Palo Alto, CA
ons, ability to generate and code complex multi-rigid-body dynamics models from first principles in NEWTONian mechanics. Required graduate curriculum include multi rigid-body dynamics and kinematics, vibrations, linear systems theory, classical control, optimal control, digital control, Kalman filtering and estimation, statistics, vector calculus, ordinary differential equations, partial differential equations, numerical linear algebra, numerical analysis. Desired Skills: A strong interest in control system development and design work, and ability to justify decisions with a
2026-3-4
Palo Alto, CA
ons, ability to generate and code complex multi-rigid-body dynamics models from first principles in NEWTONian mechanics. Required graduate curriculum include multi rigid-body dynamics and kinematics, vibrations, linear systems theory, classical control, optimal control, digital control, Kalman filtering and estimation, statistics, vector calculus, ordinary differential equations, partial differential equations, numerical linear algebra, numerical analysis. Desired Skills: A strong interest in control system development and design work, and ability to justify decisions with a
2026-3-4
Palo Alto, CA
ons, ability to generate and code complex multi-rigid-body dynamics models from first principles in NEWTONian mechanics. Required graduate curriculum include multi rigid-body dynamics and kinematics, vibrations, linear systems theory, classical control, optimal control, digital control, Kalman filtering and estimation, statistics, vector calculus, ordinary differential equations, partial differential equations, numerical linear algebra, numerical analysis. Desired Skills: A strong interest in control system development and design work, and ability to justify decisions with a
2026-3-4
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