现代电磁环境映射：杂散电流识别博士

The project sits squarely in electrical engineering / applied electromagnetics (stray currents, EMI propagation, complex interaction-driven systems), a fundamentally different research paradigm from a biomedical PhD applicant's likely wet-lab toolkit, so there is essentially no methodological bridge. No explicit hard requirement is visible in the excerpt, so no formal disqualifier is triggered, but the core experimental/theoretical platform is non-transferable and would normally keep the candidate off an interview shortlist. The main risk is a paradigm mismatch rather than a learnable biological knowledge gap, which is why it is rated major rather than minor. · 迁移评估：Non-transferable — biomedical wet-lab methods (cell culture, molecular biology, imaging) do not map onto electromagnetic measurement, EMI modeling, or signal-processing/electrical-engineering workflows.