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8:40 |
9:40 |
10:40 |
11:40 |
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Week #1
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| 15 Jan |
Martin Luther King Jr. Holiday
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| 16 Jan |
|
Engineering
Team assignments
Discussion of second semeter of FIPE
|
Physics
Electromagnetism overview
|
| 17 Jan |
English
Course policies and syllabus
|
Math
Course introduction
|
Math
Maple review
|
Engineering
Start of modeling #5
|
| 18 Jan |
|
|
Physics
Gravitational fields
|
| 19 Jan |
English
Is everything an argument?
|
Calculus
Integration review
|
Physics
Models of charge
|
|
Week #2
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| 22 Jan |
English
Stasis theory
|
Team time
|
Math
Integration review, continued
|
Engineering
Additional work on modeling #5
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| 23 Jan |
|
Engineering
Team training [dealing with team problems]
Additional work on modeling #5
|
Physics
Charges in matter
|
| 24 Jan |
English
Lines of argument
|
Math
Areas
|
Engineering
Additional work on modeling #5
|
| 25 Jan |
|
|
Physics
Charges in matter, continued
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| 26 Jan |
English
Arguments based on values
|
Math
Integration by parts
|
Physics
DC circuits
|
|
Week #3
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| 29 Jan |
English
Discussion of topics for Assignment #1
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Team time
|
Math
Integration review
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Engineering
Additional work on modeling #5
|
| 30 Jan |
|
Engineering
Addition work on modeling #5 [stability]
Engineering concepts [problem definition]
|
Physics
Energy in circuits
|
| 31 Jan |
English
Workshop on conjectures
|
Math
Approximate integration
|
Engineering
Engineering concepts: [problem definition 2]
|
| 1 Feb |
|
|
Physics
More energy in circuits
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| 2 Feb |
English
Workshop and discuss audience
|
Math
Improper integrals
|
Physics
Electric fields
|
|
Week #4
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| 5 Feb |
English
Workshop on Question #6
|
Team time
|
Math
Review for Test #1
|
Engineering
Engineering projects: Introduction to project #3
|
| 6 Feb |
|
Engineering
Engineering projects: Application of problem definition tools to project #3
|
Physics
Energy in charge distributions
|
| 7 Feb |
English
Peer review
Discussion on using sources
|
Math
Test #1
|
Engineering
Engineering tools [constructive feedback]
Engineering projects: work on project #3
|
| 8 Feb |
|
|
Physics
Potentials and fields
|
| 9 Feb |
English
Peer revision
|
Math
Volumes
|
Physics
More potentials and fields
|
|
Week #5
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| 12 Feb |
English
In-class reflection and discussion
|
Team time
|
Math
Volumes, continued
|
Engineering
Engineering projects: work on project #3
|
| 13 Feb |
|
Engineering
Engineering tools: composing a technical memorandum
Work on project #3
|
Physics
Electric fields - Integrals
|
| 14 Feb |
English
Discussion of reading and assignment sheet
|
Math
Volumes, continued
|
Engineering
Introduction to model #6
|
| 15 Feb |
|
|
Physics
Electric fields - wrap-up
|
Physics
Review
|
| 16 Feb |
English
Discussion of readings
|
Math
Work
|
Physics
Celebration of knowledge #1
|
|
Week #6
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| 19 Feb |
English
In-class work on heuristic #2
|
Engineering
Engineering projects: work on project #3 progress report
|
Math
Density, center of mass
|
Engineering
Additional work on model #6
|
| 20 Feb |
|
Engineering
Engineering projects: work on project #3
|
Physics
Review of Test #1
|
| 21 Feb |
English
In-class work on heuristic #3
|
Math
Arc length
|
Math
Surface area
|
Team time
|
| 22 Feb |
|
|
Physics
Electric field integrals with Excel
|
| 23 Feb |
English
Discussion of reading
|
Math
Work and pressure
|
Physics
Electric field potentials, forces
|
|
Week #7
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| 26 Feb |
English
In-class work on position assignment
|
Team time
|
Math
Work and pressure, continued
|
Engineering
Engineering tools: Circuit analysis
|
| 27 Feb |
|
Engineering
Engineering tools: Circuit analysis, continued
|
Physics
Electric fields, potentials, forces
|
| 28 Feb |
English
Discussion of reading
|
Math
Polar coordinates
|
Engineering
Engineering tools: Oral presentation guidlines
|
| 1 Mar |
|
|
Physics
Electric fields, potentials, forces, again
|
| 2 Mar |
English
Peer revision
|
Math
Probability density functions
|
Physics
Gauss's law
|
|
Week #8
|
| 5 Mar |
English
Second draft Assignment #2
Peer review
|
Team time
|
Math
Test #2 review
|
Engineering
Project #3 oral presentations
|
| 6 Mar |
|
Engineering
Project #3 oral presentations
|
Physics
Capacitors
|
| 7 Mar |
English
Polished draft
In-class reflection
|
Math
Team Test
|
Engineering
Engineering tools: Circuit analysis, part 3
|
| 8 Mar |
|
|
Physics
RC circuits
|
| 9 Mar |
English
Discussion of proposal
|
Math
Taylor polynomials
|
Physics
Chaos (film)
|
|
Week #9
|
| 12 Mar |
Spring Break!
