The intersection of all non-nilpotent maximal subgroups containing the normalizer of some Sylow subgroup is nilpotent in every finite non-solvable group.
Finite groups with some particular maximal invariant subgroups being nilpotent or all non-nilpotent maximal invariant subgroups being normal
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abstract
Let $A$ and $G$ be finite groups such that $A$ acts coprimely on $G$ by automorphisms. We provide a complete classification of a finite group $G$ in which every maximal $A$-invariant subgroup containing the normalizer of some $A$-invariant Sylow subgroup is nilpotent. Moreover, we show that both the hypothesis that every maximal $A$-invariant subgroup of $G$ containing the normalizer of some $A$-invariant Sylow subgroup is nilpotent and the hypothesis that every non-nilpotent maximal $A$-invariant subgroup of $G$ is normal are equivalent.
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On an extension of Shlyk's theorem
The intersection of all non-nilpotent maximal subgroups containing the normalizer of some Sylow subgroup is nilpotent in every finite non-solvable group.