Lora Cavuoto
Scholar

Lora Cavuoto

Google Scholar ID: Y4ksVzcAAAAJ
Professor, University at Buffalo
ErgonomicsFatigueWearablesSkills AssessmentSurgeon Ergonomics
Citations & Impact
All-time
Citations
3,053
 
H-index
29
 
i10-index
68
 
Publications
20
 
Co-authors
36
list available
Contact
No contact links provided.
Resume (English only)
Academic Achievements
  • Lab Members and Alumni:
  • - Current PhD Students: Zahra Vahedi, Setareh Kazemi Kheiri, Gabriel Gazetta, Taylor Quinn, Manohar Golleru
  • - PhD Graduates: Mojdeh Pajoutan (2017), Mahboobeh Ghesmaty Sangachin (2018), Zahra Sedighi Maman (2018), Amir Baghdadi (2019), Lin Lu (2019), Yaoyu Fu (2021), Qian Zhang (2022), Saeb Ragani Lamooki (Mechanical Engineering)
Research Experience
  • Current Positions:
  • - Professor in the Department of Industrial and Systems Engineering
  • - Director, University at Buffalo, SUNY Occupational Safety and Health Training Program
  • - Director of Undergraduate Studies
  • - Director, OSH Training Program
  • Research Laboratories:
  • - Ergonomics and Biomechanics Laboratory
  • - SurgE Surgery Ergonomics and Human Factors Laboratory
  • Current Projects:
  • - Reliability modeling of shoulder fatigue and recovery for warehouse operators performing dynamic tasks
  • - Exploring the health and performance benefits of universal design implementation
  • - Brain-based metrics for surgical skill assessment and training
  • - Surgical Simulator for Improving Skill Proficiency and Resilience
  • Recently Completed Projects:
  • - Advancing Safety Surveillance using Individualized Sensor Technology (ASSIST)
  • - Revised force-endurance models for the US workforce
  • - The role of psychosocial factors in worksite wellness program participation
  • - Evaluating the effect of obesity on central drive using near-infrared spectroscopy and the implications for physical work
  • - Improving post-stroke rehabilitation effectiveness and compliance using smart objects
  • - Human activity recognition to support the development of wearable sensor-based worker safety systems
  • - Advanced virtual simulation for fundamentals of laparoscopic surgery training and credentialing
  • - Building a better robot-assisted surgery operating room
  • - Use of an augmented reality head-mounted display for laparoscopic surgery
Background
  • Research Interests: Physical ergonomics, biomechanics, applications of wearables for workplace safety assessment, physical fatigue monitoring, motor skills training, occupational safety and health, surgical skill assessment.