• Configure OMS displays (tabulars, forms, icons, outage assist). • Configure OMS settings (prediction rules, ETR matrix). • Adhere to configuration practices (testing, code review, source control). • Investigate OMS issues (journal files, log files, process monitoring, interface troubleshooting). • Investigate data issues (journal files, dynamics, snapshots, relational d/b/s)

• Your work will be around building and supporting the automation and processes that enable us to reach 100+ million users and scale 10x and beyond. • We have hundreds of builds running every day for over 900 GitHub repositories (many open source) with languages like C++, Rust, Go, Python, JavaScript, Ruby, Kotlin, Bash/Shell, HCL and many more. • We ship fast and on multiple desktop and mobile platforms, architectures and distribution channels. • Multiple CI systems and acceleration/optimization techniques are used to build the right thing and the thing right. • Our processes are light and we have no mandatory weekly meetings, 0 on-call, no need to be in an office (unless you really want to) and no strict core hours. Work is autonomous (collaborative at times), asynchronous, flexible.

• Design and execute comprehensive performance benchmarking strategies for our data center platforms and products • Characterize real-world AI training, inference, and HPC workloads at scale • Define, track, and report key performance indicators (throughput, latency, efficiency, scaling) • Build automation tools and frameworks for performance monitoring and analysis • Identify and analyze performance bottlenecks across compute, memory, network and storage subsystems • Work closely with architecture, hardware, software, networking, storage and customer teams to resolve performance issues • Drive performance improvements through system tuning, configuration optimization, and architectural recommendations for future generation systems

• Design: Power distribution system design, including specifying and selecting power system and communication system equipment. Interrupting written scopes of work, communicating with clients to understand requirements and clearly defining engineering work. • Drawings: Developing electrical drawings including one-line, three-line, communication and wiring diagrams. • Documentation: Documentation and communicating effectively to internal and external stakeholders including report writing and summary presentations. • Control: Designing control systems and logic, including determining and implementing appropriate control sequences. • Leadership: Providing appropriate technical guidance to engineers within the project teams to ensure design standards and work practices are implemented. Developing standard work practices for use by the other project team members. • Implementation: Developing settings for and programming of microprocessor relays, microgrid controllers and programmable logic controllers. Testing and commissioning of software, communication systems, relays and power systems (on-site or remote support). • Standards: Interpreting and applying industry standards and requirements including NERC, FERC, IEEE, IEC standards and international power markets processes and regulations.