Draft outline for the BSM section (and overlapping issues from precision studies)

Complementarity with the LHC will need to be integrated throughout

Introduction
- Why BSM is needed by nature (very short)
- Current state of affairs for BSM physics 
- Theories of note today

Supersymmetry
- Viability and current parameter space after first LHC run
- Search and study of superpartners (gauginos, squarks and sleptons)
- Tests of unified theories
- Heavy Higgs discovery and precision study
- Implications of NMSSM for CLIC

Composite Higgs boson theories
- Motivations and viability of composite Higgs boson, and connections to Xdims
- rho meson detection and study
- Precision Higgs sigma*Br studies 
- Signals through HH production

Search for exotic physics through direct production and precision studies
- Search for Z' bosons and higher dimensional operators
- Heavy singlet Higgs boson mixed with the SM Higgs
- Radion and extra dimensions (also dilaton)
- Precision top quark studies (CP violation, compositeness, exotic couplings, etc.)

Conclusion
- Summary table(s) of results and sensitivities from studies and extrapolations