The Move-Learn Lab is part of the Kinesiology Department at California State University - Northridge.

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Recent Publications

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Allison R Altman-Singles, David A Phillips, Mukul C Talaty, Brooke M Odle, Jacob W Hinkel-Lipsker, Craig M Goehler, Kimberly E Bigelow (2023). A multi-university examination of undergraduate research in the field of biomechanics. Journal of Biomechanics.

Michael A Weise, Joshua A Vicente, Belle P Ponce de Leon, , Kimberly Hernandez, Sean P Flanagan, Jacob W Hinkel-Lipsker (2023). Virtual reality for action observation does not enhance motor learning of a complex weightlifting task. Journal of Motor Learning and Development.

DOI

Ryan Baylor, Victoria A Jaque, Jacob W Hinkel-Lipsker, Sean P Flanagan (2023). Older people trip, some fall--A program to decrease seniors' fall risk. Strength and Conditioning Journal.

DOI

Taylor A. Doty, Lauren E. Knox, Alex X. Krause, Sara R. Berzenski, Jacob W. Hinkel-Lipsker, Stefanie A. Drew (2023). Keep it brief: Videoconferencing frequency and duration as predictors of visual and body fatigue. International Journal of Human-Computer Interaction.

DOI

Jacob W Hinkel-Lipsker, Nicole M. Stoehr, Pranavi L. Depur, Michael A. Weise, Joshua A. Vicente, Stefanie A. Drew, Sean M. Rogers (2022). Altered Spatiotemporal Gaze Dynamics during Unexpected Obstacle Negotiation in a Fatigued State. Motor Control.

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Latest Presentations

Oral/Poster

A.R.G.! Augmented reality and gait: Cues elicit gait adaptations in AR

INTRODUCTION Use of augmented reality (AR) technology for rehabilitation has drastically increased in recent years. Evidence has shown …

Aug 3, 2023 1:10 AM — 2:40 AM Fukuoka, JP
Get on up: Relating objective hip-hop dance biomechanics to subjective scoring

INTRODUCTION Hip-hop dance is a growing style of dance worldwide that typically involves an element of competition, where judges …

Aug 3, 2023 12:40 AM — 2:10 AM Fukuoka, JP
Relating subjective evaluation to objective biomechanical measurements in hip-hop dance choreography

Hip-hop dance is rapidly growing in today’s popular culture as a performance art and mode of expression. However, there is little …

Jun 2, 2023 5:30 PM — 7:00 PM Denver, CO USA
Feasibility of a novel augmented reality application for eliciting altered spatiotemporal gait patterns
Use of augmented reality (AR) technology for rehabilitation has drastically increased in recent years. Through providing visual and …
Jun 1, 2023 11:25 PM — 11:35 PM Denver, CO USA
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Lab Projects

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All Dr. Angulo-Barroso Dr. Furtado Dr. Hinkel-Lipsker
Development and psychometric evaluation of the PSFMS
This project aims to collect validity and reliability evidence for the Pictorial Scale of Fundamental Movement Skill – PSFMS. For more information on this project click here
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Development and psychometric evaluation of the PSFMS
Movements children use to control jumping and landing
We are interested in understanding the different ways that children perform and control jumping and landing, how these movements change over time, and how having to make another movement immediately following landing affects these landing movements.
Movements children use to control jumping and landing
Acute exercise, fitness and motor learning in children and adults
We are interested in (1) examining the impact of an acute bout of intense endurance exercise (iEE) on motor-perceptual learning in children, (2) assessing whether fitness level matters for motor learning, and (3) evaluating brain activity during such learning.
Acute exercise, fitness and motor learning in children and adults
Enhancement of on-field visual perception in adult collegiate soccer players
Objective: This project seeks to determine whether peripheral narrowing (aka “tunnel vision”) during high-stress activities can be mitigated through peripheral vision training. In soccer, where peripheral vision is highly important, this training can potentially impact how events on the field are visually perceived.
Enhancement of on-field visual perception in adult collegiate soccer players
Effects of action-relevant augmented reality visual cues on Parkinsonian gait
Objective: As part of Isaiah Lachica’s thesis, this study seeks to determine how different types of visual cues (spatial) and auditory cues (temporal) delivered through an augmented reality platform stabilize gait in those with Parkinson’s disease.
Effects of action-relevant augmented reality visual cues on Parkinsonian gait
Using new technology to optimize reader experiences
Objective: This research seeks to optimize virtual reading environments for individuals across the life span through determining the best virtual environment design practices that maximize human performance and minimize detrimental visual and motor aftereffects.
Using new technology to optimize reader experiences
An investigation of the impact of immersive virtual reality practice on visual and mechanical abilities
Objective: In this project, we seek to determine how use of virtual reality (VR) headsets influences the visual system’s ability to focus on targets and how that impacts learning of skills in a virtual world.
An investigation of the impact of immersive virtual reality practice on visual and mechanical abilities
An analysis of compensation patterns of transtibial amputees during static neutral yoga postures
Objective: This study seeks to determine the balance control mechanisms and muscle activation patterns in those with lower-limb amputation practicing yoga. When compared to those without amputation, these data can be used to create adapted yoga programs for this population in the future.
An analysis of compensation patterns of transtibial amputees during static neutral yoga postures
Watch where you walk: Human visual perception and motion of the lower limbs while navigating obstacles in a fatigued state
Objective: This work is geared towards investigating how fatigue following high-intensity exercise impacts individuals’ visual abilities and gait mechanics during obstacle navigation (such as stepping up, over, and around them). Such information helps us better understand why people in occupations such as firefighting are at a greater risk for trips and falls when they are physically fatigued.
Watch where you walk: Human visual perception and motion of the lower limbs while navigating obstacles in a fatigued state
A comparison of various distance training methods for novice yoga practitioners
Objective: This work examines how yoga can be practiced and learned across virtual media in synchronous (e.g., live Zoom classes), asynchronous (e.g., YouTube videos), and mixed learning settings.
A comparison of various distance training methods for novice yoga practitioners
Transcultural validation of the FG-COMPASS
This project aims to collect validity and reliability evidence for the Portuguese version of the FG-COMPASS. You may also view this project on Research Gate.
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Transcultural validation of the FG-COMPASS
Development and psychometric evaluation of the FG-COMPASS
The aim of this project is to collect validity and reliability evidence for the FG-COMPASS - http://www.fgcompass.com You may also view this project on Research Gate.
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Development and psychometric evaluation of the FG-COMPASS
Factors associated with the development of basic motor skills and physical fitness in elementary school students
This project aims to identify prevalence of motor skill deficits and to verify the nature of the associations between the proficiency of basic motor skills with sociodemographic, anthropometric variables, perception of competence, physical fitness and school performance among elementary school students from the municipal public schools in the city of Marechal Cândido Rondon-PR (Brazil).
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Factors associated with the development of basic motor skills and physical fitness in elementary school students