• Conduct technical analysis for clients, support business development, and advance projects across CSL’s portfolio. • Research clean and resilient energy topics to develop targeted and informed recommendations for clients. • Identify energy requirements for interdependent infrastructure and develop solutions to increase resilience. • Review the technical merit of solutions developed by team members, project stakeholders, and clients. • Conduct data review and visualizations, including geographic information system (GIS) mapping and spatial analysis of infrastructure assets. • Collaborate with cross-functional teams to determine project objectives and create implementation roadmaps that ensure client success. • Discuss power systems concepts with clients and project partners from non-technical disciplines. • Support project managers in assessing client needs, formulating technical approaches, preparing proposals, and making presentations. • Travel approximately 25% as needed, based on client and project needs.

• Work on system integrations • Maintain direct contact with clients • Quickly resolve issues • Analyze each case to handle it or escalate it to the appropriate team when necessary

• Managing escalated support tickets, tackling everything from break/fix challenges to application setup and user-level configurations. • Setting up new **Hyper‑V hosts**, troubleshooting and deploying **SonicWall firewalls**, and managing **Datto networking switches and access points**. • Utilize our ticketing system to document, monitor, and escalate issues as needed. • You'll be part of a close-knit team where collaboration is key, working alongside a talented technical group to provide outstanding remote support and service to our clients.

Role Description Own every study that gets our data-center power plants energized and interconnected. You deliver real power-system studies on live projects AND build the automated engine that makes those studies repeatable for every future project. - Deliver complete study packages on live projects: load-flow, short-circuit, arc-flash (IEEE 1584), protection & relay coordination, motor-starting, and harmonic / power-quality studies in ETAP. - Run electromagnetic-transient & dynamic studies in PSCAD/EMTDC for behind-the-meter (BTM) generation and grid interconnection: inverter-based-resource modeling, switching and insulation-coordination transients, sub-synchronous and control interactions, and fault ride-through. - Own grid interconnection: utility interconnection studies and submittals, BTM-vs-grid-tied architecture trade-offs, and the studies required for the 800VDC data-center power transition. - Build a parametric study engine that generates these studies (ETAP/PSCAD model build, scenario sweeps, automated report generation) from a single parameter template automating the arc-flash, protection-coordination, and interconnection workflows. - Own cross-discipline coordination: protection settings & equipment ratings feeding electrical single-lines and equipment sizing; study assumptions aligned with mechanical and structural loads. Qualifications - Deep hands-on ETAP and PSCAD/EMTDC; bonus for scripting/automating them (etapPy / ETAP DataHub, mhi.pscad) or adjacent tools (PowerFactory powfacpy, pandapower, OpenDSS, PSS/E). - Real experience with arc-flash (IEEE 1584), protection & coordination, and utility interconnection studies. - A builder: you'd rather write the engine that runs the 100th study than run it by hand. - Genuine pull toward the data-center power / 800VDC problem. Requirements - PE license in at least one US state preferred but not required. - Ability to do the engineering and think about how to automate it. - Attitude and curiosity over years of experience. Benefits - Full-time W-2. - Remote US. - Competitive base + founding-team equity.