• Define the architecture and evolution of scalable, modular, and secure software platforms for T&D configuration systems, including tools for device configuration, substation engineering, and grid automation workflows. • Define technical strategy and oversee the design cloud-native platforms using modern frameworks (.NET, Java, Python, TypeScript) that support desktop, edge, and cloud deployments, with emphasis on performance, resilience, and maintainability. • Drive the integration IEC 61850 engineering workflows (SCL-based ICD, SCD, SSD) into intuitive, automated tooling ecosystems aligned with modern UI/UX, API design, and utility integration requirements. • Ensure cross-functional alignment, acting as the authority between firmware, UI/UX, and power systems teams, enabling coherent system design and tight integration between engineering workflows and device behavior. • Collaborate with cybersecurity, systems, and hardware architects to deliver secure, compliant solutions for critical infrastructure, incorporating secure development lifecycle (SDLC) and DevSecOps practices. • Drive reuse of software components across product lines, fostering platform consistency, reducing duplication, and accelerating development. • Oversee development and lifecycle management of configuration and commissioning tools for protection and control devices, ensuring seamless integration with SCADA/DMS/EMS and other utility systems. • Conduct software and architecture reviews, ensure compliance with industry standards (IEC 61850, IEC 61968/70, CIM, IEC 62351), and manage the end-to-end software development lifecycle from requirements to deployment and support. • Partner with architects, systems engineers, and utility customers to define and deliver customer-centric, technically robust solutions that improve reliability, visibility, and flexibility of grid systems. • Monitor emerging technologies (cloud-native services, model-driven engineering, AI/ML) for relevance to the T&D domain and contribute to technology roadmaps, product strategy, and IP generation through patents, whitepapers, and technical forums. • Mentor and guide software engineers, promote a culture of technical excellence and innovation, and represent the organization in customer engagements, RFPs, and industry events.

• Collect and analyze data, creating basis process models and drawings. • Conduct evaluations of existing processes, perform data analysis and suggest optimizations. • Prepare concise and accurate process engineering related tasks/project information. • Under direction of senior staff, lead simple tasks for larger projects. • Understand the requirements of Quality Management Plans (QMPs) for related projects. • Develop chemical/physical/biological process models, analyze data to identify trends. • Perform basic troubleshooting of facilities, identify root causes of issues, and suggest solutions. • Perform setup of experiments, collecting data, and evaluate technologies for feasibility. • Perform chemical/physical/biological testing, analyze and report on results. • Learn about and support innovative solutions. • Flexibility to adapt and execute various additional assignments based on evolving needs.

• Facilitate an interview through Karat's platform. Create an enjoyable candidate experience while you evaluate a candidate's fundamental coding skills and technical knowledge. • Provide input on the candidate's performance, coding style, communication skills, knowledge question answers, and coding approach. • Collaborate with Karat to test content, processes, and products.

• Facilitate an interview through Karat's platform. Create an enjoyable candidate experience while you evaluate a candidate's fundamental coding skills and technical knowledge. • Provide input on the candidate's performance, coding style, communication skills, knowledge question answers, and coding approach. • Collaborate with Karat to test content, processes, and products.