• Provide bearing investigation and failure analysis related projects to Aerospace and Industrial customers as well as to other parts of the SKF organization. • Actively contribute to continuous improvement of the laboratory’s processes, the quality of work and the team spirit to be able to continuously improve customer satisfaction. • Conduct bearing investigation for field returns, engineering returns, and create the final reports independently. • Be in charge of data collection and management; input the relevant data into the Aero FRC Returns Database, in order to keep the system up-to-date. • Lead the technical discussion with Application engineering, PD&E, Quality Assurance, the Metlab and Local & Global experts. • Assist PD&E Managers with training for new engineers or technicians. • Maintain and grow core competencies in bearings analysis for SKF products. • Contribute to the development of advanced materials for Aerospace bearing applications. • Project management with Agile and PDP process. • Work with plant metallurgy and heat treatment laboratory staff towards improvement in the analysis of steel and other hard materials, including heat treatment related issues. • Contribute to SKF Aerospace efforts in the areas of manufacturing process CO2 emission reductions. • Perform inspection of bearing steel, particularly on bearing steel cleanliness/micro-inclusion evaluation. • Perform bearing material failure analysis including visual inspection, X-Ray diffraction, SEM/EDS, etc. • Write/review technical reports. • Review/ approve the metallurgy reports if needed. • Lead bearing steel or relevant projects (work packages) for research and innovation. • Lead new competence development (including material, equipment, standards and personnel training etc.). • Support/lead sponsored research with academic institutions towards advancement of bearing materials and their performance with a focus on life extension, resistance to contamination and improved performance at higher temperatures and loads.

• Provide support to Process Engineering for Fertilizers and Chemical Gas units • Provide technical advisory support, including conducting equipment performance tests • Inspect equipment integrity and prepare reports • Monitor, participate in, and perform maintenance and inspection services on equipment, facilities and systems; support project, construction and assembly services; conduct technical feasibility studies for projects; and participate in risk assessments for project implementation • Create maintenance and inspection plans and procedures • Prepare technical and economic feasibility studies for process improvements on Fertilizer assets • Diagnose operational routines • Prepare operational risk analyses • Perform failure and risk analyses using applicable methodologies (HAZOP, fault tree analysis, Ishikawa/fishbone) • Develop technical specifications for procurement of equipment related to process improvements and prepare technical lists of strategic spare parts • Provide technical support to commissioning supervision and to performance testing of new equipment at the Fertilizers plants • Monitor basic and detailed engineering projects for improvements and expansions • Prepare technical communications with recommendations and alerts regarding recurring failure patterns or scopes of mechanical failures • Witness trials and equipment tests involving process variables • Provide technical opinions on tests and trials of process variables and feedstocks • Supervise preventive maintenance services on mechanical equipment; oversee assembly, disassembly and preparation of metallic and non-metallic piping; supervise disassembly, repair and reassembly of steam turbine components and boilers • Supervise preventive and corrective maintenance of water and gas systems • Supervise preventive and corrective maintenance of process systems • Complete risk analyses, notes and maintenance orders with the data required for their closure

Job DetailsLevel: ExperiencedJob Location: Remote or Lakewood CO - Lakewood, CO 80215Position Type: Full TimeEducation Level: 4 Year DegreeSalary Range: $80,000.00 - $95,000.00 SalaryTravel Percentage: Typical: 5 - 15%Job Shift: DayJob Category: EngineeringPhysical Engineer – Substations (Utility) United States (Remote) Salary Range: $80,000 - $95,000/ year Based on the Denver, Colorado labor market. Location: Lakewood, CO (local/in-office) or full-time remote candidates. Role Overview: As a Physical Engineer in the Utility Substation group, you will support engineering design and analysis for Electric Utilities across the country. You will assist in developing substation physical design packages, coordinating with multidisciplinary teams, and delivering high‑quality engineering deliverables that meet project scope, schedule, and client requirements. Essential Responsibilities: What you will do: Develop and support physical layout designs for transmission and distribution substations. Prepare equipment arrangements, plan & section views, grounding layouts, and conduit/cable routing. Support development of construction drawing packages (30%, 60%, 90%, and IFC milestones). Interpret vendor drawings and integrate equipment requirements into design packages. Apply applicable engineering standards including IEEE, NESC, and utility-specific standards. Revise engineering drawings using tools such as AutoCAD, BlueBeam, AutoCAD Electrical, or Bentley MicroStation. Coordinate with protection & controls engineers, civil engineers, designers, and project managers. Perform internal design checks for accuracy, completeness, and compliance with project standards. Maintain organized engineering documentation and drawing files. Support constructability considerations including foundations, structures, cable trenches, and equipment installation. Additional Responsibilities: Participate in design reviews and incorporate feedback from engineers and project teams. Support preparation of engineering documentation and reports. Assist with resolving engineering-related design issues. Maintain familiarity with applicable engineering codes and client standards. Support occasional field reviews and incorporate lessons learned from construction feedback Requirements: Education: Bachelor’s degree with a focus in Civil / Structural or Electrical from an accredited institution is preferred. Experience: 1–4 years of relevant engineering or substation design experience. Licensure: FE or PE preferred. Skills: Proficiency with AutoCAD or MicroStation, BlueBeam, and Microsoft Office Suite. Strong written and verbal communication skills and ability to work within multidisciplinary engineering teams. Note: Applicants must be currently authorized to work in the United States on a full-time basis. Work Environment: Hybrid or fully remote work model depending on location and project needs Travel typically ranges from 15–25% and varies by project Combination of office-based work and periodic field engagement Benefits & Total Rewards: NEI offers a comprehensive benefits and total rewards package that include medical, dental, and vision coverage; employer-paid life insurance and long-term disability; a 401(k) with employer matching; paid time off; paid holidays; and paid parental leave. Benefits eligibility and details may vary by role and location and will be provided during the interview process. We are a proud equal opportunity employer, and we do not discriminate on the basis of race, color, ethnicity, ancestry, religion, sex, national origin, sexual orientation, age, citizenship status, marital status, disability, gender identity, gender expression, veteran status, or genetic information. NEI Electric Power Engineering participates in E-Verify and will provide the federal government with your completed Form I-9 to confirm your work authorization in the United States. Qualifications

• Lead the execution of enterprise-wide data discovery & classification for both unstructured and structured data. • Lead data protection controls for Generative AI platforms to prevent unintended data disclosure and misuse. • Implement safeguards to ensure only appropriately classified and authorized data is available for AI prompts, responses, and training. • Identify and mitigate data overexposure risks. • Support data lifecycle governance, including retention, archival, legal hold, and secure disposal for both human and AI-accessible data. • Drafts configuration manuals, operating procedures, and system hardening guidelines. • Provides guidance in the application and reporting of data protection technology performance metrics. • Establish and maintain continuous data mapping and inventory to understand sensitive data.