REQUIRED SKILLS: 

-Experience with Python
-Experience with Ruby, or Java is highly preferred
-Extensive practical experience in coding such as in areas of a web service, a mobile app, code for a scientific application, etc.
-A Bachelors Degree in a technical field, preferably electrical engineering, computer science, or applied math or four (4) years directly applicable experience.

RESPONSIBILITIES:

-Design and develop methods and tools for anonymizing distribution and transmission circuit models.
-Enhance the OMF to allow for configuration of SDET model test cases.
-Add a transmission model to the OMF, including a data model and graphical user interface to allow calculation of powerflow scenarios and visualizing the results.
-Enhance the OMF network editor to support transmission networks.
-Improve the performance of the OMF network editor for large networks (those with more than 2,000 nodes and edges).
-Provide support to the project principal investigator in designing the interface and system architecture for their integration of the OMF.
-Design and develop the graphical user interface for the LPNORM model.
-Support the project principal investigator in making the LPNORM model available in the OMF.

The Software Engineer will prepare:

-Weekly progress reports for discussion with the NRECA Analytics Program Manager.
-Source code fulfilling the tasks described above uploaded to the OMF source code repository.
-Additional reporting as needed to keep other project partners informed of the project status.