Assess students' ability to design a comprehensive experimental and computational research plan to develop and validate a predictive model for secondary organic aerosol (SOA) formation from isoprene and monoterpenes under variable NOx, temperature, and humidity. The task should require explicit mechanistic hypotheses, detailed laboratory chamber experiment design (ranges of NOx, T, RH; controls; replicates; sampling schedule), selection of analytical techniques (gas- and particle-phase speciation, real-time instruments, size distribution, CCN activity), kinetic parameterization strategy (mechanism construction, rate constant determination, chamber-to-atmosphere scaling), modeling framework (box models/chemical transport model implementation, sensitivity and uncertainty analysis), and a validation plan using chamber and ambient datasets with defined performance metrics and documentation of assumptions and limitations.