| |
7:40 |
8:40 |
9:40 |
10:40 |
| Week #1 |
| 20 Aug |
English
Introduction to the Integrated Program, course
policies
|
Team time
|
Math
Introduction to MAT270
|
|
| 21 Aug |
|
Engineering
Team assignments
Overview of course
|
Physics
Introduction
|
Physics
Force Concepts Inventory
|
| 22 Aug |
English
Introduction to critical reading
|
Math
Introduction to Maple
|
Math
Exercises using Maple
|
Engineering
Team formation
|
| 23 Aug |
|
Engineering
The Engineering Method
|
Physics
Energy Concepts Inventory
|
Physics
Nature of Science
|
| 24 Aug |
English
Critical reading strategies
|
Math
Exponential functions
|
Physics
Constant velocity
|
| Week #2 |
| 27 Aug |
English
Expectations for college and engineering students
|
Team time
|
Math
Inverse
functions and logarithms
|
|
| 28 Aug |
|
Engineering
Team training
Introduction to Excel
|
Physics
Constant velocity
|
| 29 Aug |
English
Discuss reading
|
Math
Exponential functions and Maple
|
Math
Inverse functions, continued
|
Engineering
More Excel training
|
| 30 Aug |
|
Engineering
First engineering model
|
Physics
Constant acceleration
|
| 31 Aug |
English
Discuss reading
|
Math
Trigonometric
functions
|
Physics
Modeling motion
|
| Week #3 |
| 3 Sept |
Labor Day
|
| 4 Sept |
|
Engineering
Review of Excel work
Review of first engineering model
|
Physics
Using constant velocity and constant acceleration models
|
| 5 Sept |
English
Discuss assignment
#1 and reading
|
Math
Trigonometric functions, continued
|
Math
Compositions
|
Engineering
Academic integrity
|
| 6 Sept |
|
Engineering
Introduction to problem solving strategies
|
Physics
Application to the bouncing ball
|
| 7 Sept |
Engish
Discuss reading
|
Math
Polynomials
and rational functions
|
Physics
Application to the bouncing ball
|
| Week #4 |
| 10 Sept |
English
Discuss reading
Complete heuristics 4 and 5
|
Team time
|
Math
Test
review
|
|
| 11 Sept |
|
Physics
Bouncing ball
|
|
| 12 Sept |
English
Peer review
|
Math
Test
#1
|
Engineering
Situation analysis
|
| 13 Sept |
|
Engineering
Problem analysis
|
Physics
Bouncing ball
|
| 14 Sept |
English
Peer review
|
Math
Velocity and
limits
|
Physics
2-D motion
|
| Week #5 |
| 17 Sept |
English
Discuss reading
|
Engineering
Model #2
|
Math
Derivatives
|
|
| 18 Sept |
|
Engineering
Introduction to project
#1
|
Physics
2-D motion
|
| 19 Sept |
English
In-class reflective writing
|
Engineering
Generating solutions, part 1
|
Math
Secants
|
Math
Graphs of derivatives
|
| 20 Sept |
|
Engineering
Generating solutions, part 2
|
Physics
2-D motion
|
| 21 Sept |
English
Discuss reading
|
Math
More on derivatives
|
Physics
Celebration of knowledge #1
|
| Week #6 |
| 24 Sept |
English
Discuss reading
|
Team time
|
Math
Continuity and differentiability
|
|
| 25 Sept |
|
Engineering
Generating solutions, part 3
|
Physics
Kinetic energy lab
|
| 26 Sept |
English
Discuss assignment
#2 and conducting interviews
|
Math
Derivatives, graphically
|
Engineering
Generation solutions, part 4
|
| 27 Sept |
|
Engineering
Work on project
#1
|
Physics
Conservation of energy
|
| 28 Sept |
English
Guest Speaker
|
Math
Derivative
rules
|
Physics
Energy concepts
|
| Week #7 |
| 1 Oct |
English
Workshop on heuristics 4 and 5
|
Engineering
Work on project
#1
|
Math
Product, quotient, and chain rules
|
|
| 2 Oct |
|
Team time
|
Physics
Relative motion and components
|
| 3 Oct |
English
Peer
review of assignment #2, first draft
|
Math
Derivatives using Maple
|
Team time
|
| 4 Oct |
Engineering
Catapult trials
|
Physics
Force lab
|
| 5 Oct |
English
Peer
review of assignment #2, second draft
|
Math
Derivatives of trigonometric functions
|
Physics
Force lab discussion
|
| Week #8 |
| 8 Oct |
English
Discuss reading
|
Engineering
Work on project
#1
|
Math
Applications of derivative formulas, implicit functions
|
|
| 9 Oct |
Engineering
