UPRM One-Day Data Camp
Workshop Team
Quarknet Fellows
- Jeremy Smith (jsmith10@bcps.org), high school teacher in Baltimore County, MD
- Adam LaMee(adamlamee@gmail.com), teacher-in-residence at University of Central Florida, Orlando, FL
- Jeff Rodriguez(jeffrodriguez@foresthills.edu), high school teacher in Cincinnati, OH
- Jodi Hansen(jdhans@mac.com), high school teacher in Worthington, MN
- Gerry Gangon (gerard_gagnon@newton.k12.ma.us), high school teacher in Newton, MA
- Enrique Arce-Larreta, physics teacher from Salt Lake City, Utah
UPRM Staff
- Sudhir Malik (sudhir.malik@cern.ch), Professor in Physics at UPRM
- Diyaselis Delgado Lopez, graduate student at UPRM
- Guillermo Fidalgo Rodriguez, graduate student at UPRM
Before June 20
- Register on the Indico event page
- Complete the pre-workshop survey
- Try out the Data Camp Intro notebook
- Add any questions you have to the Question Parking Lot
Saturday, June 20
9:30-12:00
- CODE.org video
- Lo Que Falta En Nuestras Escuelas (Sp w/ En subtitles)
- What most schools don’t teach (En w/ Sp subtitles)
- Working together
- Norms, APS STEP UP poster & Fermilab norms poster
- Video: Pair programming how-to (YouTube) (Amara w/Sp subtitles)
Activities below (Colab notebooks) require a Google account
- Notebook: Data Camp Intro
- Skills: run, edit, & save a notebook
- Notebook: Probability
- Task: Simulate flipping a coin 10 times for 8 trials and make a histogram of the number of heads for each trial.
- Skills: generate random numbers, create and format a histogram
- Midday reflection
1:00-5:00
- Notebook: Projectile in Air
- Task: Model the motion of a projectile in air
- Skills: modify a loop, define a function, format a plot
- Notebook: Muon mass
- Task: reconstruct the invariant mass of a muon
- Skills: calculate invariant mass given its 4-vector (energy and x/y/z-momentum), make a mass plot
- (Optional Extension Task) Notebook: Star catalogue
- Task: create a Hertzsprung-Russell diagram from the Hipparcos catalog
- Skills: load a csv from a URL, analyze and visualize data with limited scaffolding
- (Optional Extension Task) Notebook: Leptonic Decays
- Task: characterize a parent particle using CMS dilepton events
- Skills: conduct a mass reconstruction, make a mass plot, fit a curve
- Finished already? View student activities at CODINGinK12.org
- End-of-day reflection and feedback survey
Additional Nice Things!
Desmos graphing calculator: https://www.desmos.com/calculator