Senior Electrical Engineer, Data Center Power Systems

Position Summary TECO-Westinghouse Motor Company is seeking an experienced Senior Electrical Engineer, PE – Data Center Power Systems to lead the concept development and one-line design of data center power distribution and protection systems ranging from 480V to 161 kV. This position is responsible for developing safe, reliable, and code-compliant power system architectures from the utility interface through to IT loads. The Senior Electrical Engineer will provide technical leadership throughout the design process, perform and review system studies, define equipment ratings and protection schemes, and provide engineering direction to detailed design teams. The ideal candidate will have strong experience in power system design and analysis, hands-on proficiency with ETAP, SKM, or similar software, and a deep understanding of NEC and IEEE standards. Experience with large-scale data centers, medium-voltage equipment, generator paralleling, and microgrid concepts is highly preferred. Key Responsibilities Develop system one-line diagrams and power flow concepts for data center applicationsPerform and/or review:Load flow studiesShort-circuit studiesArc-flash studiesProtection and coordination studiesDefine equipment ratings, configurations, and protection schemes for:High-voltage equipmentMedium-voltage equipmentLow-voltage reclosersSwitchgearTransformersUPS systemsBuswayGenerator systemsRelated power distribution equipmentProvide technical direction and design criteria to Electrical and Mechanical Engineers responsible for detailed designEnsure detailed designs remain consistent with the overall system architecture and design conceptReview and approve system studies, equipment selections, and key engineering drawingsEnsure designs comply with NEC, IEEE standards, utility interconnection requirements, and customer specificationsDevelop detailed electrical equipment specifications for PurchasingWork with Purchasing to review OEM quotations and bid documents for electrical equipmentSupport customer and internal design reviewsPresent system study results and respond to technical questions from EPCs, utilities, and Authorities Having Jurisdiction (AHJs)Collaborate with Product Management, Project Management, and Supply Chain to optimize system designs for:PerformanceSafetyCostConstructabilityServe as a technical subject matter expert during factory testing and commissioningAssist with troubleshooting, technical clarifications, and design issues during testing and commissioningMaintain compliance with Company policies, ISO 9001 standards, safety procedures, and applicable workplace requirementsMaintain regular attendance as an essential function of the positionPerform other duties and responsibilities as assigned Qualifications Education & Experience Bachelor's degree (B.S.) from a four-year college or university in Electrical Engineering, with 5+ years of related work experience, or equivalent combination of education and experienceMaster's degree preferred5+ years of experience in power system designHands-on experience with ETAP, SKM, or similar power system analysis toolsDeep knowledge of NEC and IEEE standardsExperience designing or supporting large-scale data center power systems preferredFamiliarity with medium-voltage gear (5–38 kV) preferredExperience with generator paralleling systems preferredFamiliarity with microgrid concepts preferred Professional Engineering License Licensed Professional Engineer (PE) in Texas, or the ability to obtain a Texas PE license within 12 months Required Skills & Abilities Strong understanding of electrical power distribution and protection systemsAbility to develop and interpret complex electrical one-line diagramsStrong knowledge of power system studies and analysisAbility to evaluate equipment ratings, system configurations, and protection schemesStrong understanding of electrical safety and applicable codes and standardsAbility to provide technical direction to multidisciplinary engineering teamsStrong technical writing and documentation skillsExcellent verbal and written communication skillsAbility to effectively present technical information to customers, engineers, management, EPCs, utilities, and AHJsStrong analytical and problem-solving abilitiesAbility to define problems, collect data, establish facts, and draw valid conclusionsAbility to interpret technical instructions presented in mathematical or diagram formWorking knowledge of statistical toolsBias for action and strong ownership of assigned projectsAbility to work effectively in a fast-paced environment with general supervision Customer & Cross-Functional Communication This position requires regular interaction with all levels of TECO-Westinghouse and external customers, including: EngineeringMarketingFactory OperationsSupply ChainSalesServiceAccountingEPCsUtilitiesAHJsCustomers The successful candidate must be comfortable representing the Company in technical discussions and design reviews and communicating complex electrical engineering concepts to both technical and non-technical audiences. Language Skills Ability to read, analyze, and interpret manufacturing drawings, repair specifications, test results, technical journals, and related engineering documentationAbility to respond effectively to inquiries from customers, regulatory agencies, and members of the business communityAbility to communicate effectively with senior management, customers, trade associations, and other public groups Mathematical Skills Ability to apply advanced mathematical concepts including algebra, exponents, logarithms, quadratic equations, permutations, calculus, and differential equationsAbility to apply mathematical operations to statistical and analytical activities, including frequency distribution, analysis of variance, correlation techniques, sampling theory, and related analysis Reasoning & Problem-Solving Ability to apply common-sense understanding to carry out instructions furnished in written, oral, or diagram formAbility to identify solutions to problems involving multiple concrete variables in standardized situationsAbility to analyze complex power system information and develop practical engineering solutionsAbility to make sound engineering decisions while balancing safety, performance, cost, and constructability Work Style This position operates under general supervision and requires a self-starter who can take ownership of assigned projects and work effectively in a fast-paced environment. The successful candidate will be expected to provide technical leadership throughout the power system design process, from initial system architecture and studies through equipment selection, factory testing, commissioning, and customer support. Work Environment & Physical Requirements This position regularly requires standing, walking, using hands and fingers, reaching with hands and arms, stooping, kneeling, crouching, or crawling, as well as talking and hearing. The employee may frequently be required to climb or balance and may occasionally be required to sit. The position may occasionally require lifting and/or moving up to 20 pounds. Specific vision requirements include close vision, distance vision, color vision, peripheral vision, depth perception, and the ability to adjust focus. The work environment includes regular exposure to vibration and frequent exposure to moving mechanical parts and risk of electrical shock. Occasional exposure may include wet or humid conditions, elevated or precarious locations, fumes or airborne particles, outdoor weather conditions, extreme cold, and extreme heat. The noise level in the work environment is usually high. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions of the position. Why Join TECO-Westinghouse? The Senior Electrical Engineer, PE – Data Center Power Systems will play a critical role in developing reliable and scalable electrical power architectures for large-scale data center applications. This position provides the opportunity to work across the full power system—from utility interconnection through IT loads—while applying expertise in power system studies, medium- and high-voltage equipment, protection, and electrical system design.