The basic structure follows a set of old lectures which can be found at

   http://www.lpthe.jussieu.fr/~soyez/lectures/plan.html

The e+e- part is close to what I did in these lectures, the DIS part
has more material, the pp part is more outdated and might not be the
best reference.

For the more advanced topics, one can look at:

- amplitudes:

  a series of lecture notes can easily be found. In chronological order:

  . Introduction to Scattering Amplitudes (4 lectures at the IPhT, CEA Saclay)
    by Ruth Britto (2011)
    https://www.maths.tcd.ie/~britto/lecture-notes.pdf

  . A brief introduction to modern amplitude methods
    by Lance Dixon, arXiv:1310.5353

  . A Course in Amplitudes
    by Tomasz Taylor, arXiv:1703.05670

  . TASI Lectures on Scattering Amplitudes
    by Clifford Cheung, arXiv:1708.03872

- Monte-Carlo generators:

  this is a vast topic including many aspects. The two references
  below are rather focused on generic-purpose event generators (one by
  the main Pythia author, the other y one of the initial Herwig
  authors).

  . Monte Carlo Event Generators
    by Michael H. Seymour and Marilyn Marx, arXiv:1304.6677

  . Introduction to Event Generators
    by Torbjorn Sjostrand, CTEQ MCNet school (2016)
    http://home.thep.lu.se/~torbjorn/talks/desy16a.pdf
    http://home.thep.lu.se/~torbjorn/talks/desy16b.pdf
    http://home.thep.lu.se/~torbjorn/talks/desy16c.pdf
    http://home.thep.lu.se/~torbjorn/talks/desy16d.pdf

- jets:

  The best reference I can give here is the following:

  Towards Jetography
  by Gavin Salam, arXiv:0906.1833

- jet substructure:

  there are several things I can recommend here but the best is to
  wait a little bit since I am working (with Simone Marzani and
  Michael Spanniwski) on (springer) lecture notes on jet
  substructure. The final version will be ready by (approximately) the
  end of January but if you want the current (almost final) version,
  just send me an email.

- resummation:

  it is not clear exactly what reference to give here since
  resummation covers different things (cf. the QCD lectures on
  Friday).

  The jet substructure lecture notes mentioned above include aspects
  of resummation related to jet physics.

  Here are also a few lectures which discussed the topic:

    . Resummations in QCD --- the analytic viewpoint
      by Lorenzo MAgnea (given at EG&R, DESY)
      http://personalpages.to.infn.it/~magnea/DESY_EG&R.pdf

    . Resummation
      by Eric Laenen (given at NIKHEF theory meeting)
      https://www.nikhef.nl/pub/theory/center-talks/ericlaenen_14-9-07.pdf

    . Ingredients for accurate collider physics (2/2)
      by Gavin Salam (given at PSI summer school Exothiggs)
      https://gsalam.web.cern.ch/gsalam/repository/talks/2016-Zuoz-LHC-precision-2.pdf

  For a specific introduction to Soft-Collinear Effective Theory (SCET), see

    . Introduction to Soft-Collinear Effective Theory
      by Thomas Becher, Alessandro Broggio, Andrea Ferroglia
      Springer lecture notes, arXiv:1410.1892