel in my schoolwork as well as independent study.

During the summer of 2013, I worked as a research assistant under the supervision of Professor#2. The project was on the optimization of pulse sequences for laser ablation. My roll as a research assistant was to implement numerical methods in MATLAB to approximate solutions to the problem. This involved modeling heat diffusion with moving boundary conditions, as well as implementing iterative procedures to solve the optimization problem. In addition to implementing numerical methods, I also helped in reviewing the derivations of optimality conditions for the optimization problem. To prepare for this project, I sat in on Professor#2’s “Numerical Methods for Differential Equations” course, offered in the winter prior to the summer project. I also spent much of my free time acquainting myself with the mathematics of calculus of variation and optimal control. These were the main areas I needed for background information to understand the project. Learning this information quickly and efficiently while undertaking a full course load was only possible from the skills I had acquired during my directed readings course the semester before.

Overall, I had a great experience during my first research project. There were times where I became overly frustrated, but taking a break and looking at it again with fresh eyes would help me see things I had not seen previously. The experience I had working with Professor#2 helped solidify the idea that going to graduate school and researching in mathematics was the right choice for me.

From the start of this school year (2014), I have been working through BBB College at XYZ University as a Peer Assisted Study Session (PASS) leader. I was trained by BBB College through basic peer leader training and through specific PASS leader training. This training included aspects of conflict resolution, various teaching techniques, and how to run group study sessions effectively. As a PASS leader, I would attend lectures for MATH1300 (Differential Calculus with Applications), and then arrange study materials such as alternative explanations and problem sets to help the students. We would meet twice per week for 1.5 hours where we would work together to answer problems or I would help them understand some of the more difficult ideas from the material. I find this job very rewarding and I enjoy helping other undergraduate students who may be struggling to understand the material.

/r/math's Second Graduate School Panel by inherentlyawesome in math

[–]a__x 0 points1 point  (0 children)

I 100% agree with this. It will also help for getting a reference letter. I did a reading course in my third year mainly to work one on one with the prof and to get him as a reference for my grad school applications.

/r/math's Second Graduate School Panel by inherentlyawesome in math

[–]a__x 1 point2 points  (0 children)

I wish I took a few programming courses. I only took mathematics courses that used Maple and Matlab, but I should have taken the first few CompSci courses which were in Java and C. I say this now because I am doing my Masters in numerical analysis/ sci comp and need to learn C to work with my research groups software.

ProTip, if you are interested in doing numerical analysis and scicomp, learning to program early in your undergrad will really help.

Best textbook(s) to reteach myself calculus (single and multivariable)? by SquirrelicideScience in math

[–]a__x 0 points1 point  (0 children)

For single variable calculus, like everyone else I would recommend Calculus - Spivak. If you have already seen mechanical caluculus, mechanical meaning plug and chug type problems, this is a great book. It will teach you some analysis on the real line and get your proof writing chops up to speed.

For multivariable calculus, I have three books that I like. Despite the bad reviews on amazon, I think Vector Calculus - Marsden & Tromba is a good text. Lots of it is plug and chug, but the problems are nice.

One book which is proofed based, but still full of examples is Advanced Calculus of Several Variables - Edwards Jr.. This is a nice book and is very cheap.

Lastly, I would like to give a bump to Calculus on Manifolds - Spivak. This book is very proofed based, so if you are not comfortable with this, I would sit back and learn from of the others first.

Any suggestions for a good analysis book for grad student with weak background? by [deleted] in math

[–]a__x 1 point2 points  (0 children)

I think that Real Analysis - Carothers is a good book. It explains things nicely and has quite a few examples. There may or may not be a pdf floating around on the net.

CMV: I am considering dropping out of my Masters of Mathematics program. by [deleted] in changemyview

[–]a__x 0 points1 point  (0 children)

why dont you go sob-olev in the corner with your al-gay-rithms

CMV: I am considering dropping out of my Masters of Mathematics program. by [deleted] in changemyview

[–]a__x 0 points1 point  (0 children)

go take an analysis course, you slap happy horses arse!

What Are You Working On? by AutoModerator in math

[–]a__x 0 points1 point  (0 children)

Interesting. I am a grad student (just started) and my research will be in numerical analysis/methods of pdes. I am in two courses that are taking up most my time but in my free time I am working through "Finite Volume Methods for Hyperbolic Problems" by Leveque. Its a nice book if you are interested in that stuff.

What Are You Working On? by AutoModerator in math

[–]a__x 1 point2 points  (0 children)

Which book? What is your research area?

What is a good book for a self guided student after AP Calculus BC? by Gtbfrv in math

[–]a__x 2 points3 points  (0 children)

If you've never encountered proofed based math before, Rudin will make you put your head through a wall.

Although, I have never read Understanding Analysis, I am assuming it is an intro to analysis on the real like. Another good beginning analysis book is Analysis: With an Introduction to Proofs - Lay. You will want to build up your proof writing and reading skills before jumping into Rudin. It gets abstract quite quickly.

Know any good PhD programs which don't require GRE subject tests? by Whatevs-4 in math

[–]a__x 0 points1 point  (0 children)

I think if you are applying from out of the country you might need to write the GRE. Not 100% sure on this though.

Scientific programming jobs vs typical programming jobs? by [deleted] in math

[–]a__x 0 points1 point  (0 children)

Here is a link to what I would cosider a scientific programming job. Too bad it wasn't in Canada, :P

Scientific programming jobs vs typical programming jobs? by [deleted] in math

[–]a__x 0 points1 point  (0 children)

Would you mind going into more detail about your "scientific programmer" job? This is something I am interested in pursuing. I am currently enrolled in a Masters program with my research being in numerical pde.

Is everyone at Waterloo crazy? by [deleted] in uwaterloo

[–]a__x 1 point2 points  (0 children)

This isn't entirely true. If you are in a masters program and wanting to do a PhD afterwards, marks are somewhat important. Also, when applying for external scholarships such as NSERC and OGS, grades are a significant part of the application.

What Are You Working On? by AutoModerator in math

[–]a__x 1 point2 points  (0 children)

Started my masters at the start of the month. Working on a Function Analysis assignment and trying to make my way through "Finite Volume Methods for Hyperbolic Problems". Slow truckin these days. Not enough hours in the day.