• PhD in computational or theoretical chemistry with a catalysis focus, and first-author papers on catalytic mechanisms
• Fluency with a production quantum-chemistry package (Gaussian, ORCA, or similar)
• Sound DFT judgement for transition-metal systems: functional choice, basis sets, dispersion corrections
• Hands-on kinetics: transition-state location, IRC, rate constants, free-energy and thermodynamic analysis
• Python and the computational-chemistry stack (ASE, cclib, RDKit)
• Highly preferred
• First-author work in homogeneous-catalysis kinetics
• Heterogeneous (periodic DFT, surfaces, adsorption) or enzyme catalysis
• Advanced methods for hard systems: DLPNO-CCSD(T), CASPT2, multireference approaches
• High-throughput workflows, HPC, and automation
• Uncertainty quantification and protocol benchmarking
• Dataset design and prior collaboration with ML teams
• Logistics
• We're able to sponsor visas for the right candidate.