Ashkan Eslaminejad, Ph.D. Email & Phone Number

Denver, Colorado, United States

• Led the development and evaluation of the Comprehensive Vibration Assessment Program (CVAP) for Prototype Reactor Internals, ensuring timely delivery and budget adherence.
• Managed complex engineering projects, ensuring project deliverables were met on time and within budget.
• Collaborated with cross-functional teams to improve project efficiency and outcomes through effective team management and mentorship.

Denver, Colorado, United States

• Research & Development Chair:Developed APP for Vibration post processing and Spectral analysis Using MATLAB. Vibration Diagnostics of structural -mechanical systems, such as pipes, pumps, fans, mixers, generators, etc.
• Vibration Monitoring
• Advanced Experimental Modal Analysis (impact and shaker techniques)
• Operational Deflection Shape analysis (ODS)
• Vibration Motion Amplification Video (MAV)
• Experimental Stress Analysis

Denver, Colorado, United States

• Vibration Diagnostics of structural -mechanical systems, such as pipes, pumps, fans, mixers, generators, etc.
• Vibration Monitoring
• Advanced Experimental Modal Analysis (impact and shaker techniques)
• Operational Deflection Shape analysis (ODS)
• Vibration Motion Amplification Video (MAV)
• Experimental Stress Analysis

Fargo, North Dakota Area

• Computational and experimental vehicle dynamics modeling & analysis
• Instrumentation for impact testing (e.g. biomechanics of Hybrid III ATD head impact).
• Improving problem-solving skills by vehicle accident reconstruction and vehicle dynamics simulations to study the biomechanics response of passengers.
• Applied computational and experimental vehicle dynamics and vibration analysis to develop MATLAB and Python programmed functions for vehicle dynamics modeling such as rollover, yawing, and handling.
• Implemented shock and impact testing and Instrumentation using Anthropomorphic Test Dummy for studying biomechanics responses.
• Vehicle noise and vibration analysis.

Fargo, North Dakota Area

• Teach Vehicle Dynamics & Vibration
• Teach the fundamentals of vehicle dynamics and vibrations
• Design lectures, exams, quizzes and homework
• Assist undergraduate students as groups to study on vehicle dynamics related topics problems to improve their team working skills
• Guide graduate students to set up a vehicle dynamic related project in order to improve their research and critical thinking skills

Fargo, North Dakota

• Utilized technology and Finite Element software including ANSYS and LS-Dyna to simulate brain injury under impact and blast
• Applied conceptual modeling and engineering skills while performing numerical-experimental modal analysis of the human skull to obtain a material constitutive model
• Developed technical skills by performing experimental and theoretical vibration analysis of fluid-structure interaction models using hammer-impact techniques
• Developed project management skills by serving as team leader in senior design project while executing drop impact test of Hybrid III Dummy head model to test football helmets

Fargo, North Dakota Area

• Responsibilities1- Teach Numerical Modeling and Analysis of Engineering Systems (ME213 Modeling of engineering systems)2- Teach MATLAB Language Programming to model and analysis of Engineering systemsSkills
• Utilized creativity to develop curriculum and teach a diverse class of 38 students
• Displayed strong organizational skills by completing 32 numerical & MATLAB lessons in a timely manner
• Demonstrated effective communication skills with leading eight group of students on different

Kuala Lumpur, Malaysia

• Performed experimental and numerical vibration analysis of vertical axis wind turbine to improve the design efficiency in an airfoil, tower, and arms
• Designed a vertical axis wind turbine using Pro-Engineer (Creo). Ran ANSYS Finite Element for modal analysis and structural optimal design regarding the resonance frequency
• Improved cam design in high-speed cam-follower mechanisms to reduce residual vibration by Fourier Descriptors numerical method
• Develop computational models of human skull orbital bone along with the analytical model to study the vibration response in contact with cerebrospinal fluid for noninvasive intracranial pressure monitoring

Doctor Of Philosophy (Ph.D.), Mechanical Engineering, 4

Activities and Societies: ASME Pi-Tau-Sigma Dissertation Title: Dynamic Modeling of an Idealized Hemispherical Skull Model with the.

Master'S Degree, Mechanical Engineering-Active Vibration Control, 3.74

Thesis Title: Mathematical Modelling and Controlling of Smart Structures Using Timoshenko Beam Theory and Piezoelectric Sensors/Actuators