Nanoscale Electrostatics & Theory Consultant

Astera Institute; Emeryville (CA); Hybrid; USD 82,656 - 165,312; Full time

Job summary

Astera Institute in Emeryville, CA is seeking a Computational Chemistry / Theory Consultant to provide specialist molecular-simulation and theory for a nanoscale electrostatic actuator. The role involves modeling electrostatic actuation, nanomechanics, and predicting experimental observables, reporting findings to the design and device-physics leads.

The position is contract-based, with compensation at a rate commensurate with experience and scope.

Qualifications

• PhD-level expertise in molecular simulation and interfacial electrostatics, and nanomechanics.
• Judgment on appropriate modeling methods for electrostatics and mechanics.
• Demonstrated ability to predict experimental observables and validate against measurements.

Responsibilities

• Model electrostatic actuation to predict voltage–displacement and force behavior.
• Model nanomechanics of plate, force transmitter, and linkage, and their coupled response.
• Predict fluorescence distances and cryo-EM geometry for comparison and surface energetics.
• Deliver prediction-versus-measurement reports to guide design iterations.

Skills

Molecular simulation

Electrostatics knowledge

Nanomechanics

Education

PhD in molecular simulation or related field

Tools

Poisson–Boltzmann

Explicit-ion MD

Continuum modeling

Job description

Astera Institute in Emeryville, CA is seeking a Computational Chemistry / Theory Consultant to provide specialist molecular-simulation and theory for a nanoscale electrostatic actuator. The role involves modeling electrostatic actuation, nanomechanics, and predicting experimental observables, reporting findings to the design and device-physics leads.

The position is contract-based, with compensation at a rate commensurate with experience and scope.