Computational Chemistry Theory Consultant
A 501(c)(3) science-and-technology research institute/foundation operating direct Neuro-AI research, life-sciences programs through Radial, and an open-science residency program.
About Astera Institute
Astera Institute supports and operates open public-goods work for science and technology. Its current activities include neuroscience-informed AGI research, AI-enabled life-sciences programs, open datasets and publishing infrastructure, and residencies for early-stage projects.
Skills
Candidate Availability
Required and preferred rules are kept separate and reflect the wording in the original posting.
About the Role
You will model electrostatic actuation and nanomechanics for a nanoscale actuator. You will predict experimental observables and device behavior, compare predictions with measurements, and deliver reports that guide design iterations while working with design and device-physics leads.
Requirements
- PhD-level expertise in molecular simulation, interfacial electrostatics, and nanomechanics
- Knowledge of Poisson-Boltzmann methods, explicit-ion molecular dynamics, or continuum methods
- Ability to select appropriate modeling methods for each question
- Experience predicting and validating experimental observables
- Availability for a project-based contract engagement
Responsibilities
- Model electrostatic actuation using appropriate molecular-simulation or continuum methods
- Model actuator nanomechanics and coupled electromechanical response
- Predict fluorescence distances, structural geometry, force-distance-voltage surfaces, and surface-attachment energetics
- Deliver prediction-versus-measurement reports that guide design iterations