Teams are expected to work together regularly outside of class.
For Project One each team should meet with their supervisor by March 8.
For Project Two each team should meet with their supervisor once by April 16
and again by April 30.
Each student will receive a preparation score based
largely on the quality of their engagement during these meetings.
For each project, the team must submit a written report describing (among other things) the problem that was investigated, the model used and the justification for it, results from analysis and simulation of the model, and the conclusions drawn from the results. To get a better idea of what is expected, take a look at this sample report for this sample project. Teams will also give a brief oral report summarizing their methods and findings. Teams must submit an electronic copy (pdf) of the slides used in their oral presentation. Teams must submit an electronic copy (pdf) of their written report. Each team member must participate in the team's oral presentation as well as in its written report. The maximum score for these components are given by the following table.
  | Preparation | Oral Presentation | Written Report | Total |
Project One | 10 points | 10 points | 30 points | 50 points |
Project Two | 15 points | 15 points | 45 points | 75 points |
For each oral presentation, every person not in the team is expected to submit a paragraph or two on a separate sheet of paper summarizing and critiquing the report -- what did you feel were the main points of the report, what was hard to understand, what did you find particularly effective, etc. The quality of your summaries will contribute up to 5 points to your class engagement score.
  |   Topics for Project One |   Version |   Team |   Data |   Presentation Date |
Portfolio: |   Leverage and Linkage   |   March 4   |   Kyle Chang     Anders Groeschel   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VEIEX, VGENX     C: AMZM, WMT, CVS   |
  March 11   |
  |   Efficiency and Leverage   |   March 4   |   Thomas Devlin     Christian Warren   |
  A: VFIAX, VBTLX, VGSLX     B: VIMAX, VSMAX, VGHCX     C: AAPL, AMD, INTC   |
  March 11   |
  |   Efficiency and Liquidity   |   March 7   |   Ryan Pindale     Haorong Liao   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VIMAX, VSMAX     C: GS, JPM, BAC   |
  March 9   |
  |   Efficiency and Linkage   |   March 4   |   Brandon Sawickey     Shane Windsor   |
  A: VFIAX, VBTLX, VGSLX     B: VIMAX, VGENX, VGHCX     C: NEE, XOM, COP   |
  March 11   |
  |   Leverage and Liquidity   |   March 7   |   Jason Hipkins     Justin Tisch     Dev Vadalia   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VGENX, VGHCX     C: GOOGL, MSFT, ADBE   |
  March 9   |
  |   Liquidity and Linkage   |   March 7   |   none   |   A: VFIAX, VBTLX, VGSLX   |   none   |
Discovery: |   Map Matching and Registration   |   March 2   |   Soyoung Hong     Johnny Rajala   |
  Team1Project1Data.zip   |   March 11   |
  |   Map Matching and Registration   |   March 2   |   Yuchen Luo     Zhijie Wu   |
  Team2Project1Data.zip   |   March 9   |
  |   Map Matching and Registration   |   March 2   |   Zan Xu     Linden Yuan   |
  Team3Project1Data.zip   |   March 9   |
  | Topics for Project Two | Version | Team | Data | Presentation Date |
Portfolio: |   Choosing a Caution Coefficient   |   April 30   |   Kyle Chang     Christian Warren     Dev Vadalia   |
  A: VFIAX, VBTLX, VGSLX     B: VIMAX, VSMAX, VGHCX     C: AMZM, WMT, CVS   |
  May 4   |
  |   Choosing a Caution Coefficient   |   April 30   |   Thomas Delvin     Shane Windsor   |
  A: VFIAX, VBTLX, VGSLX     B: VIMAX, VGENX, VGHCX     C: AAPL, AMD, INTC   |
  May 6   |
  |   Choosing a Caution Coefficient   |   April 30   |   Anders Groeschel     Haorong Liao   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VEIEX, VGENX     C: GS, JPM, BAC   |
  May 11   |
  |   Choosing a Caution Coefficient   |   April 30   |   Jason Hipkins     Ryan Pindale   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VIMAX, VSMAX     C: GOOGL, MSFT, ADBE   |
  May 11   |
  |   Choosing a Caution Coefficient   |   April 30   |   Brandon Sawickey     Justin Tisch   |
  A: VFIAX, VBTLX, VGSLX     B: VGTSX, VGENX, VGHCX     C: NEE, XOM, COP   |
  May 6   |
Discovery: |   Road Networks/Modeling and Segmentation   |   April 9   |   Soyoung Hong     Linden Yuan   |
  sgb128Nodes1to40.zip   |   May 4   |
  |   Road Networks/Modeling and Segmentation   |   April 9   |   Yuchen Luo     Zan Xu   |
  sgb128Nodes41to80.zip   |   May 6   |
  |   Road Networks/Modeling and Segmentation   |   April 9   |   Johnny Rajala     Zhijie Wu   |
  sgb128Nodes81to120.zip   |   May 11   |