Thomas Bulea, Ph.D.

Thomas Bulea, Ph.D. Email and Phone Number

Tenure Track Investigator at National Institutes of Health @ National Institutes of Health (NIH): Intramural Research Program (IRP)
bethesda, maryland, united states
Thomas Bulea, Ph.D.'s Location
Bethesda, Maryland, United States, United States
Thomas Bulea, Ph.D.'s Contact Details

Thomas Bulea, Ph.D. personal email

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About Thomas Bulea, Ph.D.

Thomas Bulea, Ph.D. is a Tenure Track Investigator at National Institutes of Health at National Institutes of Health (NIH): Intramural Research Program (IRP). He possess expertise in exoskeleton design, matlab, statistical process control, biomedical engineering, prosthetics and 16 more skills.

Thomas Bulea, Ph.D.'s Current Company Details
National Institutes of Health (NIH): Intramural Research Program (IRP)

National Institutes Of Health (Nih): Intramural Research Program (Irp)

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Tenure Track Investigator at National Institutes of Health
bethesda, maryland, united states
Employees:
630
Thomas Bulea, Ph.D. Work Experience Details
  • National Institutes Of Health (Nih): Intramural Research Program (Irp)
    Tenure Track Investigator
    National Institutes Of Health (Nih): Intramural Research Program (Irp) Oct 2021 - Present
    Washington D.C. Metro Area
  • The National Institutes Of Health
    Staff Scientist
    The National Institutes Of Health Mar 2014 - Sep 2021
    Washington, District Of Columbia, United States
  • National Institutes Of Health
    Irta Post-Doctoral Fellow
    National Institutes Of Health Aug 2012 - Feb 2014
    Washington D.C. Metro Area
  • University Of Houston
    Visiting Scholar, Laboratory For Noninvasive Brain Machine Interface Systems
    University Of Houston Aug 2012 - Feb 2013
  • Advanced Platform Technology Center
    Biomedical Engineer
    Advanced Platform Technology Center Apr 2007 - Jul 2012
    Cleveland, Ohio
    • Design, development, and clinical evaluation of implantable neuroprosthetic devices and controllable exoskeletons to restore standing and walking mobility after paralysis from spinal cord injury. • Design, optimize, and fabricate custom medical and research devices to meet investigator or clinical needs, including mold cavities for peripheral nerve interfaces, custom assistive devices, and actuated assemblies. • Consult on equipment and material purchases (up to $200k per year) to expand APT Center production capabilities, including identification and verification of FDA/IDE approved products and processes. • Manage APT Center rapid prototyping (RP) facility.
  • Case Western Reserve University
    Phd Candidate - Biomedical Engineering
    Case Western Reserve University Jan 2008 - Mar 2012
    Cleveland, Ohio
    Dissertation: "A Variable Impedance Hybrid Neuroprosthesis for Enhanced Locomotion after Spinal Cord Injury"• Designed novel hybrid neuroprosthesis which combines implanted electrical stimulation with a controllable orthosis to restore standing, walking, and stair ascent/descent function to individuals with paralysis from spinal cord injury. • Developed a closed loop, software-based controller to enable efficient, safe use of the hybrid neuroprosthesis by individuals with spinal cord injury.• Performed clinical testing of the novel hybrid neuroprosthesis with both able body and spinal cord injured volunteers to evaluate and quantitatively compare performance with existing interventions.
  • Case Western Reserve University
    Graduate Student Researcher
    Case Western Reserve University Aug 2005 - Jan 2008
    Cleveland, Ohio
    • Designed a novel actuator capable of providing variable resistance to rotary motion.• Developed a Finite Element Method model for optimization of magnetic circuit employed in the orthosis.• Fabricated and tested a prototype actuator for design verification.
  • Visteon
    Mechanical Engineer
    Visteon Jun 2004 - Sep 2004
    Sandusky, Oh
    • Refined air flow sensor insertion process to 99.7% within tolerance (95% prior), saving approximately $50k. • Increased robustness of assembly failsafe strategy and maintenance in five assembly lines through integration of computer monitored sensor system, reducing downtime by approximately 20%.
  • Visteon
    Mechanical Engineer
    Visteon Jun 2003 - Sep 2003
    Sandusky, Oh
    • Led installation of new bulb-socket assembly machine to improve assembly output by 30%. • Provided PLC and ABB-robot programming support to assure continuous operation of four assembly lines.

Thomas Bulea, Ph.D. Skills

Exoskeleton Design Matlab Statistical Process Control Biomedical Engineering Prosthetics Gait Analysis Neuroprostheses Biomechanics Control Systems Design Applied Neural Control Medical Devices Orthotics Signal Processing Translational Research Labview Machining C++ Neuromodulation Solidworks Robotics Visual C++

Thomas Bulea, Ph.D. Education Details

Frequently Asked Questions about Thomas Bulea, Ph.D.

What company does Thomas Bulea, Ph.D. work for?

Thomas Bulea, Ph.D. works for National Institutes Of Health (Nih): Intramural Research Program (Irp)

What is Thomas Bulea, Ph.D.'s role at the current company?

Thomas Bulea, Ph.D.'s current role is Tenure Track Investigator at National Institutes of Health.

What is Thomas Bulea, Ph.D.'s email address?

Thomas Bulea, Ph.D.'s email address is tc****@****ase.edu

What is Thomas Bulea, Ph.D.'s direct phone number?

Thomas Bulea, Ph.D.'s direct phone number is (301) 496*****

What schools did Thomas Bulea, Ph.D. attend?

Thomas Bulea, Ph.D. attended Case Western Reserve University, Case Western Reserve University, The Ohio State University.

What skills is Thomas Bulea, Ph.D. known for?

Thomas Bulea, Ph.D. has skills like Exoskeleton Design, Matlab, Statistical Process Control, Biomedical Engineering, Prosthetics, Gait Analysis, Neuroprostheses, Biomechanics, Control Systems Design, Applied Neural Control, Medical Devices, Orthotics.

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