Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
other feedstocks undergoing catalytic and thermochemical conversion processes using process scale models. Responsibilities include: Performing simulations using high-fidelity Computational Fluid Dynamics
-
-performance computing systems. The researcher will develop mathematically sound approaches for transmission and capacity expansion as applied to the bulk electricity systems to enhance economics, reliability
-
experience with high-performance computing Demonstrated experience with coding repositories i.e. Git Demonstrated experience with conducting sensitivity analysis Preferred Qualifications Demonstrated
-
/maintenance projects in conjunction with DOE. Many high-profile projects are on the horizon, as part of our 10 year and beyond campus expansion strategy. This includes large and small construction, maintenance
-
hardware microgrid controllers Implementing sequence of operations for grid-connected and islanded operation of utility-scale microgrids in commercial microgrid controllers Analyzing high-resolution data
-
on the distribution grid with distributed energy resources (DERs) and modeling of cyber/network components Proficiency in using Python Preferred Qualifications Experience in using high performance computers, Linux
-
application to energy systems applications Hands-on experience with JuMP.jl or similar algebraic modeling languages (e.g., Pyomo, GAMS, AMPL). Familiarity with high-performance computing (HPC) environments
-
devices Analyzing high-resolution data collected from electromagnetic transient (EMT) models of distribution feeders using Python Contributing and/or leading the writing of research papers and working
-
future high-load, high-IBR grids. This role is ideal for candidates who enjoy solving complex problems at the intersection of large loads and modern grid stability. Job duties and responsibilities include
-
on a project that focusing on developing optimal sensor placement models to improve the visibility of distribution systems with high penetration of grid-edge DERs. The intern is expected to work closely