Systems Engineer Senior

Socket.dev; Princeton (NJ); On-site; USD 120,000 - 180,000; Full time

Job summary

Socket.dev supports NOAA's R&D work to advance hurricane prediction through advanced analysis frameworks and code improvements for the GFDL FV3 system. The role involves maintaining the near-real-time hurricane prediction codebase, developing sub-grid diffusion schemes for sub-km resolution simulations, and enabling coupled atmosphere-ocean-wave modeling for improved intensity forecasts.

You will also author manuscripts and present results at major scientific conferences.

Qualifications

• Bachelor's degree with 5+ years of experience; Master's with 3+ years; PhD with 0 years related experience.

Responsibilities

• Operate the operational software codebase for a GFDL experimental near-real-time hurricane prediction system, including FV3-related components.
• Develop a turbulence-permitting hurricane model with a unified sub-grid diffusion scheme for sub-km simulations of tropical cyclones and mesoscale convection.
• Support a regional coupled high-resolution atmospheric-ocean-wave modeling system to improve hurricane intensity forecasts and storm structure representations.
• Author or co-author manuscripts detailing modeling results for peer-reviewed journals.
• Prepare and present materials (slides, posters) summarizing results for AGU/AMS or other scientific conferences.

Education

Bachelor's degree + 5+ years

Master's degree + 3+ years

PhD + 0 years

Job description

The objective of this requirement is to support NOAA’s research and development (R&D) work to advance NOAA’s scientific mission efforts, including hurricane research, model development, and code and data management in areas including: developing advanced analysis frameworks and software tools, code management, model code development for component and coupled models, scientific analysis, technical support and algorithm development, maintenance of data processing infrastructure, and archive of data and products for future analysis and use.

Project requirements encompass delivering code and software management, in addition to documented evaluations and assessments of model prototypes.

Advance hurricane prediction capabilities through refined code enhancements for the GFDL T-SHiELD modeling system. Specifically, we aim to drive improvements to the FV3 dynamical core, physical parametrizations, and model initialization techniques intended to address key scientific challenges related to hurricane intensity and structure prediction.

Job Description

• The operational software codebase for a GFDL experimental near-real-time 3-km resolution hurricane prediction system, incorporating enhancements to the FV3 dynamical core, surface layer, boundary layer, and convection parameterizations.
• The software codebase for a turbulence-permitting resolution hurricane model featuring a new unified sub-grid diffusion scheme intended to enhance FV3’s capability in simulating extreme weather phenomena at sub-km resolutions, including tropical cyclones, tornadoes, and mesoscale convective systems.
• The software codebase for a regional coupled high-resolution atmospheric-ocean-wave modeling system designed to support improvements in enhancing the representation of coupled air-sea-wave processes for better hurricane intensity forecasts and storm structure representations.
• Authoring or co-authoring one or more manuscripts detailing the results of the modeling efforts, submitted to a peer-reviewed journal.
• Preparing and presenting materials (e.g., slide decks, posters) summarizing the results of this work for a presentation at AGU, AMS, and/or other scientific conferences or workshops.

Qualifications

Required Education:

• Bachelors and five (5) years or more experience; Masters and three (3) years or more experience; PhD and 0 years related experience

Clearance:

• Must be able to obtain a Public Trust clearance.