Asset Management Senior Engineer

GSK; North Carolina; On-site; USD 90,000 - 130,000; Full time

Job summary

GSK in North Carolina is seeking an Asset Management Senior Engineer to help manufacturing sites reliably deliver products by improving how assets are managed and operated.

You will work with site teams across 2 of the 4 domains to implement standards, use SAP/EAM data, and drive measurable improvements in asset availability and cost efficiency. This hands-on role emphasizes data-driven decision making and governance across Quality, EHS, and GMP teams.

Qualifications

• Master asset reliability standards (FMECA/RCM/RAMS) and related reviews.
• Knowledge of Hazid, Hazop and LOA in EHS tools.
• Use EAM data (SAP ECC, S/4HANA) to drive improvements.
• Improve asset availability while controlling costs and GMP/EHS compliance.
• Collaborate with site teams to translate analyses into actions.

Responsibilities

• Support deployment of asset management standards across sites.
• Enhance maintenance planning, scheduling, and work order closure.
• Leverage digital tools (Python) for diagnostics and decision making.
• Coordinate with GPS team to reduce emergency work and backlog.
• Ensure data integrity and cross-site benchmarking.

Skills

Reliability engineering

Work management

Calibration management

Engineering stores

Cross-site collaboration

Tools

SAP ECC/S4HANA

Python

CMMS data quality

Job description

Are you looking for an engineering role that allows you to leverage your technical knowledge in a state-of-the-art manufacturing environment? If so, this Asset Management Senior Engineer role could be an ideal opportunity to explore.

The operational asset management specialist plays a key role in helping manufacturing sites reliably deliver products to patients by improving how physical assets are managed and operated. Working closely with site teams, he supports the deployment of asset management standards across work management, operational reliability and reliability by design, calibration management, and engineering store management. His contribution increases asset availability, reduce operational losses, and embed compliant, data‑driven ways of working. Through hands‑on collaboration at site level and effective use of EAM systems and digital tools, he enables sites to secure service to patients, improves cost management and asset usage while maintaining the highest standards of Quality, EHS, and GMP compliance.

This role is practical and impact‑focused: He helps turn standards into daily operational practices that create measurable and sustainable value for the business.

Each specialist is expected to master a combination of 2 of the first 4 domains and brings a demonstrated level of competencies in the 4th level, supporting their primary 2 specialties.

1. Reliability Excellence Management

• Master asset reliability standards: FMECA, RCM, RAMS, Preventive maintenance effectiveness review, preventive maintenance optimization, root cause analysis, bad actor management, and criticality management.
• Have a good knowledge of supportive EHS tools including Hazid, Hazop and LOA.
• Use EAM data (SAP ECC, S/4HANA, ...) to drive improvements
• Optimize reliability strategies reducing failure rate, and optimization costs
• Oversight GMP and EHS compliance across sites and support implementation of actions.
• Work hands‑on with site teams to convert reliability analysis into sustained actions.
• Leverage digital solutions (ex. Python) to improve diagnostics and decision‑making.
• Use cross sites scorecards to enable benchmarking across sites.
• Animate the reliability engineering COP, ensuring consistent development of site engineers.

2. Work Execution Management

• Master end‑to‑end work management processes: gatekeeping, planning, scheduling, preparation, execution, and work order closure.
• Ensure consistent/quality CMMS data to enable effective planning and execution.
• Support sites in improving daily maintenance execution, reducing emergency work, backlog, and asset impact, with strong collaboration with the GPS team.
• Promote disciplined use paperless tools, in compliance with data integrity requirements.
• Drive measurable improvements in asset availability, productivity, and cost efficiency through better work management practices, cross site scorecard.
• Animate the work management CoP, ensuring consistence development of site engineers.

3. Calibration Management

• Master calibration management processes from regulatory requirements to execution and audit readiness, ensuring coherence between calibration specifications, process requirements, and maintenance plans.
• Structure and maintain calibration data in SAP/EAM (assets, plans, cycles, tolerances, priorities) with strong data integrity. Work closely with the CMMS groups to ensure consistency across systems and get the data needed to drive continuous improvement.
• Identify opportunities to optimize calibration strategies based on risk, performance, and regulatory expectations, delivering data driven calibration optimization insights
• Work closely with Quality, Engineering, and Maintenance teams to ensure compliant and efficient calibration execution. Contribute to the reliability governance as lead to animate the calibration community of practices.
• Use digital tools and AI to enable metrics and insights, accelerating decision making & simplification of data analysis, consistency across all manufacturing groups.

4. Engineering stores

• Master engineering stores and spare parts management processes, including critical spares, stock strategies, and obsolescence management.
• Align CMMS equipment structures, BOMs, spare parts, and maintenance plans.
• Optimize inventory levels, cash exposure, and risk while increasing parts availability.
• Link reliability analysis with spare parts strategies to reduce MTTR, prevent failures.
• Use CMSS data and digital tools (AI, Python, etc.) to deliver insights driving actions.
• Animate engineering stores COP driving continuous improvement and capabilities development across all sites. Use scorecards & insights to drive cross site benchmarks.

5. Stakeholder Engagement & Collaboration

• Acted as a single point of contact for site Engineering teams and operational leads in his field of specialties.
• Leverage GSK production system to eliminate waste and failures, improve continuously.
• Built relationships with sites, service providers or