Thomas C. Radman

Thomas C. Radman Email and Phone Number

Program Director at National Center for Advancing Translational Sciences @ National Center for Advancing Translational Sciences (NCATS)
bethesda, maryland, united states
Thomas C. Radman's Location
United States, United States
Thomas C. Radman's Contact Details

Thomas C. Radman work email

Thomas C. Radman personal email

About Thomas C. Radman

Skills Summary:• Large Language Models, Azure OpenAI API, Pyspark, Spark SQL, SQL, Palantir Foundry Cloud Platform, some Typescript• Neuroscience• Machine learning, pattern recognition, statistical learning, artificial intelligence• Signal processing and modeling• Multivariate signal analysis including multi-channel non-invasive and implanted EEG• Experimental design and hardware implementation including customized circuitry and software• Additional software tools: R, Matlab, Python, C/C++, Assembly, LabviewProfessional Summary:• Successfully developed machine learning algorithm to predict traumatic brain injury diagnoses in blinded FDA clinical trial.• 8 years research experience in the areas of EEG and neural signal processing using Matlab, R and Python• Ph.D. in Neuroscience with strong biomedical and electrical engineering research experience.• Industry experience in electronics hardware design including embedded systems.• Creativity has added value in every position held including high impact scientific findings, and process improvements. • Ability to quickly learn any needed software.• Strong work-ethic proven in start-up environments.

Thomas C. Radman's Current Company Details
National Center for Advancing Translational Sciences (NCATS)

National Center For Advancing Translational Sciences (Ncats)

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Program Director at National Center for Advancing Translational Sciences
bethesda, maryland, united states
Employees:
218
Thomas C. Radman Work Experience Details
  • National Center For Advancing Translational Sciences (Ncats)
    Program Director
    National Center For Advancing Translational Sciences (Ncats) May 2022 - Present
    Maryland, United States
    Specializing in composing funding announcements and the review and recommendation of translational science research grants with a focus on digital health and mobile technologies, artificial intelligence and machine learning, data science, bioinformatics, electronic health records and decentralized clinical trials.
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  • Fda
    Biomedical Engineer
    Fda Nov 2019 - Oct 2023
    Silver Spring, Md
    Review of submissions to FDA in Neurodiagnostics including, PMA, 510(k), IDE and Q-submissions. Includes review of digital health, machine learning and artificial intelligence.
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  • National Institutes Of Health (Nih): Intramural Research Program (Irp)
    Biomedical Engineer
    National Institutes Of Health (Nih): Intramural Research Program (Irp) Apr 2016 - Nov 2019
    Clinical and basic research related to non-invasive neuromodulation. Developing and designing engineering solutions to biomedical research challenges. Techniques include transcranial magnetic stimulation.
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  • National Institutes Of Health
    Program Director
    National Institutes Of Health Jun 2014 - Apr 2016
    Rockville, Md
    Recommending meritorious research grant applications for funding. Allocating resources for funding opportunities in areas of high programmatic priority. Identification of research needs. Areas of expertise: Neuroscience,Basic Research, Big Data Science, Statistics, Computational Neuroscience, Neural Engineering, Brain Stimulation, Optogenetics, Non-invasive imaging. NIH Director's Award for data management and scientific contributions to Adolescent Brain and Cognitive Development Study.
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  • Brainscope Company Inc.
    Data Scientist
    Brainscope Company Inc. Jul 2012 - Jun 2014
    Bethesda, Md
    Conceptualization and implementation of novel statistical pattern classification and machine learning / big data science algorithm identifying signature EEG waveform features separating Traumatic Brain Injury diagnoses from non-injured. Artificial intelligence architect. Digital and statistical signal processing including filter design, artifact rejection algorithm design, time and frequency domain feature extraction. Cross-disciplinary knowledge sharing spanning neural and electrical engineering, neuroscience, signal processing, machine learning and statistics. Verification and validation testing and documentation. Programming in Matlab, R, C/C++.
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  • Fda
    Center For Devices And Radiological Health, Biomedical Engineer
    Fda Aug 2010 - Jul 2012
    Silver Spring, Md
    Evaluate the statistical validity of supporting hardware and software test results and clinical data submitted with medical device applications to determine if sufficient to substantiate labeled claims. Analysis of research protocols to evaluate safety and effectiveness of medical devices including electromagnetic compatibility and human interface electrical safety. Wrote clinical protocol for novel brain stimulation technology and shepherded through NIH IRB. Created Visual Basic algorithm to automate comparison of labeling statements between subject and predicate devices. Served as agency liaison for the ISO standardization technical committee for human exposure to electromagnetic fields. Development and presentation of center-wide seminar regarding the electrical stimulation of neural tissue.
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  • City University Of New York
    National Science Foundation Gk-12 Fellow
    City University Of New York Sep 2009 - Jun 2011
    Greater New York City Area
    Created stand-alone electrophysiology and robotics workshop centered on novel low-cost electrocardiogram amplifier. Curriculum tested in East Bronx Academy High School and workshop held at CUNY Lehman College.
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  • Nyu Medical Center
    Nih Post Doctoral Fellow
    Nyu Medical Center Jul 2009 - Jul 2010
    Nathan Kline Institute For Psychiatric Research, Orangeburg, Ny
    Co-mentored by Dr. Charles Schroeder and Dr. Helen Scharfman. Research Conducted at the Nathan Kline Institute for Psychiatric ResearchSignal processing of large scale, multi-channel data sets in the time and frequency domains. Current source density analysis. Design and development of experimental paradigms and human interface providing controls for auditory and visual attention Eyelink and ISCAN eye-tracking. Created customized Labview GUI for dynamic eye-tracking with online feedback. Created stand-alone neurophysiology experimentation microprocessor-based system. Clinical EEG recording and analysis. Programming in Matlab, R. Some exposure to Python.
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  • The City College Of New York
    Research Assistant
    The City College Of New York Sep 2005 - 2009
    Greater New York City Area
    Co-mentored by Dr. Marom Bikson and Dr. Lucas Parra. Conducted research in the Laboratory of Neural Engineering. Signal processing of non-stationary electrophysiological signals. Functional Electrical Stimulation; neuronal morphology-based models of electric field polarization. Created stand-alone electrophysiology and robotics workshop centered on novel low-cost electrocardiogram amplifier. Programming in Matlab.
  • City University Of New York (Cuny
    Doctoral Candidate
    City University Of New York (Cuny 2005 - 2009
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Thomas C. Radman Skills