Project #1
test
|
Physics
Newton's Second Law
|
| 10 Oct |
English
In-class reflective writing
|
Math
Parametric equations
|
Math
The cycloid
|
Team time
|
| 11 Oct |
|
Team time
|
Physics
Applications of Newton's Second Law
|
| 12 Oct |
English
Discuss reading, ethics, and values
|
Math
Limits, linear approximation
|
Physics
Newton's Third Law
|
| Week #9 |
| 15 Oct |
English
Workshop on codes and case histories in Engineering Ethics
|
Team time
|
Math
Test
review
|
|
| 16 Oct |
|
Engineering
Project #1
video data capture
|
Physics
Newton's Second and Third Laws
|
| 17 Oct |
English
Discuss reading
|
Math
Test #2
|
Engineering
Model #3
|
| 18 Oct |
|
Engineering
Model #3, continued
|
Physics
More on Newton's Second and Third Laws
|
| 19 Oct |
English
Discuss assignment
#3 and complete heuristic 2
|
Math
Applications of derivatives
|
Physics
Friction lab
|
| Week #10 |
| 22 Oct |
English
Workshop on heuristic 4
|
Engineering
Reteaming
Introduction to project
#2
|
Math
Using derivatives
|
|
| 23 Oct |
|
Team time
|
Physics
Using Newton's Laws
|
| 24 Oct |
English
Workshop on heuristics
|
Math
Optimization and modeling
|
Team time
|
| 25 Oct |
Engineering
Work on project
#2
|
Physics
Coordinating Newton's Laws and energy
|
| 26 Oct |
English
Peer
review of assignment #3
|
Math
More optimization and modeling
|
Physics
Newton's First Law
|
| Week #11 |
| 29 Oct |
English
Peer
revision of assignment #3
|
Team time
|
Math
Test
review
|
|
| 30 Oct |
|
Engineering
Work on project
#2
|
Physics
Newton's First Law
|
| 31 Oct |
English
Reviewing your own work
|
Math
Team Test
|
Engineering
Work on project
#2
|
| 1 Nov |
|
Engineering
Work on project
#2
|
Physics
Review
|
Physics
Forces and energy
|
| 2 Nov |
English
In-class reflective writing
|
Math
Hyperbolic
functions
|
Physics
Celebration of knowledge #2
|
| Week #12 |
| 5 Nov |
English
Discuss reading and assignment
#4
|
Engineering
Work on project
#2
|
Math
Velocity and distance
|
|
| 6 Nov |
|
Engineering
Work on project
#2
|
Physics
Universal gravitation
|
| 7 Nov |
English
Discuss reading and assignment #4
|
Math
Velocity, distance, sums
|
Team time
|
| 8 Nov |
|
Engineering
Work on project
#2
|
Physics
Universal gravitation
|
Physics
Circular motion
|
| 9 Nov |
English
Workshop on assignment #4: team
roles, team
scheduling
|
Math
The definite
integral and the fundamental theorem of calculus
|
Physics
Circular motion
|
| Week #13 |
| 12 Nov |
Veterans' Day
|
| 13 Nov |
|
Engineering
Final work on project
#2
|
Physics
Momentum
|
| 14 Nov |
Engineering
The Bungee Drop
@ Sun Angel Stadium
|
Team time
|
| 15 Nov |
|
Team time
|
Physics
More on momentum
|
| 16 Nov |
English
Workshop on team paper
|
Math
Visualing and evaluating definite integrals
|
Physics
Momentum again
|
| Week #14 |
| 19 Nov |
English
Internal team review
|
Team time
|
Math
Differential
equations
|
|
| 20 Nov |
|
Engineering
Introduction to final project
|
Physics
Review
|
| 21 Nov |
English
Workshop
|
Math
Visualizing and evaluating differential equations
|
Engineering
Work on final project
|
| 22 Nov |
Thanksgiving Break
|
| 23 Nov |
| Week #15 |
| 26 Nov |
English
Workshop to assemble team paper
|
Team time
|
Math
Integration by substitution
|
|
| 27 Nov |
|
Engineering
Work on final project
|
Physics
Celebration of knowledge #3
|
| 28 Nov |
English
Peer review of assignment #4
|
Math
Test
review
|
Engineering
Work on final project
|
| 29 Nov |
|
Engineering
Work on final project
|
Physics
Systems of particles
|
| 30 Nov |
English
In-class reflections
|
Math
Test #4
|
Physics
More on systems of particles
|
| Week #16 |
| 3 Dec |
English
Discuss final
|
Team time
|
Math
Review
|
|
| 4 Dec |
|
Engineering
Work on final project
|
Physics
Rotational dynamics
|
| 5 Dec |
Reading day
|
| 6 Dec |
Demonstration of final projects
|
