What's Your Spring 2010 Class Lineup?

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SUMMARY

The forum discussion centers around students sharing their class schedules for Spring 2010, highlighting a variety of courses across different disciplines. Common subjects include Object-Oriented Programming (Java), Calculus II, Physics I, and various engineering and mathematics courses. Participants express concerns about managing heavy credit loads, with some taking up to 25 credit hours. The conversation also touches on the importance of research opportunities for undergraduate students, particularly in fields like astrophysics and quantum mechanics.

PREREQUISITES
  • Understanding of Object-Oriented Programming (Java)
  • Familiarity with Calculus II concepts
  • Knowledge of Physics I principles
  • Awareness of undergraduate research opportunities in STEM fields
NEXT STEPS
  • Explore advanced topics in Object-Oriented Programming (Java)
  • Research effective study techniques for managing heavy credit loads
  • Investigate undergraduate research programs in astrophysics
  • Learn about the prerequisites for graduate-level courses in quantum mechanics
USEFUL FOR

Undergraduate students in STEM fields, particularly those in physics, engineering, and computer science, as well as anyone interested in optimizing their academic schedules and seeking research opportunities.

  • #31
When is a good time to start looking for research opportunities in college?
 
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  • #32
ice109 said:
you won't make it. i was taking 21 credits this semester where i was really only doing work for 4 / 7 classes and i couldn't pull it out - i had to drop one.

Ego much?
 
  • #33
Quincy said:
When is a good time to start looking for research opportunities in college?

I'm going to be a second semester freshman, and I got a position researching with a professor in astrophysics. I've heard that a lot of research looks great on grad school applications (if that's the route you're thinking of going). I guess what I'm trying to say is that it's never too early to ask, and it's probably better to do it sooner than later if you're looking to get a decent position.
 
  • #34
mg0stisha said:
I'm going to be a second semester freshman, and I got a position researching with a professor in astrophysics. I've heard that a lot of research looks great on grad school applications (if that's the route you're thinking of going). I guess what I'm trying to say is that it's never too early to ask, and it's probably better to do it sooner than later if you're looking to get a decent position.

Is starting junior year too late? I'm going to be a transfer student
 
  • #35
renob said:
Is starting junior year too late? I'm going to be a transfer student

I'm not an expert, as i am just a freshman, but i don't think you can really be too late when it comes to starting research. I'd suggest trying to get a position now if you want one, as more research is better than not enough. Maybe someone with more knowledge will be able to verify/elaborate on this. Good luck!
 
  • #36
Chemistry II
Human Anatomy
Physics: Electricity and Magnetism
Calculus II
 
  • #37
Quantum Mechanics
E&M
Advanced Differential Equations
Geometry

I've asked the math department to do an independent study (I asked to do projective Geometry for a few credits), but I think I'm going to be struggling to stay above water as is so I'll probably stick to the above 4 classes.
 
  • #38
Klockan3 said:
Solid State Physics
Analytical Mechanics and Classical Field Theory
Quantum Field Theory
Functional Analysis
Mathematical Foundations of Quantum Mechanics

Is that a graduate level Mechanics course?
I'm in nerd lust either way.
 
  • #39
(1st semester Junior standing)Mine is:

Honors:Intro to Theology
Modern Physics
Applied Statistics
Foundations of Applied Math (a mixture of vector calculus and complex calculus/analysis)
Honors: Intro to Topology and maybe
Logic(?)
 
  • #40
Electricity and Magnetism (Griffiths)
Intro to Quantum (Griffiths)
Physics lab
Intro to Real Analysis (Real Analysis with Real Applications, Davidson & Donsig)
Complex Variables (Not sure which book)
History and Philosophy of Science after 1700 (might drop this)

Should be good, finally getting to the core physics courses.
 
  • #41
ibnsos said:
ice109 said:
you won't make it. i was taking 21 credits this semester where i was really only doing work for 4 / 7 classes and i couldn't pull it out - i had to drop one.
Ego much?
You know, there is no such thing as talent!
Troponin said:
Is that a graduate level Mechanics course?
I'm in nerd lust either way.
It is hard to say, we don't differentiate between the courses in that way since our system combine your major+master in a single degree. I think it is on the edge between graduate/undergraduate. And I did take my courses in a bit strange order, really you shouldn't take classical field theory just before you take quantum field theory...

