• Diagnose machinery problems based upon vibration data, test data, performance data, operational data, mechanical design data, and customer communications • Perform mechanical troubleshooting, condition assessment, and corrective action recommendation including balancing as necessary, of customer rotating equipment assets • Possess and be able to convey knowledge of steam turbine and gas turbine operation, components, and functions, as well as similar knowledge of auxiliary systems of steam and gas turbines. • Provide leadership, technical direction, and assistance to the customer, user, and other field personnel in the diagnostic evaluation and long-term maintenance of customers’ rotating machinery • Possess and be able to convey strong understanding of rotordynamics, vibration diagnostics, and failure modes of rotating machinery. • Express excellent written and oral communication skills to convey technical concepts to business and technical personnel • Express ability to foresee a customer’s need for information or work practice to achieve higher machinery asset and plant reliability • Complete timely standard service reports, invoicing packages, and other administrative requirements • React to customer required travel in a timely manner, while bringing all required service, testing, and diagnostic equipment • Complete documentation of findings / recommendations / corrective actions • Create, review, and interpret technical reports and customer supplied information • Professionally communicate with customer and other team members • Assess job site safety and perform services as per company and client environmental, health, and safety policies • Understand Term & Conditions commitments • Drive customer satisfaction through commitment to quality • Support the growth initiatives of the business • Understand contractual commitments and deadlines

• Communicate and translate technical data packages to assigned suppliers • Interpreting purchase order quality notes and quality requirements to ensure subcontractor/supplier understanding • Develop and conduct supplier engagements related to capability, capacity, opportunity and prevention/reduction of quality risk • Perform technical evaluations in support of cost and price analysis • Identifying supplier risk and systemic performance issues ensuring root-cause analysis and corrective solutions are identified and implemented with closure plans • Working with other Quality functions and Cross Business Teams (CBTs), to affect rapid closure of issues utilizing analytical capabilities and communications skills • Manage supplier requests for product/process changes • Prioritize and execute improvement opportunities • Effectively communicate technical and quality health/requirements of our suppliers to stakeholders • Support travel as needed (40%)

• Driving Comprehensive Safety Assessments: Execute civil safety assessments in accordance with ARP4761 or military safety assessments per MIL-STD-882E. This includes developing System Safety Program Plans (SSPPs), Functional Hazard Assessments (FHAs), Fault Tree Analyses (FTAs), and Safety Assessment Reports (SARs). • Shaping Design Requirements: Collaborate with systems, hardware, and software engineering teams to define safety-critical requirements during the development process. • Reviewing & Refining Designs: Dive deep into design documentation for safety-critical systems, providing expert analysis and feedback to ensure the highest standards of safety. • Mentorship & Leadership: Share your expertise with less experienced engineers, guiding them in safety practices and fostering a culture of continuous learning. • Cross-Team Collaboration: Partner with customers, stakeholders, and organizational leaders to develop plans, solve challenges, and deliver excellence. • Have a self-starter mindset, eager to learn, adapt, and contribute to a positive and innovative work environment. Use your outstanding communication skills to translate technical issues into actionable insights for a variety of audiences. Use your exceptional problem-solving skills and a drive to tackle complex, dynamic challenges.

• 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.