Data Scientist IV (Hardware Sensors, biosensor data analysis)

American IT SystemsNew York City, NY
Onsite

About The Position

The main function of the Data Scientist is to produce innovative solutions driven by exploratory data analysis from complex and high-dimensional datasets. The Data Scientist will contribute to biosensor data analysis and help to guide future biosensing R&D.

Requirements

  • Experience with hardware sensors, and data analysis pertaining to real-world data.
  • Experience with signal processing pertaining to time domain signals and/or medical imaging systems
  • Experience presenting findings from statistical and machine learning methods to diverse audiences
  • Experience working with large datasets.
  • 3+ years of experience performing data extraction, manipulation, and visualization using programming languages (e.g., Python), scientific computing languages (e.g., R, MATLAB), or SQL.
  • Proficiency in data structures and algorithms.
  • Experience with scientific computing and analysis packages such as NumPy, SciPy, Pandas, Scikit-learn, dplyr, caret.
  • Experience with data visualization libraries such as Matplotlib, Pyplot, seaborn, ggplot2.

Nice To Haves

  • Experience presenting findings from statistical and machine learning methods to diverse audiences.
  • Proficiency in data structures and algorithms.
  • Experience with data visualization libraries (Matplotlib, Pyplot, seaborn, ggplot2).
  • Experience working with large datasets.
  • Familiarity with scientific computing and analysis packages (dplyr, caret).
  • Advanced degree (Master's or PhD) in computer science, statistics, neuroscience, biomedical engineering, or related field.

Responsibilities

  • Execute, debug, and optimize distributed compute workflows for metric computation, analysis, and modeling across large datasets.
  • Apply knowledge of statistics, machine learning, programming, data modeling, simulation, and advanced mathematics to recognize patterns, identify opportunities, and make valuable discoveries leading to prototype biosensor development and product improvement.
  • Use a flexible, analytical approach to design, develop, and evaluate predictive models and advanced algorithms that lead to optimal value extraction from the biosensor data.
  • Generate and test hypotheses and analyze and interpret the results of product experiments.
  • Work with product engineers to translate prototypes into new products, services, and features and provide guidelines for large-scale implementation.
  • Leverage data visualization to help the team make decisions about future R&D directions to go.
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