Biomedical Engineering Signal Processing Neuroscience Matlab Medical Devices Electrophysiology Science Microscopy Laboratory Labview Research Statistics Data Analysis Image Processing 21 Cfr Confocal Microscopy Patents R Machine Learning Neuroimaging Medical Imaging In Vivo Electrophysiology Regulatory Affairs Visual Basic Iso 14971 Performance Testing Powerpoint Image Analysis Molecular Biology Fluorescence Microscopy Experimentation Pattern Recognition Patch Clamp Regulatory Submissions Electrical Stimulation Class Iii Medical Devices Iso 10993 Iec 60601 Emc Compliance Pre Clinical Studies Electromagnetic Compatibility Transcranial Magnetic Stimulation Teaching Biomaterials Nanotechnology Lifesciences Hardware Diagnostics Cell Culture Mathematical Modeling Verification

Thomas C. Radman Education Details

Frequently Asked Questions about Thomas C. Radman

What company does Thomas C. Radman work for?

Thomas C. Radman works for National Center For Advancing Translational Sciences (Ncats)

What is Thomas C. Radman's role at the current company?

Thomas C. Radman's current role is Program Director at National Center for Advancing Translational Sciences.

What is Thomas C. Radman's email address?

Thomas C. Radman's email address is ra****@****ail.com

What is Thomas C. Radman's direct phone number?

Thomas C. Radman's direct phone number is +171874*****

What schools did Thomas C. Radman attend?

Thomas C. Radman attended The Graduate Center, City University Of New York, Stony Brook University, Stanford University.

What skills is Thomas C. Radman known for?

Thomas C. Radman has skills like Biomedical Engineering, Signal Processing, Neuroscience, Matlab, Medical Devices, Electrophysiology, Science, Microscopy, Laboratory, Labview, Research, Statistics.

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