A small sticker that monitors blood pressure continuously. Backed by Y Combinator.
About the role
You will develop algorithms that incorporate multiple continuous biomedical signals into relevant insights. You will develop tools to enhance signal and subtract out common noise artifacts, as well as extract insights from continuous biomedical signals (features, events, and trends) both off-line and in real time.
What they're looking for
- 4+ years of experience working with physiological signals (extracting, cleaning, and analysis of datasets). Domain knowledge of cardiovascular system and hemodynamics is a plus
- Experience working with complex data sets that have limited sample sizes
- Strong background in exploratory and statistical data analysis. Knowledge of design of experiments is a plus
- Experience in developing algorithms that handle time-series data, which can include but not limited to training and evaluating machine/deep learning models (e.g. tree-based models, LSTM, recurrent neural networks)
- Excellent fluency in a high-level programming language (Python, C/C++ and/or Matlab)
- Knowledge of common ML frameworks (scikit-learn, pandas and deep learning toolboxes such as TensorFlow, PyTorch, Caffe, etc) is a plus
More about this role
Vena Vitals is on a mission to transform patient care through better cardiovascular monitoring. We make a small wearable device that monitors blood pressure continuously. Unlike other BP monitors that only take a snapshot in time, we record the entire dynamic movie to track changes that can be life-saving. We have strong early clinical results, and we’re now expanding our clinical studies across multiple sites around the country. From the operating room to the home, we plan to become the most accurate and actionable cardiovascular monitoring and management system to help improve the lives of over a billion patients across the world each year.
You will develop algorithms that incorporate multiple continuous biomedical signals into relevant insights. You will develop tools to enhance signal and subtract out common noise artifacts, as well as extract insights from continuous biomedical signals (features, events, and trends) both off-line and in real time.
You will be engaged in solving problems that currently do not have well defined solutions and you’ll take the reins to own and steer your deliveries, while also supporting others in a fast-paced, encouraging, and dynamic...
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