Morteza Farivar
Las Vegas,NV
Summary
Ph.D.-trained researcher in Kinesiology with expertise in biomechanics, neuromechanical control, and human motion analysis. Skilled in motion capture, surface EMG, and high-dimensional time-series analysis to investigate gait coordination in healthy, aging, and neurologically impaired populations. Experienced in designing and executing human-subject studies, building multi-modal datasets, and applying signal processing, statistical modeling, and machine learning for pattern recognition and feature extraction. Proficient in MATLAB and Python, with a strong record of peer-reviewed publications and interdisciplinary collaboration. Dedicated to translating experimental findings into clinically and technologically relevant applications.
Overview
14
14
years of professional experience
Work History
Doctoral Research Assistant
Texas Christian University
Fort Worth, USA
08.2022 - 07.2025
Doctoral Research Assistant – Department of Kinesiology, Motor Behavior Laboratory (Director: Dr. King)
- Designed and executed human-subject studies using motion capture (Vicon and Qualysis), EMG, and force plates to investigate gait coordination in healthy, aging, and neurologically impaired populations.
- Developed protocols producing large, multi-modal datasets across varied walking speeds and directions.
- Applied signal processing and statistical modeling to EMG, kinematic, and kinetic time-series to quantify gait metrics and neuromechanical adaptations.
- Integrated machine learning techniques (classification and feature extraction) for gait recognition and neuromotor feature identification.
- Collaborated with interdisciplinary teams to interpret findings and refine experimental designs for real-world applications.
Visiting Research Associate
Hakim Sabzevari University
08.2011 - 07.2017
Visiting Research Associate – Department of Physical Education and Sport Sciences, Biomechanics Laboratory (Director: Dr. Damavandi)
- Conducted EMG-based neuromuscular assessments of ACL-reconstructed athletes, integrating biomechanical modeling with surface EMG to evaluate joint function during dynamic tasks.
- Designed and implemented training intervention studies, collecting and analyzing multi-sensor datasets to assess performance outcomes.
Education
Ph.D. - Kinesiology
Texas Christian University
Fort Worth, TX07-2025
M.S. - Physical Education And Sports Sciences
Hakim Sabzevari University
12-2013
Skills
Technical Skills
- Programming & Data Analysis: MATLAB, Python, R, SPSS; statistical modeling, experimental design, regression, mixed-model ANOVA, circular statistics
- Signal Processing & Machine Learning: Time-series modeling, feature extraction, classification models, statistical parametric mapping (SPM)
- Motion Capture & Biomechanics Tools: Qualisys Track Manager, Visual3D, Vicon, Delsys EMG, force plates
- Gait & Neuromechanical Analysis: Spatiotemporal metrics, joint kinematics/kinetics, symmetry indices, nonlinear metrics (CRP, PCI, entropy, gait complexity, stability, adaptability)
- Data Visualization & Reporting: Advanced figure preparation, research presentations, interdisciplinary communication
Awards
STARS Fellowship Award, Awarded annually by Texas Christian University to exceptional Ph.D. candidates in Health Sciences for academic excellence and commitment to diversity., 2022–2025
Publications
- Lower Limb Cross-Over Effects on Postural Control: Impact of Proximal and Distal Muscle Fatigue, Farivar M., Harris S., Agana A., King A.C., Biomechanics, 4, 1, 50-62, 2024, https://doi.org/10.3390/biomechanics4010004
- The Impact of Parkinson’s Disease on Interlimb Coordination: A Scoping Review of Gait Adaptability, Farivar, M., Huddleston, B.S., King, A.C., Front. Psychol., 16, 2025, 10.3389/fpsyg.2025.1621770
Ongoing Projects
- Coordination and Gait Adaptability in Forward and Backward Walking: Effects of Speed Modulation, August 2025
- Gait Coordination and Neuromechanical Adaptations in Parkinson’s Disease: The Influence of Walking Speed and Direction, August 2025
- Interlimb Coordination and Movement Variability in ACLR Patients: Effects of Pacing and Tempo on Bilateral Tasks, September 2025
- Nonlinear Gait Profiling of Complexity and Adaptability across Direction and Speed in Aging and Parkinson’s Disease, December 2025
Timeline
Doctoral Research Assistant
Texas Christian University
08.2022 - 07.2025
Visiting Research Associate
Hakim Sabzevari University
08.2011 - 07.2017
Ph.D. - Kinesiology
Texas Christian University
M.S. - Physical Education And Sports Sciences
Hakim Sabzevari University
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