Our People

Campus: Moscow
Courses: Dynamics; Dynamic Modeling of Engineering Systems; Experimental Methods for Engineers; Lean Manufacturing; Robotics: Kinematics, Dynamics, and Control; Control Systems; Applied State Estimation
Areas of Expertise: Rehabilitation Robotics, Nonlinear and Adaptive Control, Neurorehabilitation, Mechanism Design and Synthesis, Control of Pneumatic Actuators, State Estimation, Autonomous Underwater Vehicles

Campus: Moscow

Courses: Lean Manufacturing, Advanced CAD, Capstone Design, Combustion Engine Systems.

Areas of Expertise Design Pedagogy, Combustion Science, Industrial Energy Conservation, Curriculum Design and Assessment

Campus: Boise
Courses: HVAC Systems, Fluid Dynamics, Experimental Methods in Fluid Dynamics
Areas of Expertise: Environmental, geophysical, and biological systems with emphasis on complex boundaries and interfaces

Campus: Boise
Courses: Fluid Mechanics, HVAC Systems, Fluid Dynamics, Experimental Methods in Fluid Dynamics
Areas of Expertise: Experimental/theoretical fluid dynamics and turbulence; Optical, acoustic, and thermal measurements techniques; Experimental methods; Laboratory pedagogy

Campus: Moscow
Courses: Dynamics, Introduction to Mechanical Design, Thermodynamics, Capstone Design
Areas of Expertise: Internal combustion engines, specifically looking at performance and emissions characteristics of various alternative fuels and non-traditional means of ignition

Campus: Moscow
Courses: Mechanical Engineering Analysis, Gas Dynamics, Heat Transfer, Introduction to Mechanical Engineering
Areas of Expertise: Solid-liquid phase change with internal heat generation, high speed aerodynamics, design pedagogy, history of science and technology

Campus: Moscow
Courses: Experimental methods in fluids , Experimental methods for engineers, Fluid dynamics, Senior Design Capstone
Areas of Expertise: Fluid dynamics, Thermal-fluid systems, Experimental methods, Advanced data analysis, Viscous flow, Turbulence, Aerodynamics, and Aircraft design

Campus: Moscow
Courses: Experimental Methods for Engineers, Heat Transfer
Areas of Expertise: Alternative Hydrocarbon and Biofuel Fuel Combustion Chemistry, Catalytic Combustion, Solid Fuel Combustion, Internal Combustion Engines

Campus: Moscow
Courses: Engineering Mechanics of Materials, Advanced Computer Aided Design, Mechanical Systems Design I/II, Mechanical Engineering Analysis
Areas of Expertise: Micromechanics of Materials, Defect Behavior in Crystalline Materials, Product Design and Development, Additive Manufacturing and Material Property Manipulation

Campus: Moscow
Courses: Computer Aided Design Methods, Machine Component Design I/II, Intermediate Mechanics of Materials, Advanced Computer Aided Design
Areas of Expertise: Applied Mechanics and Manufacturing; Experimental Stress Analysis; TQM

Campus: Moscow
Courses: Mechanical Design Analysis, Computer Aided Design Methods, Mechanical Systems Design I/II, Assistive Technology for Physical Impairment
Areas of Expertise: Wearable Exoskeletons; Neurorehabilitation Research; Interdisciplinary Design; Prototype Development

Campus: Moscow
Courses: Mechanics of Materials, Machine Design, Fatigue and Fracture, Finite Element Applications in Engineering, Finite Element Analysis, Graduate Seminar
Areas of Expertise: Multiscale modeling of plasticity and damage behavior in metals; Fatigue and Fracture; Constitutive Modeling for Metallic Alloys; Atomistic Simulations, Crystal Plasticity, Anisotropic Plasticity; Finite Element Method; Solid Mechanics; Stress Analysis

Campus: Moscow
Courses: Mechanical Design Analysis, Engineering Grand Challenges, Compliant Mechanism Design, Crop Biomechanics
Areas of Expertise: Biomechanics, Agricultural Engineering, Interdisciplinary Design, Product Development

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Campus: Moscow
Areas of Expertise: Failure Analysis; Fatigue and Fracture; Products and Liability/Expert Witness Testimony; Materials Properties Measurements and Modeling

Campus: Moscow
Courses: Interdisciplinary Capstone Design, Machine Component Design I
Areas of Expertise: Characterize and model radiation effects in metals and alloys, correlating microstructure and mechanical properties, enabling the development and validation of metals and alloys for advanced nuclear reactor applications

Campus: Moscow
Courses: Engineering Fluid Mechanics, Engineering Thermodynamics and Heat Transfer, Turbomachinery, Fluid Dynamics, Mechanical Systems Design I/II, Thermal Energy System Design, Computational Fluid Dynamics, Fundamentals of Computational Fluid Dynamics, Advanced Computational Fluid Dynamics, Mechanical Engineering Analysis, FE Exam Review
Areas of Expertise: Computational fluid dynamics (CFD),
Verification, validation  and  uncertainty  quantification,
Fluid-structure interaction,
Heat transfer