2.2 Analytical Criteria for Assessing Labour-Market Permeability and Restrictions
The methodological framework operationalises labour-market permeability by systematically categorising statutory employment constraints across domestic jurisdictions and evaluating their alignment with supranational free-movement standards. This comparative inquiry relies on a multi-tiered classification matrix designed to evaluate statutory limits imposed on cross-border student workers. The primary analytical axis investigates institutional mechanisms that guarantee or restrict mobility, examining whether non-national enrollees receive equal workplace rights as host-state nationals under fundamental free-movement principles ("Free Movement of Workers", 2017). This dimension evaluates the legal scope of worker status, establishing rigorous criteria to differentiate between educational residency and economically active migration across varied jurisdictions. The secondary analytical axis addresses regulatory boundaries where immigration law intersects with domestic employment protections ("Development, the Movement of Persons and Labour Law", 2011). By analysing the asymmetrical liberalisation of cross-border movement, the methodology assesses whether institutional frameworks provide reasonable labour-market access alongside decent work standards or whether statutory preconditions restrict contractual participation ("Development, the Movement of Persons and Labour Law", 2011). Furthermore, these regulatory indicators are evaluated against transnational human rights conventions and employment guarantees to assess structural deficits in social protection and contractual stability ("The Right to Work, Determination of Contracts, and the Dynamics of Qualified Privilege", 2026). Through this structured qualitative approach, the analytical framework identifies how divergent administrative rules alter student mobility regimes, thereby establishing an empirical foundation for evaluating host-state labour stratification across comparative legal systems.