But I am sure that the other courses are grad level.
 
  • #42
* Measure and Integration [https://www.amazon.com/dp/0521850150/?tag=pfamazon01-20]
* Topology [https://www.amazon.com/dp/0131816292/?tag=pfamazon01-20 + lecture notes]
* Rings/Fields/Galois Theory [lecture notes]
* Complex Analysis [https://www.amazon.com/dp/0387985921/?tag=pfamazon01-20]
* Bachelor thesis (hopefully about the mathematical foundations of Quantum Mechanics)
* Hopefully teaching assistent (introductory analysis)

(Although I am afraid this will be too much, so maybe I can't be taking one of the above, which would be a shame.)
 
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  • #43
Logic, language and Proof
Calc IV - Differential Equations
Intro Modern Physics + Lab
Computation in Physics
 
  • #44
Abstract Algebra
Mathematical Physics
Quantum Mechanics
Computer Science
Intro. to Music
 
  • #45
Electric Circuits 2 + lab
Logical Circuits + lab
Calculus 2
Electronics 1 + lab
 
  • #46
Calculus 2
Physics 1
Computer Programming C+
Engineering Economics
 
  • #47
I can't wait for my Spring 2010!

Chemistry I & Lab
Electricity & Magnetism
Engineering Calc II
Contemporary Ideas in AstroPhysics
Modern Physics

This is my second year at University, going for something spacey.

Joe
 
  • #48
Preliminary schedule

Engineering Dynamics
Mechanics of Materials
Chemistry II with Lab
Engineering Design II
Engineering Management
Fundamentals of Electronics
 
  • #49
E&M
Quantum Mechanics
Research w/ prof for class credit
Choir
and a 2 credit course about dinosaurs

At least that's the plan so far. Is it unusual to be taking only 12 credits? I was going to add another physics course (statistical and thermal physics) but my adviser advised against it saying that it would be a lot of work.
 
  • #50
Hmm

I am going to take Analog electronics and Circuits 2! Both with their labs :)
I might also take Instruments and Measurements with its lab :(, and Engineering Economics.
Fluid Mechanics plus AutoCad or Digital systems. And of course Partial Differential Equations! This is going to be a great semeter :)
 
  • #51
Aerodynamics II
Project Engineering
Aerospace Structures II
Aerospace Materials
Airplane Stability and Control
 
  • #52
General Chemistry II
Calculus I
Intro to C++
Literature
 
  • #53
Calc 1
C++ Programming
Chem 1
Chem 1 lab
Financial accounting concepts/analysis
Intermediate managerial accounting
 
  • #54
I'm taking it easy this semester... (Although I also work 45 hours/week and commute).

Hardware Organization & Design
Circuit Analysis II w/Lab
Technical Writing In Engineering
Design Project [1cr]

Have my four semesters of Calculus & Linear done, so I can relax a bit.
 
  • #55
Differential Equations
Electricity and Magnetism
 
  • #56
Chemistry II and Lab
Electricity and Magnetism
Human Anatomy
Calculus II
 
  • #57
I am taking a nice light load this semester as I tend to get lazier as the year progresses.

Calculus II
University Physics I
University Physics I Laboratory
German II
 
  • #58
I will take this coming semester the following:

Differential Equations
Modern Physics, intro to SR,QM ETC
A few various labs
Chemistry
Optics and Waves

Any folks have tips on above classes?
 
  • #59
My second semester will probably/hopefully consist of:

* Complex Analysis [Lang]
* Measure & Integral [Schilling]
* Topology [lecture notes, Munkres]
* Ring & Galois Theory [lecture notes, Dummit & Foote]
* Quantum Mechanics for Mathematicians [Strocchi, Isham]
* Bachelor thesis in the line of the latter course

* Teaching Assistent for "Introductory Analysis"
 
  • #60
Modern Physics I
Vector Analysis
Working 18 hours per week
 

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