  We work out the strongly interacting sector of a non-minimal Universal Extra
Dimension (nmUED) scenario with one flat extra spatial dimension orbifolded on
S^1/Z_2 in the presence of brane-localized kinetic and Yukawa terms. On
compactification, these terms are known to have significant, nontrivial impact
on the masses and the couplings of the Kaluza-Klein (KK) excitations. We study
the masses of the level `1' KK gluon and the quarks and find the modified
strong interaction vertices involving these particles. The scenario conserves
KK parity. Possibility of significant level-mixing among the quarks from
different KK-levels is pointed out with particular reference to the top quark
sector. Cross sections for various generic final states involving level `1'
KK-gluon and KK-quarks from first two generations are estimated at the Large
Hadron Collider (LHC) via an implementation of the scenario in MadGraph-5 with
the help of FeynRules. The decay branching fractions of both strong and weakly
interacting KK excitations are studied to estimate yields in various different
final states involving jets, leptons and missing energy. These are used to put
some conservative constraints on the nmUED parameter space using the latest LHC
data. Nuances of the scenario are elucidated with reference to the minimal
Universal Extra Dimension (mUED) and Supersymmetry (SUSY) and their
implications for the LHC are discussed.