Spring Break!
Spring Break!
|
| 13 Mar |
| 14 Mar |
| 15 Mar |
| 16 Mar |
|
Week #10
|
| 19 Mar |
English
Reading response to editorial
Cause of problems
|
Team time
|
Math
Taylor series
|
|
| 20 Mar |
|
Engineering
Engineering tools: Team training, part 3
Engineering tools: Circuit analysis, part 3
|
Physics
Gauss's Law
|
| 21 Mar |
English
Reading response to V
Discussion of reading
|
Math
Taylor series
|
Math
Convergence
|
Engineering
Engineering tools: Circuit analysis, part 4
|
| 22 Mar |
|
|
Physics
Capacitance
|
| 23 Mar |
English
Workshop on heuristic 1
|
Math
Geometric series
|
Physics
Fields and potential
|
|
Week #11
|
| 26 Mar |
English
Reading response to editorial
Workshop on heuristic 2
|
Team time
|
Math
Fourier series
|
Engineering
Engineering tools: Circuit analysis, part 5
|
| 27 Mar |
|
Engineering
Engineering projects: Introduction to project #4
|
Physics
Magnetic fields
|
| 28 Mar |
English
Workshop on heuristic 3 and 4
|
Math
Fourier series
|
Engineering
Engineering projects: work on project #4
|
| 29 Mar |
|
|
Physics
Celebration of knowledge #2
|
| 30 Mar |
English
Workshop on heuristic 5
|
Math
Review
|
Physics
Ampere's Law
|
|
Week #12
|
| 2 Apr |
English
Heurstic 6 due
Workshop problem
|
Team time
|
Math
Test #3 review
|
Engineering
Engineering projects: work on first comparator circuit
|
| 3 Apr |
|
Engineering
Engineering projects: Brainstorming on project #4; selecting design concepts
|
Physics
Magnetic fields
|
| 4 Apr |
English
Heuristic 7 due
Workshop solution
|
Math
Test #3
|
Engineering
Engineering projects: work on project #4 circuits and components
|
| 5 Apr |
|
|
Physics
Ampere's Law
|
| 6 Apr |
English
Draft of proposal due
Peer revision
|
Math
Introduction to differential equations
|
Physics
Induction
|
|
Week #13
|
| 9 Apr |
English
|
Team time
|
Math
|
Engineering
|
| 10 Apr |
|
Engineering
Introduction to model #7
|
Physics
|
Physics
|
| 11 Apr |
English
|
Math
|
Math
|
Engineering
|
| 12 Apr |
|
|
Physics
|
Physics
|
| 13 Apr |
English
|
Calculus
|
Physics
|
Physics
|
|
Week #14
|
| 16 Apr |
English
Plan due
Language and revision
|
Team time
|
Math
Applications of differential equations
|
Engineering
Additional work on model #7
|
| 17 Apr |
|
Engineering
Engineering tools: an introduction to B2SPICE
|
Physics
Advanced mechanics and differential equations
|
| 18 Apr |
English
Draft of Assignment #4 due
Peer revision
|
Math
Newton's Law of Cooling
|
Engineering
Engineering projects: work on project #4
|
| 19 Apr |
|
|
Physics
Advanced mechanics and differential equations
|
Physics
Review
|
| 20 Apr |
English
Draft of Assignment #4 due
Peer revision
|
Math
Applications of differential equations
|
Physics
Celebration of knowledge #3
|
|
Week #15
|
| 23 Apr |
English
Assignment #4 due
Write reflection
|
Team time
|
Math
Test #4 review
|
|
| 24 Apr |
|
Engineering
Engineering projects: Demonstration of project #4
|
Physics
RLC circuits
|
| 25 Apr |
English
Visual arguments
|
Math
Test 4.1 (individual)
|
Engineering
Engineering projects: Description of the final project
|
| 26 Apr |
|
|
Physics
Electron microscopy and relativity
|
| 27 Apr |
English
Reading response to V due
Discussion of final
|
Math
Test 4.2 (team)
|
Physics
Relativity
|
|
Week #16
|
| 30 Apr |
English
In-class work on final
|
Engineering
Engineering projects: work on final project
|
Math
Review
|
Engineering
Engineering projects: work on final project
|
| 1 May |
|
Engineering
Engineering projects: work on final project
|
Physics
Wrap-up
|
| 2 May |
Reading Day
|
| 3 May |
Final
|
