Hans Martin

• Performed as a lead full-stack platform engineer developing data-driven solutions for teams of researchers, engineers, scientists, and business partners across the country.
• Built and scaled mission-critical infrastructure of time series and spatial data tools for regulatory decision-makers in regions with 17+ million residents.
• Collaborated with various teams to recognize and develop crucial APIs, software, visualizations, and data processing tools for high-dimensional spatial modeling.
• Formalized our internal operation procedures for building, testing, and releasing software in a continuous delivery environment.
• Developed key internal and external databases and pipelines for frontend and backend software tools, reporting systems, web applications, and web services.
• Authored, maintained, and contributed to high-quality open source projects for data science and engineering work-flow optimization.

• Created an open-source scientific software toolkit for high-energy plasma data research.
• Developed software in conjunction with hardware for experimental data acquisition.
• Lead a team to develop and document best-practices for scientific software and hardware design.

• AirSensor | A suite of end-to-end air-quality tools for California's South Coast AQMD • tiotemp | An interactive library for spatial and temporal visualization • beakr | A general purpose web development framework designed for data scientists • MazamaRollUtils | A library of high-performance data manipulation tools • AirFire Research | A collection of software for USDA wildfire and smoke modeling systems • MazamaSatelliteUtils | A library to provide functionality for processing satellite data • MazamaTimeSeries | A universal library for high-efficiency time series data manipulation • Multi-diagnostic Plasma Toolkit | A GUI and library for high-energy plasma research

•Presenter - AGU, 2019 | On Data Exploration, Communication, and Visualization for Low-cost Sensor Networks • Co-author - AGU, 2019 | A New open-source library for PurpleAir Sensor Data • Characterization of a Cluster of High-Power Helicon Thrusters, 2017 | doi:10.2514/6.2017-4628 • An Active Debris Removal Mission using a Plasma Phased Array Architecture, 2018 | doi:10.2514/6.2018-5242 • NASA Washington Space Consortium, 2018 | Award: For R&D of software and hardware related to plasma data acquisition and processing methods.