Math Minor for MSE in Comp. Engineering

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SUMMARY

The discussion centers on selecting math courses for a Master's in Computer Engineering, specifically focusing on embedded systems and power management. The recommended sequences include MA540: Combinatorial Enumeration, MA640: Graph Theory, and MA740: Combinatorial Algorithms, with the user expressing interest in these courses due to their relevance and novelty. The user also considers EE629 & EE630: Analytical and Computational Methods in EE I & II but finds them less aligned with their interests. The conversation highlights the importance of choosing courses that enhance both theoretical understanding and practical applications in computer engineering.

PREREQUISITES
  • Understanding of embedded systems and computer architecture
  • Familiarity with basic mathematical concepts relevant to engineering
  • Knowledge of power management techniques in computer systems
  • Experience with formal programming and languages
NEXT STEPS
  • Research applications of Graph Theory in computer networks and algorithms
  • Explore the significance of Combinatorial Algorithms in optimization problems
  • Investigate the role of Numerical Analysis in computational simulations
  • Learn about Linear Algebra's impact on machine learning and data science
USEFUL FOR

Graduate students in Computer Engineering, educators in mathematics, and professionals seeking to enhance their understanding of mathematical applications in computer science and engineering.

Kdar
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While doing my master's I have to take a sequence of two classes in math. My master's is in Computer Engineering, mostly on subject of embedded systems, computer architecture and OS, with focus on power management for my thesis.

List below shows recommended course sequences:
Recommended Course Sequences.
MA585 Probability CPE 619: Modeling and Analysis of Computer and Communication Systems
MA540: Combinatorial Enumeration MA640: Graph Theory
MA640: Graph Theory MA740: Combinatorial Algorithms
EE 629 & EE 630: Analytical and Computational Methods in EE I & II
CS 555: Formal Program CS 603: Formal Languages and Development Automata Theory

First option will be impossible to take just because it will not be offered during next two semesters.

Next I was thinking to take EE629 & 630, which is basically advanced math course covering wide range of topics. Some of those topics I already touched in previous classes and some sections seems to be suited more for mechanical or electrical engineering (which I did for my undergraduate degree).

However, what do you think of Combinatorial Enumeration, Graph Theory and Combinatorial Algorithms? This would be more specific and possibly I can get more from those classes and it will be something new to me (especially Graph Theory). I also got somewhat interested in graph theory after doing a little research... However, how useful would two of those classes (MA540 & MA640 or MA640 & MA740)? What would be possible applications of those math courses?

Or maybe.. someone can recommend me something else to take from mathematical curriculum.

How about taking something like Numerical Analysis and Linear Algebra?
 
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