Role Description The Electrical Engineer I is responsible for completing design efficiently using industry and organizational standards. They work with project leaders to complete conceptual designs, detailed designs, and associated documentation. An Electrical Engineer I executes simple design concepts independently and completes site visits with others. Essential Duties and Responsibilities: - Complete electrical design deliverables with supervision using designated tools and software while collaborating with team members, clients, and vendors. - Apply design standards by reviewing best practices and past projects to ensure alignment with company and industry standards. - Build expertise in at least one design discipline with some cross-training to another discipline or Market Lane. - Translate design concepts and standards into deliverables on projects. - Obtain qualifications for site visits by understanding safety and jobsite visit best practices. - Coordinate with project leaders to address and resolve design-related questions for smooth workflow. - Collect and distribute information needed to complete design by working with project leaders, clients, and vendors. - Communicate effectively with team members and clients and support the typical workflow within each discipline. Secondary Responsibilities: - Gain practical experience with manufacturing or craft processes by engaging in field work and collaborating with onsite teams. - Actively participate in internal technical training to grow design skills. - Function as the lead designer on simple projects. Qualifications - A bachelor’s degree in electrical engineering or a closely related field from a four-year ABET-accredited program is required. - This is an entry-level position; while 0–3 years of experience is preferred, a combination of relevant education and practical experience, including internships or co-op positions, will also be considered. - Candidates must have knowledge of electrical terminology and components, electrical symbols, and the National Electric Code (NEC). - Proficiency in drafting software is preferred. - EIT (Engineer in Training) certification or a willingness to obtain it is a plus. Requirements - Travel will be required and will vary according to business requirements. Travel should not exceed 25% of your time. - Reasonable accommodations will be made for qualified individuals with disabilities. Benefits - Competitive Pay so you know you are valued. - 401(k) to help you plan for your future. - Health, Dental, and Vision Insurance with different options to meet your needs. - Vacation so you can focus on you. - Performance Bonus. - Established Career Paths to help plan your future. - Career Coaches that are focused on your success.

• Diseñar instalaciones eléctricas de baja y media tensión para proyectos industriales. • Elaborar planos de distribución de equipos, canalizaciones, bandejas y sistemas de puesta a tierra. • Desarrollar diagramas unifilares, trifilares e interconexiones. • Diseñar cuadros eléctricos, esquemas de CA/CC y sistemas de protección. • Realizar cálculos eléctricos relacionados con cables, transformadores, baterías, iluminación y sistemas de puesta a tierra. • Participar en estudios eléctricos de potencia, cortocircuito, coordinación de protecciones y arco eléctrico. • Elaborar especificaciones técnicas y documentación de proyecto. • Dar soporte técnico durante las fases de construcción, puesta en marcha y puesta en servicio. • Coordinar y supervisar la documentación desarrollada por el equipo de delineación.

• Reporting to the Director of Power Systems Modeling, you will serve as the primary Subject Matter Expert (SME) for transmission planning and generation interconnection. • This is a high-impact technical role where your deep understanding of power systems will not only drive complex study work but also serve as the "blueprint" for our software development team. • You are the bridge between traditional electrical engineering and modern digital transformation. • Engage with Stakeholders: Build and maintain strong relationships with internal and external stakeholders, including utilities, RTOs, project developers, and regulatory bodies, to advocate for and advance Simple Thread’s projects. • Support Business Growth: Collaborate with the leadership team to develop and implement strategies for expanding our consulting services, including identifying emerging needs and new market opportunities and service offerings. • Innovate and Improve: Lead the development of innovative methodologies and tools that enhance power systems analysis and streamline processes for both internal and client use. • Execute Complex Power System Studies: Lead and perform advanced transmission planning and generation interconnection studies (System Impact, Feasibility, and Deliverability) across multiple North American markets (WECC, PJM, MISO, ERCOT, SPP, SERC, etc.). • Technical Authority on Interconnection: Act as the lead expert for both large-scale generation (including IBR) and large-load interconnection requests, navigating the specific tariff and reliability requirements of various RTOs/ISOs. • Product Strategy & SME Support: Collaborate directly with our software engineers to translate complex engineering workflows into automated tools. You will define the logic, "teach" the software team the engineering nuances, and validate the output of our internal automation frameworks. • Advanced Modeling: Build, tune, and validate high-quality power system models for steady-state, short circuit, transient stability, and EMT analyses using industry-standard tools. • Automation Mindset: While we have dedicated software developers, you will be expected to use Python and SQL to automate your own workflows and prototype new ideas that can be scaled into production-level software. • Mentor and Lead: Guide and instruct team members using a strong technical understanding of generation (including IBR), transmission, interconnection, customer and load, and modeling principles. • Regulatory Compliance: Ensure all study work and automated processes adhere strictly to NERC and regional reliability standards.

• Diseñar y desarrollar el sistema de cableado para los sistemas de supresión de incendios y quad skid en un Battery Energy Storage System (BESS). • Colaborar con equipos de integración y líderes de ingeniería para garantizar que los diseños cumplan con los requisitos de funcionalidad, seguridad y manufacturabilidad. • Utilizar herramientas como Zuken y SolidWorks Electrical para crear arneses y documentación técnica. • Diseñar arneses para el sistema de supresión de incendios, incluyendo: • Conexiones a sensores de temperatura, bocinas, válvulas actuadas y módulos de liberación. • Rutas de cableado dentro y fuera de los gabinetes del quad pack. • Diseñar arneses para el quad skid, incluyendo: • Conexiones a módulos DC-DC, unidades de gestión del quad skid y sensores internos. • Generar documentación técnica en 2D (diagramas de cableado, listas de materiales). • Colaborar con equipos de integración para asegurar que los diseños cumplan con requisitos funcionales y de fabricación. • Participar en revisiones técnicas para incorporar feedback y ajustar diseños.