UCL Research Proposal Example: Air traffic systems analyst to transport regulation (Score 93)

Urban air mobility (UAM) is expanding faster than the regulatory structures governing it. Municipalities are designating low-altitude drone corridors for logistics and emergency services, yet national aviation safety frameworks impose approval timelines and risk classifications not conceived for urban infrastructure planning cycles. This proposal asks: to what extent do existing national aviation safety regulations constrain municipal capacity to implement low-altitude drone corridor infrastructure, and what regulatory design features correlate with faster, safer implementation? Two bodies of scholarship bear on this question. Transport regulation scholars (drawing on Baldwin, Cave, and Lodge's regulatory design framework) have examined how legacy rule structures create path-dependent barriers to new transport modes. Separately, urban infrastructure planning literature on adaptive governance addresses how cities absorb technological uncertainty. Neither strand has been applied systematically to the interface between national aviation safety law and municipal UAM corridor designation. Existing UAM policy studies focus on airspace architecture or commercial licensing, not on the planning-permission bottleneck at the urban infrastructure level. That gap is this study's entry point. The study uses structured comparative case analysis across three jurisdictions where municipal UAM corridor projects are at different regulatory stages: one with a permissive sandbox framework, one with conventional certification, and one with a hybrid delegated-authority model. Primary data come from regulatory filings, municipal planning documents, and semi-structured interviews with infrastructure planners and aviation authority staff (target n = 18–24). Regulatory design features will be coded against implementation indicators—approval duration, safety incident rate, project abandonment—using qualitative comparative analysis (QCA), suited to small-N cross-case inference. Regulatory documents and planning filings are publicly accessible. Interview recruitment targets publicly named officials; UCL ethics approval will be sought before fieldwork. The main access risk is non-response from aviation staff, mitigated by document analysis as a standalone source. Timeline: months 1–3, literature review and case selection; months 4–7, document coding and interviews; months 8–10, QCA analysis; months 11–12, write-up. Scope is bounded to corridor designation decisions, excluding broader UAM commercialisation. UCL's Bartlett School of Environment, Energy and Resources hosts research on infrastructure governance and regulatory systems relevant to this question.