Join Rizzo Labs

We conduct translational research at the intersection of rehabilitation medicine, neurology, ophthalmology, and engineering, with a focus on developing and rigorously evaluating assistive and rehabilitative technologies that enhance human mobility, functional independence, and health equity. Our work is grounded in clinically informed, hypothesis-driven research and leverages advanced methodologies spanning computational modeling, human subjects research, and real-world implementation science.

We emphasize the development of scalable, evidence-based solutions that address impairments in visuomotor function, sensorimotor integration, and navigation—particularly for individuals with visual and neurologic disabilities. Our research integrates multimodal sensing, computer vision, wearable systems, and human-centered design to advance accessibility across complex environments.

We welcome students, trainees, and collaborators interested in contributing to high-impact research in the following domains:

Assistive Technology & Rehabilitation Engineering

Developing and evaluating technologies that enhance mobility, independence, and accessibility.

Visuomotor Integration & Neurorehabilitation

Studying how vision and movement integrate to inform diagnostics and recovery strategies.

Sensorimotor Control and Human Performance

Quantitative evaluation and experimental design for understanding real-world human function.

Accessible Navigation, Wayfinding & Mobility

Tools that support safe, independent movement through complex indoor and outdoor environments.

Computer Vision, AI & Wearable Sensing

Robust multimodal perception and human-centered intelligent systems for accessibility and rehabilitation.

Disability, Inclusion & Health Equity Science

Implementation science and inclusive design to improve outcomes and access for individuals with disabilities.

Prospective Ph.D. Students

We are seeking outstanding Ph.D. students in engineering and related disciplines to work on problems at the intersection of rehabilitation, accessibility, and intelligent systems.

What You'll Receive
  • Full funding — tuition coverage and a competitive annual stipend
  • Direct mentorship from Dr. Rizzo and senior lab members
  • Access to clinical collaborators, IRB-approved human subjects studies, and NYU Langone research infrastructure
  • Opportunities to publish, present at conferences, and lead funded projects
Requirements
  • Strong research background in engineering or applied sciences
  • B.S. (or equivalent) in Engineering, Computer Science, Physics, Rehabilitation, or a related field
How to Apply
  1. Complete the VMIL/REACTIV interest form
  2. Email the following to inforizzolabs@gmail.com:
    • CV
    • Cover letter
Email Rizzo Labs

Applications are reviewed on a rolling basis.

Undergraduate Students

What You'll Receive
  • Hands-on experience with real assistive technology research and human subjects studies
  • Mentorship from Ph.D. students, postdocs, and faculty
  • Academic course credit (VIP or independent study options)
  • Co-authorship opportunities on publications and conference presentations for sustained contributions
Ways to Join
VIP Program Preferred
Apply through Vertically Integrated Projects (VIP): Sixth Sense
Apply via VIP
Non-VIP Options
Research for credit, independent study, and research assistant roles may be available based on fit and availability.
How to Apply
  1. Complete the VMIL/REACTIV interest form
  2. Email the following to inforizzolabs@gmail.com:
    • CV
    • Cover letter (research experience & interests)
Email Rizzo Labs

Volunteer Opportunities

Volunteer research assistant and intern positions

Volunteer research assistant and intern positions may be available depending on current projects and mentorship capacity.

What You'll Receive
  • Practical research experience in a clinical and engineering environment
  • Mentorship from lab members and exposure to active funded projects
  • A letter of recommendation for exceptional contributors
  • Potential pathway to paid or credited roles based on performance and lab needs
To Apply
  1. Complete the VMIL/REACTIV interest form
  2. Email the following to inforizzolabs@gmail.com:
    • Resume
    • Availability
    • Brief description of skills and interests
Email Rizzo Labs